{"qa_id": "qa_4e31e78e5a6f7579fe52", "split": "test", "audio_id": "foa_413d6010b124f7adcc0b", "audio_path": "audio/test/foa_413d6010b124f7adcc0b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the sound of the gong be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong is audible from 18.5s to 20.0s.", "canonical_answer": "18.5s to 20.0s", "answer_meta": {"time_span": [18.5, 20.0]}}
{"qa_id": "qa_585b02bfbe620eef8224", "split": "test", "audio_id": "foa_be5d2301ea1330fce366", "audio_path": "audio/test/foa_be5d2301ea1330fce366.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.1 degrees", "canonical_answer": "-1.1 degrees", "answer_meta": {"elevation_deg": -1.1}}
{"qa_id": "qa_2bde6a65e9071eb1e62f", "split": "test", "audio_id": "foa_9975d396da0c90324197", "audio_path": "audio/test/foa_9975d396da0c90324197.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above? Answer in one sentence.", "answer": "The source located at the front-right and above is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_5bd6d775bb168f8da452", "split": "test", "audio_id": "foa_92412d8802c3c60538f4", "audio_path": "audio/test/foa_92412d8802c3c60538f4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-73.8 degrees", "canonical_answer": "-73.8 degrees", "answer_meta": {"azimuth_deg": -73.8}}
{"qa_id": "qa_26e15f0cf18ad171ffc0", "split": "test", "audio_id": "foa_022f00f99e639d50b96b", "audio_path": "audio/test/foa_022f00f99e639d50b96b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a guitar playing from 0.3s to 6.0s.", "canonical_answer": "guitar (0.3s to 6.0s)", "answer_meta": {"time_span": [0.3, 6.0]}}
{"qa_id": "qa_5fdd5b62315c89204fbc", "split": "test", "audio_id": "foa_4624b58f1f7995160610", "audio_path": "audio/test/foa_4624b58f1f7995160610.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-75.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -75.9 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_6725efb519f550919a78", "split": "test", "audio_id": "foa_514420271f3ce2128854", "audio_path": "audio/test/foa_514420271f3ce2128854.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound occurring from 2.2s to 4.8s.", "canonical_answer": "war sound (2.2s to 4.8s)", "answer_meta": {"time_span": [2.2, 4.8]}}
{"qa_id": "qa_5978b9bbe0d3360ae0cc", "split": "test", "audio_id": "foa_dbc0f07a8725a93d2251", "audio_path": "audio/test/foa_dbc0f07a8725a93d2251.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the drum active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.0s to 0.1s.", "canonical_answer": "0.0s to 0.1s", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_efd10e0c42a4c97d663f", "split": "test", "audio_id": "foa_6016c80d2d47febb5bbf", "audio_path": "audio/test/foa_6016c80d2d47febb5bbf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_ff54bf4e5a7cc7a6ebc3", "split": "test", "audio_id": "foa_08dc9f7ef608e9907b46", "audio_path": "audio/test/foa_08dc9f7ef608e9907b46.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=45.9 degrees, elevation=-8.5 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=45.9 degrees and elevation=-8.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_98090de050f3926f51f3", "split": "test", "audio_id": "foa_c8cbc3ce8cbfab1a6063", "audio_path": "audio/test/foa_c8cbc3ce8cbfab1a6063.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below? Answer in one sentence.", "answer": "The sound source located to the back-right and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_52d27728273262af3b36", "split": "test", "audio_id": "foa_1c7d4aa13127a3899add", "audio_path": "audio/test/foa_1c7d4aa13127a3899add.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.9 degrees", "canonical_answer": "-163.9 degrees", "answer_meta": {"azimuth_deg": -163.9}}
{"qa_id": "qa_4befd5b1c6130830408f", "split": "test", "audio_id": "foa_3f3a8e39f32c46a7cca4", "audio_path": "audio/test/foa_3f3a8e39f32c46a7cca4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the knock active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock is active from 3.6s to 11.2s.", "canonical_answer": "3.6s to 11.2s", "answer_meta": {"time_span": [3.6, 11.2]}}
{"qa_id": "qa_d665d2e2a13059bf6bab", "split": "test", "audio_id": "foa_cdd3cf2e6af44ef8a000", "audio_path": "audio/test/foa_cdd3cf2e6af44ef8a000.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_3e6d0e3a8f119737f3bb", "split": "test", "audio_id": "foa_539ff01b19e3670c250b", "audio_path": "audio/test/foa_539ff01b19e3670c250b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.3 degrees", "canonical_answer": "6.3 degrees", "answer_meta": {"azimuth_deg": 6.3}}
{"qa_id": "qa_2d2c1100dc0e35bd289c", "split": "test", "audio_id": "foa_bb90b229a32a6be9f247", "audio_path": "audio/test/foa_bb90b229a32a6be9f247.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are audible in the clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wood sound occurring from 0.0s to 0.1s.", "canonical_answer": "wood (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_9e4e8678789f7f165c4a", "split": "test", "audio_id": "foa_aafa5e46437a37674206", "audio_path": "audio/test/foa_aafa5e46437a37674206.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the frog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.9 degrees", "canonical_answer": "-10.9 degrees", "answer_meta": {"elevation_deg": -10.9}}
{"qa_id": "qa_6727d4ab4640d899b14c", "split": "test", "audio_id": "foa_0ce8cfdf1fbdfbe771da", "audio_path": "audio/test/foa_0ce8cfdf1fbdfbe771da.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=88.0 degrees, elevation=3.6 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth 88.0 degrees and elevation 3.6 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_def91fbf4ad256586b84", "split": "test", "audio_id": "foa_072842b2c9f64774f6d5", "audio_path": "audio/test/foa_072842b2c9f64774f6d5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the crushing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.9 degrees", "canonical_answer": "-30.9 degrees", "answer_meta": {"elevation_deg": -30.9}}
{"qa_id": "qa_1fd5ec972e76b3a5b0e1", "split": "test", "audio_id": "foa_6b0422f8758f94d62152", "audio_path": "audio/test/foa_6b0422f8758f94d62152.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.3s to 3.0s.", "canonical_answer": "0.3s to 3.0s", "answer_meta": {"time_span": [0.3, 3.0]}}
{"qa_id": "qa_79d6fe89ff58ee58435f", "split": "test", "audio_id": "foa_4d27ba588c1459be86cb", "audio_path": "audio/test/foa_4d27ba588c1459be86cb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains water from 1.0s to 10.6s.", "canonical_answer": "water (1.0s to 10.6s)", "answer_meta": {"time_span": [1.0, 10.6]}}
{"qa_id": "qa_108a5ce93f4ac25b8357", "split": "test", "audio_id": "foa_30b27fb73d185aaf8240", "audio_path": "audio/test/foa_30b27fb73d185aaf8240.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the dog coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.9 degrees", "canonical_answer": "-11.9 degrees", "answer_meta": {"azimuth_deg": -11.9}}
{"qa_id": "qa_0c63deeb079b3544afac", "split": "test", "audio_id": "foa_000b01a319bb814d3b98", "audio_path": "audio/test/foa_000b01a319bb814d3b98.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=79.1 degrees, elevation=6.9 degrees. Answer in one sentence.", "answer": "The sound source located at azimuth 79.1 degrees and elevation 6.9 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_8984066de19ccafef37f", "split": "test", "audio_id": "foa_2057c47d0e3dad26db9f", "audio_path": "audio/test/foa_2057c47d0e3dad26db9f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back and below side? Answer in one sentence.", "answer": "The sound coming from the back and below is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_d70d11cae0cb755a59df", "split": "test", "audio_id": "foa_6ab15a07074b6d260810", "audio_path": "audio/test/foa_6ab15a07074b6d260810.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features war sound occurring from 0.6s to 4.9s.", "canonical_answer": "war sound (0.6s to 4.9s)", "answer_meta": {"time_span": [0.6, 4.9]}}
{"qa_id": "qa_5c2ed3a4b33c51fb6af3", "split": "test", "audio_id": "foa_38b20ffb23c350427095", "audio_path": "audio/test/foa_38b20ffb23c350427095.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.4 degrees", "canonical_answer": "27.4 degrees", "answer_meta": {"elevation_deg": 27.4}}
{"qa_id": "qa_6bfc11257721f291580a", "split": "test", "audio_id": "foa_3583373b293c0df71517", "audio_path": "audio/test/foa_3583373b293c0df71517.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-82.0 degrees", "canonical_answer": "-82.0 degrees", "answer_meta": {"azimuth_deg": -82.0}}
{"qa_id": "qa_b0d1918e95586a4eb5cf", "split": "test", "audio_id": "foa_01cee1fc349f809cbca1", "audio_path": "audio/test/foa_01cee1fc349f809cbca1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the train be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is audible from 15.0s to 20.0s.", "canonical_answer": "15.0s to 20.0s", "answer_meta": {"time_span": [15.0, 20.0]}}
{"qa_id": "qa_29ded99a98bf267d7c71", "split": "test", "audio_id": "foa_667996077e8e57a8e304", "audio_path": "audio/test/foa_667996077e8e57a8e304.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=119.4 degrees, elevation=-22.3 degrees? Answer in one sentence.", "answer": "A drum is being played at azimuth 119.4 degrees and elevation -22.3 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_0e84b4dd4cff752f0429", "split": "test", "audio_id": "foa_926d2f0404f0ec834117", "audio_path": "audio/test/foa_926d2f0404f0ec834117.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_0ad4a50d506f0776d2cd", "split": "test", "audio_id": "foa_92edf368b7846412dfd1", "audio_path": "audio/test/foa_92edf368b7846412dfd1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell sound that is active from 0.0s to 0.8s.", "canonical_answer": "bell (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_0ffab0ae0c810dea2b57", "split": "test", "audio_id": "foa_903e3c1130df7ab65375", "audio_path": "audio/test/foa_903e3c1130df7ab65375.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located at the front-left and above? Answer in one sentence.", "answer": "The source coming from the front-left and above is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_a0c8d6a755e03f009a47", "split": "test", "audio_id": "foa_a8af27d6c477605d9903", "audio_path": "audio/test/foa_a8af27d6c477605d9903.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the metal clink coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-102.0 degrees", "canonical_answer": "-102.0 degrees", "answer_meta": {"azimuth_deg": -102.0}}
{"qa_id": "qa_d7a0f877c8401e6a4dde", "split": "test", "audio_id": "foa_f6c11f4e55569021ce23", "audio_path": "audio/test/foa_f6c11f4e55569021ce23.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.7 degrees", "canonical_answer": "-40.7 degrees", "answer_meta": {"elevation_deg": -40.7}}
{"qa_id": "qa_99249b9875278279b242", "split": "test", "audio_id": "foa_cd5719e55922bbb5bd09", "audio_path": "audio/test/foa_cd5719e55922bbb5bd09.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the zipper sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper is active from 0.5s to 6.7s.", "canonical_answer": "0.5s to 6.7s", "answer_meta": {"time_span": [0.5, 6.7]}}
{"qa_id": "qa_f4a45e03805acff7610a", "split": "test", "audio_id": "foa_1b0e85e70f5eece85bac", "audio_path": "audio/test/foa_1b0e85e70f5eece85bac.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-26.8 degrees, elevation=18.9 degrees? Answer in one sentence.", "answer": "A frog is the sound heard from azimuth -26.8 degrees and elevation 18.9 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_778d7b3b7a472c104b2f", "split": "test", "audio_id": "foa_011fcfdae5d7c9c1ac6d", "audio_path": "audio/test/foa_011fcfdae5d7c9c1ac6d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the printer located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.4 degrees", "canonical_answer": "-37.4 degrees", "answer_meta": {"elevation_deg": -37.4}}
{"qa_id": "qa_2db61f9ab2806b6e7224", "split": "test", "audio_id": "foa_940964dc8ed27c25e182", "audio_path": "audio/test/foa_940964dc8ed27c25e182.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features percussion starting at 0.0s and ending at 1.6s.", "canonical_answer": "percussion (0.0s to 1.6s)", "answer_meta": {"time_span": [0.0, 1.6]}}
{"qa_id": "qa_e62c053cd1b1161596d5", "split": "test", "audio_id": "foa_cf45634c18541d7de058", "audio_path": "audio/test/foa_cf45634c18541d7de058.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the zipper sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper event is active from 8.9s to 10.9s.", "canonical_answer": "8.9s to 10.9s", "answer_meta": {"time_span": [8.9, 10.9]}}
{"qa_id": "qa_d716a127ce7ee7ad861b", "split": "test", "audio_id": "foa_102b34095ca1a97a9267", "audio_path": "audio/test/foa_102b34095ca1a97a9267.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the back and below of the listener? Answer in one sentence.", "answer": "The source heard from the back and below is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_f4ee166073ee9199ee3e", "split": "test", "audio_id": "foa_ef50be85865a26d54ec5", "audio_path": "audio/test/foa_ef50be85865a26d54ec5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-88.1 degrees, elevation=-0.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-88.1 degrees, elevation=-0.7 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_88bd5169a4220597fdbf", "split": "test", "audio_id": "foa_b601bdc234dc952fcc8d", "audio_path": "audio/test/foa_b601bdc234dc952fcc8d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-150.3 degrees", "canonical_answer": "-150.3 degrees", "answer_meta": {"azimuth_deg": -150.3}}
{"qa_id": "qa_79f4c62d43229b4d0265", "split": "test", "audio_id": "foa_e7c690d02f29f9512745", "audio_path": "audio/test/foa_e7c690d02f29f9512745.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.2 degrees", "canonical_answer": "12.2 degrees", "answer_meta": {"elevation_deg": 12.2}}
{"qa_id": "qa_a7499acb97c7fe5770f0", "split": "test", "audio_id": "foa_4687bf7ef46abe812abb", "audio_path": "audio/test/foa_4687bf7ef46abe812abb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=60.0 degrees, elevation=-3.9 degrees. Answer in one sentence.", "answer": "A musical instrument is located at azimuth 60.0 degrees and elevation -3.9 degrees.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_2b61b65db916dc16f12b", "split": "test", "audio_id": "foa_3fdb96e4337f364f3697", "audio_path": "audio/test/foa_3fdb96e4337f364f3697.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the knock coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-128.5 degrees", "canonical_answer": "-128.5 degrees", "answer_meta": {"azimuth_deg": -128.5}}
{"qa_id": "qa_0591cd4266a03ed32371", "split": "test", "audio_id": "foa_7afd01587650036d074c", "audio_path": "audio/test/foa_7afd01587650036d074c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.0s to 7.5s, kitchenware from 0.6s to 3.2s, war sound from 3.9s to 4.7s, and female speech from 7.5s to 11.1s.", "canonical_answer": "rain (0.0s to 7.5s); kitchenware (0.6s to 3.2s); war sound (3.9s to 4.7s); female speech (7.5s to 11.1s)", "answer_meta": {}}
{"qa_id": "qa_eda86c7c62681009f2eb", "split": "test", "audio_id": "foa_5344361cb1efc94df3c1", "audio_path": "audio/test/foa_5344361cb1efc94df3c1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source located to the left and below is a gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_f5c383c1387431b9a5b4", "split": "test", "audio_id": "foa_5ca4ec87ada5f67feccd", "audio_path": "audio/test/foa_5ca4ec87ada5f67feccd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the breathing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing is active from 0.0s to 0.6s.", "canonical_answer": "0.0s to 0.6s", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_e9dc5bd334358c062ddc", "split": "test", "audio_id": "foa_c0d6ee5c86537a9f3f59", "audio_path": "audio/test/foa_c0d6ee5c86537a9f3f59.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-176.1 degrees", "canonical_answer": "-176.1 degrees", "answer_meta": {"azimuth_deg": -176.1}}
{"qa_id": "qa_321022de87fa8a4fedf8", "split": "test", "audio_id": "foa_217bf795b1fb985002cf", "audio_path": "audio/test/foa_217bf795b1fb985002cf.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the human vocalization be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.0s to 3.0s.", "canonical_answer": "0.0s to 3.0s", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_9458c2038775271ba8be", "split": "test", "audio_id": "foa_3d35b71a05526a9dc95f", "audio_path": "audio/test/foa_3d35b71a05526a9dc95f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-78.2 degrees, elevation=-16.6 degrees. Answer in one sentence.", "answer": "The source located at azimuth -78.2 degrees and elevation -16.6 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_98bb62f4c3b15a12bedd", "split": "test", "audio_id": "foa_32b8b95ce843907fe732", "audio_path": "audio/test/foa_32b8b95ce843907fe732.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.1 degrees", "canonical_answer": "8.1 degrees", "answer_meta": {"elevation_deg": 8.1}}
{"qa_id": "qa_57b873656ae1f1bc8643", "split": "test", "audio_id": "foa_697b698e4aeb918e94b7", "audio_path": "audio/test/foa_697b698e4aeb918e94b7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below? Answer in one sentence.", "answer": "The sound source located to the back-right and below is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_f977c3103b4da6a0818a", "split": "test", "audio_id": "foa_5613f9b5a5fa6b69cef2", "audio_path": "audio/test/foa_5613f9b5a5fa6b69cef2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 0.0s to 18.0s, a drum from 4.3s to 8.4s, and laughter from 10.4s to 16.3s.", "canonical_answer": "singing (0.0s to 18.0s); drum (4.3s to 8.4s); laughter (10.4s to 16.3s)", "answer_meta": {}}
{"qa_id": "qa_35446aa3838820b5e1fb", "split": "test", "audio_id": "foa_5c2a60a3eb0ece3eb571", "audio_path": "audio/test/foa_5c2a60a3eb0ece3eb571.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.8 degrees", "canonical_answer": "-4.8 degrees", "answer_meta": {"elevation_deg": -4.8}}
{"qa_id": "qa_c953834ed2b7ee716f4b", "split": "test", "audio_id": "foa_7ea544ba4065d5a0f4d7", "audio_path": "audio/test/foa_7ea544ba4065d5a0f4d7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the footsteps coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "99.7 degrees", "canonical_answer": "99.7 degrees", "answer_meta": {"azimuth_deg": 99.7}}
{"qa_id": "qa_b69260d1f454f2bf68a4", "split": "test", "audio_id": "foa_f85ff3cf5f3ea72b2c9a", "audio_path": "audio/test/foa_f85ff3cf5f3ea72b2c9a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The source located to the left is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_a74dd97c1bccb73c0a6a", "split": "test", "audio_id": "foa_4a07055dd6eba1524833", "audio_path": "audio/test/foa_4a07055dd6eba1524833.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the wind instrument heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.0s to 5.8s.", "canonical_answer": "0.0s to 5.8s", "answer_meta": {"time_span": [0.0, 5.8]}}
{"qa_id": "qa_8b90a2db6f3a1b8e9a1b", "split": "test", "audio_id": "foa_299786f87f16c9872a8e", "audio_path": "audio/test/foa_299786f87f16c9872a8e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-129.7 degrees, elevation=16.4 degrees? Answer in one sentence.", "answer": "A camera is located at azimuth -129.7 degrees and elevation 16.4 degrees.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_f6b14ce67e8eb0b6ca42", "split": "test", "audio_id": "foa_f69edec2fb39a1ce5d8f", "audio_path": "audio/test/foa_f69edec2fb39a1ce5d8f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a dog from 0.1s to 4.4s, a door from 2.2s to 3.8s, and fire from 2.5s to 3.5s.", "canonical_answer": "dog (0.1s to 4.4s); door (2.2s to 3.8s); fire (2.5s to 3.5s)", "answer_meta": {}}
{"qa_id": "qa_220657a7521da7b7a442", "split": "test", "audio_id": "foa_db26e5f876f395de9b4b", "audio_path": "audio/test/foa_db26e5f876f395de9b4b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the telephone alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.9 degrees", "canonical_answer": "14.9 degrees", "answer_meta": {"elevation_deg": 14.9}}
{"qa_id": "qa_118936da382eff18c334", "split": "test", "audio_id": "foa_dfc6293dedd20d444ab3", "audio_path": "audio/test/foa_dfc6293dedd20d444ab3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 3.6s to 5.6s.", "canonical_answer": "3.6s to 5.6s", "answer_meta": {"time_span": [3.6, 5.6]}}
{"qa_id": "qa_540c007c692559af633b", "split": "test", "audio_id": "foa_b11135fd9311535f4e8e", "audio_path": "audio/test/foa_b11135fd9311535f4e8e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and above is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_bf3455d8cc3841c702a1", "split": "test", "audio_id": "foa_331c8f886347f1c3e2ac", "audio_path": "audio/test/foa_331c8f886347f1c3e2ac.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool that is heard from 0.0s to 3.4s.", "canonical_answer": "tool (0.0s to 3.4s)", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_bb69c92b6844eac0d048", "split": "test", "audio_id": "foa_1bebc73c10e0740f5aa4", "audio_path": "audio/test/foa_1bebc73c10e0740f5aa4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the fire? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "130.6 degrees", "canonical_answer": "130.6 degrees", "answer_meta": {"azimuth_deg": 130.6}}
{"qa_id": "qa_4fee7fa8992a5bc5c8b7", "split": "test", "audio_id": "foa_43ab5ab03cd0b0c3f63d", "audio_path": "audio/test/foa_43ab5ab03cd0b0c3f63d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-36.6 degrees, elevation=1.5 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=-36.6 degrees and elevation=1.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_bf38ee493ed9a27c7708", "split": "test", "audio_id": "foa_3d0cb57f90b096751228", "audio_path": "audio/test/foa_3d0cb57f90b096751228.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=25.3 degrees, elevation=18.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=25.3 degrees and elevation=18.2 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_d9524d5e2c758ae5c6eb", "split": "test", "audio_id": "foa_fced584a938b7cd613c2", "audio_path": "audio/test/foa_fced584a938b7cd613c2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_229efd796f88d4c46c19", "split": "test", "audio_id": "foa_1d3ae8d32e487b30712a", "audio_path": "audio/test/foa_1d3ae8d32e487b30712a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the train? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.5 degrees", "canonical_answer": "-11.5 degrees", "answer_meta": {"elevation_deg": -11.5}}
{"qa_id": "qa_d050306f1ea1af12e6c3", "split": "test", "audio_id": "foa_a0344c92cfab2a9d02a6", "audio_path": "audio/test/foa_a0344c92cfab2a9d02a6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a scratch sound that occurs from 0.0s to 2.4s.", "canonical_answer": "scratch (0.0s to 2.4s)", "answer_meta": {"time_span": [0.0, 2.4]}}
{"qa_id": "qa_bf8cf733b9c4a5225338", "split": "test", "audio_id": "foa_2f1971bb3bac45e03095", "audio_path": "audio/test/foa_2f1971bb3bac45e03095.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 14.3s to 20.0s.", "canonical_answer": "14.3s to 20.0s", "answer_meta": {"time_span": [14.3, 20.0]}}
{"qa_id": "qa_79ce7a720b7a67450c21", "split": "test", "audio_id": "foa_11c190b7506dfe6d5c5f", "audio_path": "audio/test/foa_11c190b7506dfe6d5c5f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the car in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-154.6 degrees", "canonical_answer": "-154.6 degrees", "answer_meta": {"azimuth_deg": -154.6}}
{"qa_id": "qa_1f67c6a3b42b2cf1d875", "split": "test", "audio_id": "foa_1ba4430d5d5a76dc531c", "audio_path": "audio/test/foa_1ba4430d5d5a76dc531c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the vehicle active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The vehicle is active from 0.9s to 8.3s.", "canonical_answer": "0.9s to 8.3s", "answer_meta": {"time_span": [0.9, 8.3]}}
{"qa_id": "qa_eac7e64a784bd0fb5bb3", "split": "test", "audio_id": "foa_04c4c3a1f574543ba119", "audio_path": "audio/test/foa_04c4c3a1f574543ba119.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The sound that can be heard from the front-left side is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_f19b664a73ee890a50bb", "split": "test", "audio_id": "foa_474f5b5148d7156a0185", "audio_path": "audio/test/foa_474f5b5148d7156a0185.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a keyboard instrument from 0.0s to 3.9s.", "canonical_answer": "keyboard instrument (0.0s to 3.9s)", "answer_meta": {"time_span": [0.0, 3.9]}}
{"qa_id": "qa_b83518f94c8e04df842a", "split": "test", "audio_id": "foa_2496edf7fa0e53001216", "audio_path": "audio/test/foa_2496edf7fa0e53001216.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-158.4 degrees, elevation=12.8 degrees. Answer in one sentence.", "answer": "The source located at azimuth -158.4 degrees and elevation 12.8 degrees is a tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_292d1d2a498f7ee42610", "split": "test", "audio_id": "foa_4f0cd0ce8c379e4b6ff9", "audio_path": "audio/test/foa_4f0cd0ce8c379e4b6ff9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.1 degrees", "canonical_answer": "9.1 degrees", "answer_meta": {"elevation_deg": 9.1}}
{"qa_id": "qa_a6d6e22e58a3eadce504", "split": "test", "audio_id": "foa_93f8f98cf526102ed90c", "audio_path": "audio/test/foa_93f8f98cf526102ed90c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.4 degrees", "canonical_answer": "-42.4 degrees", "answer_meta": {"azimuth_deg": -42.4}}
{"qa_id": "qa_63fce52340307b445f14", "split": "test", "audio_id": "foa_c5bee41be6d91ffd71ae", "audio_path": "audio/test/foa_c5bee41be6d91ffd71ae.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.5 degrees", "canonical_answer": "3.5 degrees", "answer_meta": {"elevation_deg": 3.5}}
{"qa_id": "qa_366df4e535a0dc80f1b5", "split": "test", "audio_id": "foa_70d1e67b0b25cb27f2e7", "audio_path": "audio/test/foa_70d1e67b0b25cb27f2e7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the door in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-140.0 degrees", "canonical_answer": "-140.0 degrees", "answer_meta": {"azimuth_deg": -140.0}}
{"qa_id": "qa_67da5d0cc358e899a541", "split": "test", "audio_id": "foa_1241f8bd0b14af3568f7", "audio_path": "audio/test/foa_1241f8bd0b14af3568f7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=107.5 degrees, elevation=-4.2 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth=107.5 degrees and elevation=-4.2 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_faf325fb734338c67169", "split": "test", "audio_id": "foa_cb2a85b26fb801448d5f", "audio_path": "audio/test/foa_cb2a85b26fb801448d5f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that can be heard from 0.4s to 12.4s.", "canonical_answer": "bird (0.4s to 12.4s)", "answer_meta": {"time_span": [0.4, 12.4]}}
{"qa_id": "qa_a7198a427a3b592ec0d9", "split": "test", "audio_id": "foa_20527378b0a24b43d656", "audio_path": "audio/test/foa_20527378b0a24b43d656.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 7.5s to 9.7s.", "canonical_answer": "7.5s to 9.7s", "answer_meta": {"time_span": [7.5, 9.7]}}
{"qa_id": "qa_055981220faf8aced886", "split": "test", "audio_id": "foa_f26b6978d1ad0e0e699d", "audio_path": "audio/test/foa_f26b6978d1ad0e0e699d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below? Answer in one sentence.", "answer": "The source coming from the back-left and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_550d1c9e2ac0ff1773d6", "split": "test", "audio_id": "foa_eeefd24c19c597701295", "audio_path": "audio/test/foa_eeefd24c19c597701295.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "84.1 degrees", "canonical_answer": "84.1 degrees", "answer_meta": {"azimuth_deg": 84.1}}
{"qa_id": "qa_4beffc4cf1616ebc7633", "split": "test", "audio_id": "foa_fc62cef764822406d2b0", "audio_path": "audio/test/foa_fc62cef764822406d2b0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the car active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The car is active from 1.8s to 6.5s.", "canonical_answer": "1.8s to 6.5s", "answer_meta": {"time_span": [1.8, 6.5]}}
{"qa_id": "qa_37a8cb1d3eaec4226c86", "split": "test", "audio_id": "foa_d5d83b5c86d66517e448", "audio_path": "audio/test/foa_d5d83b5c86d66517e448.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which source is heard from the back-left of the listener? Answer in one sentence.", "answer": "The source coming from the back-left is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_77de3e5618eea23ac88f", "split": "test", "audio_id": "foa_1042e69a6554bece03c0", "audio_path": "audio/test/foa_1042e69a6554bece03c0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect from 0.0s to 0.8s.", "canonical_answer": "insect (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_734b9b8b6e10d3447c30", "split": "test", "audio_id": "foa_5607a4b716297a43b812", "audio_path": "audio/test/foa_5607a4b716297a43b812.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=52.1 degrees, elevation=-20.9 degrees? Answer in one sentence.", "answer": "A drum is the sound heard from azimuth=52.1 degrees and elevation=-20.9 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_44fc7edffa4606bae6fe", "split": "test", "audio_id": "foa_ef8bee9b73a1260ed75a", "audio_path": "audio/test/foa_ef8bee9b73a1260ed75a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.8 degrees", "canonical_answer": "-17.8 degrees", "answer_meta": {"elevation_deg": -17.8}}
{"qa_id": "qa_c8d17757d08b3b2169ab", "split": "test", "audio_id": "foa_9dd3d2e4ab069ea25cbb", "audio_path": "audio/test/foa_9dd3d2e4ab069ea25cbb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-left of the listener? Answer in one sentence.", "answer": "The source heard from the front-left is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_9333d7f20e7aceb80de6", "split": "test", "audio_id": "foa_83ec3d8c649331ee3e42", "audio_path": "audio/test/foa_83ec3d8c649331ee3e42.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=159.2 degrees, elevation=-30.6 degrees? Answer in one sentence.", "answer": "A drum is located at azimuth 159.2 degrees and elevation -30.6 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_8bc95d302e7e6b2028f8", "split": "test", "audio_id": "foa_4ea2976a5960a62cd75e", "audio_path": "audio/test/foa_4ea2976a5960a62cd75e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.3 degrees", "canonical_answer": "6.3 degrees", "answer_meta": {"elevation_deg": 6.3}}
{"qa_id": "qa_477bb7ffab7f4ff3b24f", "split": "test", "audio_id": "foa_c226085d16ee8ff6ea03", "audio_path": "audio/test/foa_c226085d16ee8ff6ea03.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the finger snapping active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping is active from 0.6s to 7.4s.", "canonical_answer": "0.6s to 7.4s", "answer_meta": {"time_span": [0.6, 7.4]}}
{"qa_id": "qa_80b6ac06f8c6847e0c68", "split": "test", "audio_id": "foa_ce9286493f9495541cf2", "audio_path": "audio/test/foa_ce9286493f9495541cf2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "133.0 degrees", "canonical_answer": "133.0 degrees", "answer_meta": {"azimuth_deg": 133.0}}
{"qa_id": "qa_10897768701e083094c4", "split": "test", "audio_id": "foa_e7f66959b86daf180dc7", "audio_path": "audio/test/foa_e7f66959b86daf180dc7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument active from 0.0s to 8.4s.", "canonical_answer": "wind instrument (0.0s to 8.4s)", "answer_meta": {"time_span": [0.0, 8.4]}}
{"qa_id": "qa_5ce40a9ec2b016761b30", "split": "test", "audio_id": "foa_502a7697c885a992cfa4", "audio_path": "audio/test/foa_502a7697c885a992cfa4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the crushing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "69.8 degrees", "canonical_answer": "69.8 degrees", "answer_meta": {"azimuth_deg": 69.8}}
{"qa_id": "qa_50704f08ca6612fca20c", "split": "test", "audio_id": "foa_916a85e1705320ef97b1", "audio_path": "audio/test/foa_916a85e1705320ef97b1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.3s to 0.6s.", "canonical_answer": "0.3s to 0.6s", "answer_meta": {"time_span": [0.3, 0.6]}}
{"qa_id": "qa_ed359eccdcdc16e8bbb5", "split": "test", "audio_id": "foa_b1ee69a177c142b72eac", "audio_path": "audio/test/foa_b1ee69a177c142b72eac.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat from 0.0s to 7.5s.", "canonical_answer": "cat (0.0s to 7.5s)", "answer_meta": {"time_span": [0.0, 7.5]}}
{"qa_id": "qa_7ba09c979c6c193124f4", "split": "test", "audio_id": "foa_79a2c63e27366a81b3ac", "audio_path": "audio/test/foa_79a2c63e27366a81b3ac.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=50.0 degrees, elevation=-13.6 degrees. Answer in one sentence.", "answer": "The source located at azimuth 50.0 degrees and elevation -13.6 degrees is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_0b4f05751f3799dc8e5f", "split": "test", "audio_id": "foa_3c33ca5cbaecc4e7028a", "audio_path": "audio/test/foa_3c33ca5cbaecc4e7028a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_c456124769a2fb5623a7", "split": "test", "audio_id": "foa_90b8de5443c311981b56", "audio_path": "audio/test/foa_90b8de5443c311981b56.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the clock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.2 degrees", "canonical_answer": "-23.2 degrees", "answer_meta": {"elevation_deg": -23.2}}
{"qa_id": "qa_efc9843e47a7c56215e1", "split": "test", "audio_id": "foa_d9374bfed20a20ee904b", "audio_path": "audio/test/foa_d9374bfed20a20ee904b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.8 degrees", "canonical_answer": "19.8 degrees", "answer_meta": {"elevation_deg": 19.8}}
{"qa_id": "qa_e577f634b9bfe334f44f", "split": "test", "audio_id": "foa_cce91e7c1927b154f67f", "audio_path": "audio/test/foa_cce91e7c1927b154f67f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=17.4 degrees, elevation=-22.4 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=17.4 degrees, elevation=-22.4 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_1a69e958ef73c494f9ee", "split": "test", "audio_id": "foa_6ad799d4f623b63f0e57", "audio_path": "audio/test/foa_6ad799d4f623b63f0e57.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "136.8 degrees", "canonical_answer": "136.8 degrees", "answer_meta": {"azimuth_deg": 136.8}}
{"qa_id": "qa_12baf50287bb26fb7724", "split": "test", "audio_id": "foa_68502ec771d4f83bceac", "audio_path": "audio/test/foa_68502ec771d4f83bceac.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event occurs from 0.3s to 4.3s.", "canonical_answer": "0.3s to 4.3s", "answer_meta": {"time_span": [0.3, 4.3]}}
{"qa_id": "qa_08193398ee5905068b9c", "split": "test", "audio_id": "foa_c1461432040f563da3a9", "audio_path": "audio/test/foa_c1461432040f563da3a9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and below the listener? Answer in one sentence.", "answer": "The sound source located at the front and below is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_93f8286aed3c3bbe3c56", "split": "test", "audio_id": "foa_b7722ad22c4b60a95fa1", "audio_path": "audio/test/foa_b7722ad22c4b60a95fa1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains thunderstorm from 0.2s to 19.2s, thunderstorm from 0.6s to 14.6s, and thunderstorm from 1.4s to 13.4s.", "canonical_answer": "thunderstorm (0.2s to 19.2s); thunderstorm (0.6s to 14.6s); thunderstorm (1.4s to 13.4s)", "answer_meta": {}}
{"qa_id": "qa_535809aaffde17e4c75d", "split": "test", "audio_id": "foa_bb0ffa413266049aa7a0", "audio_path": "audio/test/foa_bb0ffa413266049aa7a0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-61.0 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -61.0 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_df397e18f29cb4fcdf36", "split": "test", "audio_id": "foa_1d0b5b23f579eb6ab068", "audio_path": "audio/test/foa_1d0b5b23f579eb6ab068.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound coming from the back is an animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_656e6d77ed702176bc4e", "split": "test", "audio_id": "foa_d0c10c169e4bc83248bb", "audio_path": "audio/test/foa_d0c10c169e4bc83248bb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the speech audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 2.8s.", "canonical_answer": "0.6s to 2.8s", "answer_meta": {"time_span": [0.6, 2.8]}}
{"qa_id": "qa_c11fe18ebe1f2f0d6c6b", "split": "test", "audio_id": "foa_7bec86cb388a90113cee", "audio_path": "audio/test/foa_7bec86cb388a90113cee.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.9 degrees", "canonical_answer": "-37.9 degrees", "answer_meta": {"elevation_deg": -37.9}}
{"qa_id": "qa_513ee7e9f08976d1caae", "split": "test", "audio_id": "foa_52067228037683c4846a", "audio_path": "audio/test/foa_52067228037683c4846a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tearing from 0.1s to 17.2s and tearing from 0.6s to 4.0s.", "canonical_answer": "tearing (0.1s to 17.2s); tearing (0.6s to 4.0s)", "answer_meta": {}}
{"qa_id": "qa_4bcba0a6c36eafc5f2b2", "split": "test", "audio_id": "foa_76e8515449ebefb24f10", "audio_path": "audio/test/foa_76e8515449ebefb24f10.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-169.3 degrees", "canonical_answer": "-169.3 degrees", "answer_meta": {"azimuth_deg": -169.3}}
{"qa_id": "qa_87ed96406c395abf12f9", "split": "test", "audio_id": "foa_5355909c8335b8af891d", "audio_path": "audio/test/foa_5355909c8335b8af891d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.0 degrees", "canonical_answer": "-12.0 degrees", "answer_meta": {"azimuth_deg": -12.0}}
{"qa_id": "qa_0c7ab5de601a09ae4086", "split": "test", "audio_id": "foa_1b3464b396828a1cf635", "audio_path": "audio/test/foa_1b3464b396828a1cf635.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.2 degrees", "canonical_answer": "22.2 degrees", "answer_meta": {"elevation_deg": 22.2}}
{"qa_id": "qa_a4b1aca8a75c5608a489", "split": "test", "audio_id": "foa_f1a88a0770c5c514685e", "audio_path": "audio/test/foa_f1a88a0770c5c514685e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 14.6s to 16.1s.", "canonical_answer": "14.6s to 16.1s", "answer_meta": {"time_span": [14.6, 16.1]}}
{"qa_id": "qa_df871ffadf286ba5a40c", "split": "test", "audio_id": "foa_2e61cb4cf8ea96d2f7fd", "audio_path": "audio/test/foa_2e61cb4cf8ea96d2f7fd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-84.3 degrees, elevation=-17.3 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=-84.3 degrees and elevation=-17.3 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_e5444be25cb3abb0420e", "split": "test", "audio_id": "foa_78eb6d32ce7a0ac254ba", "audio_path": "audio/test/foa_78eb6d32ce7a0ac254ba.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that lasts from 0.3s to 12.6s.", "canonical_answer": "metal clink (0.3s to 12.6s)", "answer_meta": {"time_span": [0.3, 12.6]}}
{"qa_id": "qa_2e91dbffd63cd9db2e0b", "split": "test", "audio_id": "foa_6aa389f50d2dd531afc2", "audio_path": "audio/test/foa_6aa389f50d2dd531afc2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_7aaa7dc2376069af3434", "split": "test", "audio_id": "foa_0f6426ba2919060901c0", "audio_path": "audio/test/foa_0f6426ba2919060901c0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back? Answer in one sentence.", "answer": "The source located at the back is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_a899da6c015e978c5890", "split": "test", "audio_id": "foa_fd90d32c786d99b3300d", "audio_path": "audio/test/foa_fd90d32c786d99b3300d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the camera sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The camera event occurs from 0.2s to 1.1s.", "canonical_answer": "0.2s to 1.1s", "answer_meta": {"time_span": [0.2, 1.1]}}
{"qa_id": "qa_710123e479eccb6eaf46", "split": "test", "audio_id": "foa_841276a2e0f5e1932314", "audio_path": "audio/test/foa_841276a2e0f5e1932314.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drawer cabinet sound occurring from 10.3s to 18.8s.", "canonical_answer": "drawer cabinet (10.3s to 18.8s)", "answer_meta": {"time_span": [10.3, 18.8]}}
{"qa_id": "qa_4fe2c6358ad5401b3199", "split": "test", "audio_id": "foa_515e61ab0aeb7d049ee5", "audio_path": "audio/test/foa_515e61ab0aeb7d049ee5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.9 degrees", "canonical_answer": "15.9 degrees", "answer_meta": {"elevation_deg": 15.9}}
{"qa_id": "qa_a618f4eb7625b177051f", "split": "test", "audio_id": "foa_ebebf5d1f5b45e47a2c4", "audio_path": "audio/test/foa_ebebf5d1f5b45e47a2c4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-139.5 degrees, elevation=3.0 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=-139.5 degrees and elevation=3.0 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_501b2a7a65bfd22d5b20", "split": "test", "audio_id": "foa_b793856adb8089704cb9", "audio_path": "audio/test/foa_b793856adb8089704cb9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-161.8 degrees", "canonical_answer": "-161.8 degrees", "answer_meta": {"azimuth_deg": -161.8}}
{"qa_id": "qa_beb9b833f0da208fdc10", "split": "test", "audio_id": "foa_c4e642ef2fefe603990c", "audio_path": "audio/test/foa_c4e642ef2fefe603990c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the animal sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The animal is audible from 0.2s to 9.8s.", "canonical_answer": "0.2s to 9.8s", "answer_meta": {"time_span": [0.2, 9.8]}}
{"qa_id": "qa_c604c4abc7a705e4b9a9", "split": "test", "audio_id": "foa_e71f4bdc9e951d86bbd7", "audio_path": "audio/test/foa_e71f4bdc9e951d86bbd7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.2 degrees", "canonical_answer": "-3.2 degrees", "answer_meta": {"elevation_deg": -3.2}}
{"qa_id": "qa_86ec25d1de3b5095c6d5", "split": "test", "audio_id": "foa_9f48d224ccad6d1d6e81", "audio_path": "audio/test/foa_9f48d224ccad6d1d6e81.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-53.5 degrees, elevation=-0.6 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-53.5 degrees and elevation=-0.6 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_8f33938f696842f6cde8", "split": "test", "audio_id": "foa_e31c7df57613db465aee", "audio_path": "audio/test/foa_e31c7df57613db465aee.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains scratch from 0.0s to 5.8s.", "canonical_answer": "scratch (0.0s to 5.8s)", "answer_meta": {"time_span": [0.0, 5.8]}}
{"qa_id": "qa_c8c7f8eccdd911d63132", "split": "test", "audio_id": "foa_41ed14ba52c6ae797765", "audio_path": "audio/test/foa_41ed14ba52c6ae797765.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-123.1 degrees", "canonical_answer": "-123.1 degrees", "answer_meta": {"azimuth_deg": -123.1}}
{"qa_id": "qa_ca05c58cc0f3ff79ddd1", "split": "test", "audio_id": "foa_8356958e5a785e02d4a8", "audio_path": "audio/test/foa_8356958e5a785e02d4a8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The source located to the left and above is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_9c199f5ce4b0f04199db", "split": "test", "audio_id": "foa_99e2c08e223ae880271c", "audio_path": "audio/test/foa_99e2c08e223ae880271c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the insect coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.3 degrees", "canonical_answer": "21.3 degrees", "answer_meta": {"azimuth_deg": 21.3}}
{"qa_id": "qa_9629074c0942fa805ea1", "split": "test", "audio_id": "foa_30466d2480d3c3d288f0", "audio_path": "audio/test/foa_30466d2480d3c3d288f0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.4 degrees", "canonical_answer": "-35.4 degrees", "answer_meta": {"elevation_deg": -35.4}}
{"qa_id": "qa_151e31c2f2753025781b", "split": "test", "audio_id": "foa_9063f491fba54b26e557", "audio_path": "audio/test/foa_9063f491fba54b26e557.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-66.4 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-66.4 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c7aedbbb79e85779c88e", "split": "test", "audio_id": "foa_d7185517eaaaf7ce6cb1", "audio_path": "audio/test/foa_d7185517eaaaf7ce6cb1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm that lasts from 0.1s to 19.4s.", "canonical_answer": "alarm (0.1s to 19.4s)", "answer_meta": {"time_span": [0.1, 19.4]}}
{"qa_id": "qa_024b5931e60ef8a1fe56", "split": "test", "audio_id": "foa_46fa30f8a8dbe00600c9", "audio_path": "audio/test/foa_46fa30f8a8dbe00600c9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the home sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The home sound is active from 13.5s to 17.9s.", "canonical_answer": "13.5s to 17.9s", "answer_meta": {"time_span": [13.5, 17.9]}}
{"qa_id": "qa_bb261f05c3c09609c825", "split": "test", "audio_id": "foa_524d3dd9033c8ed6a94c", "audio_path": "audio/test/foa_524d3dd9033c8ed6a94c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_9284e9100d499414d680", "split": "test", "audio_id": "foa_a19664a2512c2ae51c95", "audio_path": "audio/test/foa_a19664a2512c2ae51c95.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features kitchenware occurring from 0.0s to 2.0s.", "canonical_answer": "kitchenware (0.0s to 2.0s)", "answer_meta": {"time_span": [0.0, 2.0]}}
{"qa_id": "qa_ed6daef7d082240ba4fc", "split": "test", "audio_id": "foa_9c2e744da59be387b7cb", "audio_path": "audio/test/foa_9c2e744da59be387b7cb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the sound source located at the front-right? Answer in one sentence.", "answer": "The source located at the front-right is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_d8a1b812d4683a84e64d", "split": "test", "audio_id": "foa_dacc428df6d07b41352e", "audio_path": "audio/test/foa_dacc428df6d07b41352e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the thunderstorm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.1 degrees", "canonical_answer": "-18.1 degrees", "answer_meta": {"elevation_deg": -18.1}}
{"qa_id": "qa_46b43dd1699bcc7dd18a", "split": "test", "audio_id": "foa_351090dbbb8319972d94", "audio_path": "audio/test/foa_351090dbbb8319972d94.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 6.4s.", "canonical_answer": "0.6s to 6.4s", "answer_meta": {"time_span": [0.6, 6.4]}}
{"qa_id": "qa_4da68f92af1a8c1b982c", "split": "test", "audio_id": "foa_53521511e99f6f7fb21b", "audio_path": "audio/test/foa_53521511e99f6f7fb21b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-108.6 degrees", "canonical_answer": "-108.6 degrees", "answer_meta": {"azimuth_deg": -108.6}}
{"qa_id": "qa_63d9549c5c89a8f5cd4c", "split": "test", "audio_id": "foa_a390eaaa569d6ad356c8", "audio_path": "audio/test/foa_a390eaaa569d6ad356c8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=35.9 degrees, elevation=4.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=35.9 degrees and elevation=4.0 degrees is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_8d8f11e19bc0f44f5340", "split": "test", "audio_id": "foa_2ccd009f7cdfa3ebe487", "audio_path": "audio/test/foa_2ccd009f7cdfa3ebe487.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_beca57d985e7df239dfb", "split": "test", "audio_id": "foa_57c55e93b14ddcecc147", "audio_path": "audio/test/foa_57c55e93b14ddcecc147.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-113.7 degrees, elevation=-3.5 degrees? Answer in one sentence.", "answer": "A dog is heard coming from azimuth -113.7 degrees and elevation -3.5 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_e5fb919d2aa26550e23a", "split": "test", "audio_id": "foa_8bf2afad2a165beca609", "audio_path": "audio/test/foa_8bf2afad2a165beca609.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock from 0.0s to 19.0s, an insect from 6.4s to 14.7s, and a vehicle from 10.7s to 18.1s.", "canonical_answer": "clock (0.0s to 19.0s); insect (6.4s to 14.7s); vehicle (10.7s to 18.1s)", "answer_meta": {}}
{"qa_id": "qa_5444daca8bbf3b357d88", "split": "test", "audio_id": "foa_dbe591fbe48d7167fdc7", "audio_path": "audio/test/foa_dbe591fbe48d7167fdc7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.3 degrees", "canonical_answer": "-14.3 degrees", "answer_meta": {"azimuth_deg": -14.3}}
{"qa_id": "qa_2bd05698207dedec40a6", "split": "test", "audio_id": "foa_a2fd1a9763d913ad83dc", "audio_path": "audio/test/foa_a2fd1a9763d913ad83dc.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the musical instrument event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument event takes place from 0.0s to 18.6s.", "canonical_answer": "0.0s to 18.6s", "answer_meta": {"time_span": [0.0, 18.6]}}
{"qa_id": "qa_992e42a4bccd58817891", "split": "test", "audio_id": "foa_e3709c2ac041b361fe81", "audio_path": "audio/test/foa_e3709c2ac041b361fe81.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_a2266a9819cbae4605b7", "split": "test", "audio_id": "foa_6012b61002553dc0e134", "audio_path": "audio/test/foa_6012b61002553dc0e134.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The sound source coming from the back-right and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_62477ee69b7b9b538035", "split": "test", "audio_id": "foa_1c8c4bb18b836331198d", "audio_path": "audio/test/foa_1c8c4bb18b836331198d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 4.0s.", "canonical_answer": "0.6s to 4.0s", "answer_meta": {"time_span": [0.6, 4.0]}}
{"qa_id": "qa_825f0df41c0f09c9ed55", "split": "test", "audio_id": "foa_212ed8d1aeeb8af6cabc", "audio_path": "audio/test/foa_212ed8d1aeeb8af6cabc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are identifiable in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a vehicle from 0.0s to 20.0s, an appliance from 1.6s to 10.6s, wind from 12.2s to 20.0s, and a guitar from 13.9s to 20.0s.", "canonical_answer": "vehicle (0.0s to 20.0s); appliance (1.6s to 10.6s); wind (12.2s to 20.0s); guitar (13.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_6d7a3f95b032bbfa2f88", "split": "test", "audio_id": "foa_bf35a0baa0829ff9f460", "audio_path": "audio/test/foa_bf35a0baa0829ff9f460.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.4 degrees", "canonical_answer": "15.4 degrees", "answer_meta": {"elevation_deg": 15.4}}
{"qa_id": "qa_ae21549d809a60c8f94f", "split": "test", "audio_id": "foa_fdeb40ad6a4839f6c645", "audio_path": "audio/test/foa_fdeb40ad6a4839f6c645.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-50.3 degrees, elevation=9.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-50.3 degrees and elevation=9.8 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3ad6c63cb2f99d0d67ff", "split": "test", "audio_id": "foa_8c83aaae5d3ace5ab9d6", "audio_path": "audio/test/foa_8c83aaae5d3ace5ab9d6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the scratch in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.9 degrees", "canonical_answer": "34.9 degrees", "answer_meta": {"azimuth_deg": 34.9}}
{"qa_id": "qa_36f823aa7a4edf2d9d9a", "split": "test", "audio_id": "foa_0035221f8455166b02d5", "audio_path": "audio/test/foa_0035221f8455166b02d5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The source coming from the right is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_3fdd062b1812fc2814f1", "split": "test", "audio_id": "foa_929f490b1107cf2495a8", "audio_path": "audio/test/foa_929f490b1107cf2495a8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-77.6 degrees", "canonical_answer": "-77.6 degrees", "answer_meta": {"azimuth_deg": -77.6}}
{"qa_id": "qa_611997bca8e734b7409e", "split": "test", "audio_id": "foa_09067523eb5de050745c", "audio_path": "audio/test/foa_09067523eb5de050745c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=52.7 degrees, elevation=34.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=52.7 degrees and elevation=34.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ef0865681b6686638000", "split": "test", "audio_id": "foa_cf58ea55ca83f42fb093", "audio_path": "audio/test/foa_cf58ea55ca83f42fb093.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the war sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 0.1s to 0.8s.", "canonical_answer": "0.1s to 0.8s", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_bdf3ca1556a8fd08f492", "split": "test", "audio_id": "foa_f10bc7a12a644832b446", "audio_path": "audio/test/foa_f10bc7a12a644832b446.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a door sound occurring from 0.1s to 0.8s.", "canonical_answer": "door (0.1s to 0.8s)", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_ce318701bd292dd61a99", "split": "test", "audio_id": "foa_67b8f901fceb5bf686b3", "audio_path": "audio/test/foa_67b8f901fceb5bf686b3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.8 degrees", "canonical_answer": "16.8 degrees", "answer_meta": {"elevation_deg": 16.8}}
{"qa_id": "qa_a4110dfb7c7da56a279d", "split": "test", "audio_id": "foa_0da6afe30d65efbbd99a", "audio_path": "audio/test/foa_0da6afe30d65efbbd99a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.8 degrees", "canonical_answer": "57.8 degrees", "answer_meta": {"azimuth_deg": 57.8}}
{"qa_id": "qa_8274c99141508eded958", "split": "test", "audio_id": "foa_b2e0d24cd16f17ea592c", "audio_path": "audio/test/foa_b2e0d24cd16f17ea592c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the home sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.1 degrees", "canonical_answer": "16.1 degrees", "answer_meta": {"elevation_deg": 16.1}}
{"qa_id": "qa_6f363fcb46949e839ddb", "split": "test", "audio_id": "foa_3a8a0085f79476ef89a5", "audio_path": "audio/test/foa_3a8a0085f79476ef89a5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the writing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing is active from 0.0s to 2.1s.", "canonical_answer": "0.0s to 2.1s", "answer_meta": {"time_span": [0.0, 2.1]}}
{"qa_id": "qa_c508f8ac2aa42d92e785", "split": "test", "audio_id": "foa_5f6051fe37241c91c708", "audio_path": "audio/test/foa_5f6051fe37241c91c708.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is a vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_8b258630b9ef5dfd9790", "split": "test", "audio_id": "foa_a7900e22a2eea1f2c6e8", "audio_path": "audio/test/foa_a7900e22a2eea1f2c6e8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth 62.9 degrees and elevation 17.4 degrees. Answer in one sentence.", "answer": "The source located at azimuth 62.9 degrees and elevation 17.4 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_83b3f72ac4e73810be5f", "split": "test", "audio_id": "foa_2eaeac19316b92fe6359", "audio_path": "audio/test/foa_2eaeac19316b92fe6359.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.1s to 4.8s, singing from 0.4s to 17.1s, and singing from 2.5s to 20.0s.", "canonical_answer": "singing (0.1s to 4.8s); singing (0.4s to 17.1s); singing (2.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_28fe60b75a294ea634d9", "split": "test", "audio_id": "foa_d30d740c2489ad0e0bb9", "audio_path": "audio/test/foa_d30d740c2489ad0e0bb9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that is present from 0.0s to 20.0s.", "canonical_answer": "bird (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_7a6b47f5cb86a510d2b9", "split": "test", "audio_id": "foa_9583d01b5d5f9a7abd3f", "audio_path": "audio/test/foa_9583d01b5d5f9a7abd3f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the printer occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The printer is active from 0.0s to 13.4s.", "canonical_answer": "0.0s to 13.4s", "answer_meta": {"time_span": [0.0, 13.4]}}
{"qa_id": "qa_e09544f30a56ad0663b0", "split": "test", "audio_id": "foa_e695244db6547e284bc5", "audio_path": "audio/test/foa_e695244db6547e284bc5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.1 degrees", "canonical_answer": "-120.1 degrees", "answer_meta": {"azimuth_deg": -120.1}}
{"qa_id": "qa_267b3fdbde0d33b0a87b", "split": "test", "audio_id": "foa_4deaca6506d4cf252c2a", "audio_path": "audio/test/foa_4deaca6506d4cf252c2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.0 degrees", "canonical_answer": "-31.0 degrees", "answer_meta": {"elevation_deg": -31.0}}
{"qa_id": "qa_31c02d2e4cd49f4b54dd", "split": "test", "audio_id": "foa_1def61cd4f93efc9add0", "audio_path": "audio/test/foa_1def61cd4f93efc9add0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right? Answer in one sentence.", "answer": "The sound source located to the back-right is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_3189b389b052660aa025", "split": "test", "audio_id": "foa_f5eba9b010de48c87ad0", "audio_path": "audio/test/foa_f5eba9b010de48c87ad0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-74.9 degrees, elevation=-24.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-74.9 degrees, elevation=-24.3 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7b48cd78864cb5966f55", "split": "test", "audio_id": "foa_18d1b785460ac2cdaa8e", "audio_path": "audio/test/foa_18d1b785460ac2cdaa8e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.3 degrees", "canonical_answer": "-120.3 degrees", "answer_meta": {"azimuth_deg": -120.3}}
{"qa_id": "qa_f247ba9970609045a58e", "split": "test", "audio_id": "foa_70fec07448e03e64c0bd", "audio_path": "audio/test/foa_70fec07448e03e64c0bd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=165.9 degrees, elevation=24.5 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=165.9 degrees and elevation=24.5 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_47a9b36d0234acb1c8c6", "split": "test", "audio_id": "foa_3626d462e644e7ece09e", "audio_path": "audio/test/foa_3626d462e644e7ece09e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events can be heard in the audio, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features laughter occurring from 0.6s to 7.4s.", "canonical_answer": "laughter (0.6s to 7.4s)", "answer_meta": {"time_span": [0.6, 7.4]}}
{"qa_id": "qa_f61579656ccd89dc40bb", "split": "test", "audio_id": "foa_ed53f987b17b597ed169", "audio_path": "audio/test/foa_ed53f987b17b597ed169.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the breathing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing is active from 0.2s to 3.4s.", "canonical_answer": "0.2s to 3.4s", "answer_meta": {"time_span": [0.2, 3.4]}}
{"qa_id": "qa_e60db01e8dec976b754c", "split": "test", "audio_id": "foa_6f9c19c091d44c1bb591", "audio_path": "audio/test/foa_6f9c19c091d44c1bb591.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and above is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_c059eb792d181695e388", "split": "test", "audio_id": "foa_bd67c46282527cdac899", "audio_path": "audio/test/foa_bd67c46282527cdac899.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the fire in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.0 degrees", "canonical_answer": "6.0 degrees", "answer_meta": {"elevation_deg": 6.0}}
{"qa_id": "qa_20c5850f4fb4a959bc3f", "split": "test", "audio_id": "foa_214d6a9975e7f089cd0b", "audio_path": "audio/test/foa_214d6a9975e7f089cd0b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which source is heard coming from the left of the listener? Answer in one sentence.", "answer": "The source heard coming from the left is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_0b2110501ae40d22c929", "split": "test", "audio_id": "foa_8bd2229637ea070719dc", "audio_path": "audio/test/foa_8bd2229637ea070719dc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=21.3 degrees, elevation=9.5 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=21.3 degrees and elevation=9.5 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_d5f5f0d6f0231004d59b", "split": "test", "audio_id": "foa_cf2e5ceac1d138712935", "audio_path": "audio/test/foa_cf2e5ceac1d138712935.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the human vocalization be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.0s to 1.1s.", "canonical_answer": "0.0s to 1.1s", "answer_meta": {"time_span": [0.0, 1.1]}}
{"qa_id": "qa_1e39e907ce057ea21df1", "split": "test", "audio_id": "foa_cc099319c8c4c4ba019f", "audio_path": "audio/test/foa_cc099319c8c4c4ba019f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.0 degrees", "canonical_answer": "-24.0 degrees", "answer_meta": {"elevation_deg": -24.0}}
{"qa_id": "qa_dcaa6434d25a175cbf42", "split": "test", "audio_id": "foa_5d9f6abc06bb66559164", "audio_path": "audio/test/foa_5d9f6abc06bb66559164.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the telephone alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "141.2 degrees", "canonical_answer": "141.2 degrees", "answer_meta": {"azimuth_deg": 141.2}}
{"qa_id": "qa_103f7769482ac70b1248", "split": "test", "audio_id": "foa_4f40c231d281dfffb556", "audio_path": "audio/test/foa_4f40c231d281dfffb556.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 4.7s and additional speech from 0.5s to 5.3s.", "canonical_answer": "speech (0.3s to 4.7s); speech (0.5s to 5.3s)", "answer_meta": {}}
{"qa_id": "qa_bfae592cb2e763f46b56", "split": "test", "audio_id": "foa_f508f0659ed8e944fc82", "audio_path": "audio/test/foa_f508f0659ed8e944fc82.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=29.6 degrees, elevation=8.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=29.6 degrees and elevation=8.2 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_1baa77453c3d8a5db095", "split": "test", "audio_id": "foa_f7868ef5b272ee9eedb9", "audio_path": "audio/test/foa_f7868ef5b272ee9eedb9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source located at the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d841ef3451c8bcfdc95a", "split": "test", "audio_id": "foa_39f7d93c91d67050ea66", "audio_path": "audio/test/foa_39f7d93c91d67050ea66.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-108.5 degrees", "canonical_answer": "-108.5 degrees", "answer_meta": {"azimuth_deg": -108.5}}
{"qa_id": "qa_daa8a2b08e63a8d4f5c6", "split": "test", "audio_id": "foa_0db1404956bfa3eb141c", "audio_path": "audio/test/foa_0db1404956bfa3eb141c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.2 degrees", "canonical_answer": "30.2 degrees", "answer_meta": {"elevation_deg": 30.2}}
{"qa_id": "qa_8b53e7c03cbe2ef930b3", "split": "test", "audio_id": "foa_60ce231237342d51b478", "audio_path": "audio/test/foa_60ce231237342d51b478.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the appliance active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 15.2s to 20.0s.", "canonical_answer": "15.2s to 20.0s", "answer_meta": {"time_span": [15.2, 20.0]}}
{"qa_id": "qa_7bf9814500ff71112087", "split": "test", "audio_id": "foa_e1ceafc9277077259957", "audio_path": "audio/test/foa_e1ceafc9277077259957.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.0s to 1.4s and additional speech from 0.6s to 6.5s.", "canonical_answer": "speech (0.0s to 1.4s); speech (0.6s to 6.5s)", "answer_meta": {}}
{"qa_id": "qa_59d4accf014f908e7d60", "split": "test", "audio_id": "foa_afefc0ad11a5cd02c8dd", "audio_path": "audio/test/foa_afefc0ad11a5cd02c8dd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.3 degrees", "canonical_answer": "17.3 degrees", "answer_meta": {"elevation_deg": 17.3}}
{"qa_id": "qa_61467494bf84b74423c4", "split": "test", "audio_id": "foa_6786bad5597d20479ad3", "audio_path": "audio/test/foa_6786bad5597d20479ad3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-148.4 degrees", "canonical_answer": "-148.4 degrees", "answer_meta": {"azimuth_deg": -148.4}}
{"qa_id": "qa_66d0be0ba09463dc2277", "split": "test", "audio_id": "foa_a757e7376415a659541b", "audio_path": "audio/test/foa_a757e7376415a659541b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=96.9 degrees, elevation=38.5 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth 96.9 degrees and elevation 38.5 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_10a8bda9d790e3542eda", "split": "test", "audio_id": "foa_3ca4e5a08e6e0ada3e74", "audio_path": "audio/test/foa_3ca4e5a08e6e0ada3e74.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the guitar occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar event is active from 0.0s to 2.5s.", "canonical_answer": "0.0s to 2.5s", "answer_meta": {"time_span": [0.0, 2.5]}}
{"qa_id": "qa_8288af60c3d8dd4cf590", "split": "test", "audio_id": "foa_f531ff788570ac7db134", "audio_path": "audio/test/foa_f531ff788570ac7db134.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_360f75700f80ab8174dc", "split": "test", "audio_id": "foa_63df137d409bc819373c", "audio_path": "audio/test/foa_63df137d409bc819373c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine that is active from 0.1s to 11.4s.", "canonical_answer": "machine (0.1s to 11.4s)", "answer_meta": {"time_span": [0.1, 11.4]}}
{"qa_id": "qa_bc6b13059f3e7eeee8d5", "split": "test", "audio_id": "foa_c80ad5ff4c9e7319c26b", "audio_path": "audio/test/foa_c80ad5ff4c9e7319c26b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a scratch sound occurring from 0.1s to 3.0s.", "canonical_answer": "scratch (0.1s to 3.0s)", "answer_meta": {"time_span": [0.1, 3.0]}}
{"qa_id": "qa_6af691351bbe2b94af4a", "split": "test", "audio_id": "foa_9306a5e51c3585d9e8c5", "audio_path": "audio/test/foa_9306a5e51c3585d9e8c5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located on the left is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_2909b2042fad0cd1933b", "split": "test", "audio_id": "foa_6d65bbd1703269d2f302", "audio_path": "audio/test/foa_6d65bbd1703269d2f302.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.5s to 9.6s.", "canonical_answer": "0.5s to 9.6s", "answer_meta": {"time_span": [0.5, 9.6]}}
{"qa_id": "qa_a22285a9bf9d87184a85", "split": "test", "audio_id": "foa_849db90507d5f45f088d", "audio_path": "audio/test/foa_849db90507d5f45f088d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the knock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.3 degrees", "canonical_answer": "57.3 degrees", "answer_meta": {"azimuth_deg": 57.3}}
{"qa_id": "qa_7c126cac25a276506c8e", "split": "test", "audio_id": "foa_efa5aef09954477edfd8", "audio_path": "audio/test/foa_efa5aef09954477edfd8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-97.8 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -97.8 degrees and elevation 0.0 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_ec7163b15e3115aae8d4", "split": "test", "audio_id": "foa_9064626afdf054d13cb7", "audio_path": "audio/test/foa_9064626afdf054d13cb7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.0 degrees", "canonical_answer": "-32.0 degrees", "answer_meta": {"elevation_deg": -32.0}}
{"qa_id": "qa_50b1421a3bb49630b52e", "split": "test", "audio_id": "foa_fd8e50c6af7379e2edff", "audio_path": "audio/test/foa_fd8e50c6af7379e2edff.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_5ef6e425781964648594", "split": "test", "audio_id": "foa_0791f42bc663a61b46c2", "audio_path": "audio/test/foa_0791f42bc663a61b46c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-48.1 degrees", "canonical_answer": "-48.1 degrees", "answer_meta": {"elevation_deg": -48.1}}
{"qa_id": "qa_ed211848b03f6756cc0b", "split": "test", "audio_id": "foa_dd25acfdcd60e7220595", "audio_path": "audio/test/foa_dd25acfdcd60e7220595.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-91.0 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-91.0 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_4c69d82e67285d5d80ad", "split": "test", "audio_id": "foa_f582347a922a515d29a1", "audio_path": "audio/test/foa_f582347a922a515d29a1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 9.3s to 20.0s.", "canonical_answer": "9.3s to 20.0s", "answer_meta": {"time_span": [9.3, 20.0]}}
{"qa_id": "qa_27d6609dd80e8cf6990f", "split": "test", "audio_id": "foa_d8c2d7c267a882fe1431", "audio_path": "audio/test/foa_d8c2d7c267a882fe1431.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.1 degrees", "canonical_answer": "-1.1 degrees", "answer_meta": {"azimuth_deg": -1.1}}
{"qa_id": "qa_58fa8fcdfba4931b0015", "split": "test", "audio_id": "foa_8672a3a10f19aee492b9", "audio_path": "audio/test/foa_8672a3a10f19aee492b9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features laughter occurring from 0.0s to 0.9s.", "canonical_answer": "laughter (0.0s to 0.9s)", "answer_meta": {"time_span": [0.0, 0.9]}}
{"qa_id": "qa_35c45d7c3f54135bba03", "split": "test", "audio_id": "foa_cb11e020bc785eda698e", "audio_path": "audio/test/foa_cb11e020bc785eda698e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_fbf3a3afb9dc47680477", "split": "test", "audio_id": "foa_c5d6769a99827de75f81", "audio_path": "audio/test/foa_c5d6769a99827de75f81.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the typing sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.3s to 7.8s.", "canonical_answer": "0.3s to 7.8s", "answer_meta": {"time_span": [0.3, 7.8]}}
{"qa_id": "qa_d657ceef0ed857f0b9c4", "split": "test", "audio_id": "foa_0330611a4b7ea9036ba5", "audio_path": "audio/test/foa_0330611a4b7ea9036ba5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below is a home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_5d7faaab729fda51109e", "split": "test", "audio_id": "foa_b7cc8471c8636929d741", "audio_path": "audio/test/foa_b7cc8471c8636929d741.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features laughter occurring from 0.1s to 1.0s, laughter from 0.1s to 2.4s, and laughter from 0.8s to 8.1s.", "canonical_answer": "laughter (0.1s to 1.0s); laughter (0.1s to 2.4s); laughter (0.8s to 8.1s)", "answer_meta": {}}
{"qa_id": "qa_a087661b2d3b43dcc826", "split": "test", "audio_id": "foa_f339cb284bd6dd754106", "audio_path": "audio/test/foa_f339cb284bd6dd754106.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "115.1 degrees", "canonical_answer": "115.1 degrees", "answer_meta": {"azimuth_deg": 115.1}}
{"qa_id": "qa_055dd44ba582e05f4a63", "split": "test", "audio_id": "foa_bfb8800ffd3337fc06b4", "audio_path": "audio/test/foa_bfb8800ffd3337fc06b4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=5.0 degrees, elevation=34.2 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=5.0 degrees and elevation=34.2 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_0162f12d545d941cbdd1", "split": "test", "audio_id": "foa_42d8c97f8e4208deee8e", "audio_path": "audio/test/foa_42d8c97f8e4208deee8e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-119.3 degrees", "canonical_answer": "-119.3 degrees", "answer_meta": {"azimuth_deg": -119.3}}
{"qa_id": "qa_4dfd43fa20c50c01c829", "split": "test", "audio_id": "foa_df3eb107ef156145b38b", "audio_path": "audio/test/foa_df3eb107ef156145b38b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features tearing from 1.2s to 20.0s, a drawer cabinet from 5.6s to 10.0s, an insect from 8.0s to 8.8s, laughter from 14.8s to 20.0s, and breathing from 17.7s to 20.0s.", "canonical_answer": "tearing (1.2s to 20.0s); drawer cabinet (5.6s to 10.0s); insect (8.0s to 8.8s); laughter (14.8s to 20.0s); breathing (17.7s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_27a387eb3ddb5cffc6de", "split": "test", "audio_id": "foa_7c8ff87a00ff099c2ac9", "audio_path": "audio/test/foa_7c8ff87a00ff099c2ac9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and below? Answer in one sentence.", "answer": "The source located at the back and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_4a7f91e657866fc87e8a", "split": "test", "audio_id": "foa_b3c57abe35fc2626c45e", "audio_path": "audio/test/foa_b3c57abe35fc2626c45e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=171.5 degrees, elevation=17.7 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth=171.5 degrees and elevation=17.7 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_c11d61e6fa6a839cd54a", "split": "test", "audio_id": "foa_416ea46b53c47b892ad4", "audio_path": "audio/test/foa_416ea46b53c47b892ad4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.9 degrees", "canonical_answer": "31.9 degrees", "answer_meta": {"elevation_deg": 31.9}}
{"qa_id": "qa_1bb94f934d9012dd54a4", "split": "test", "audio_id": "foa_42cc8c185a7f48e63410", "audio_path": "audio/test/foa_42cc8c185a7f48e63410.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.7s to 3.4s.", "canonical_answer": "0.7s to 3.4s", "answer_meta": {"time_span": [0.7, 3.4]}}
{"qa_id": "qa_9a529ac8b86cfc7f1e79", "split": "test", "audio_id": "foa_d037f6289fcdc0f84f95", "audio_path": "audio/test/foa_d037f6289fcdc0f84f95.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_7cf2ae1fa6282a43ca23", "split": "test", "audio_id": "foa_4e1f1695a6eb5529493b", "audio_path": "audio/test/foa_4e1f1695a6eb5529493b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.1 degrees", "canonical_answer": "-27.1 degrees", "answer_meta": {"elevation_deg": -27.1}}
{"qa_id": "qa_c7ab2d1254d733603f62", "split": "test", "audio_id": "foa_956007f8b9a9dddafbd1", "audio_path": "audio/test/foa_956007f8b9a9dddafbd1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=153.1 degrees, elevation=-20.2 degrees? Answer in one sentence.", "answer": "A drum is heard coming from azimuth=153.1 degrees and elevation=-20.2 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_b2065cf1955ee97c7baa", "split": "test", "audio_id": "foa_b8823701e43cc24497f3", "audio_path": "audio/test/foa_b8823701e43cc24497f3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the typing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.7 degrees", "canonical_answer": "-67.7 degrees", "answer_meta": {"azimuth_deg": -67.7}}
{"qa_id": "qa_94ab9b14c0a7b75b5783", "split": "test", "audio_id": "foa_0d06015ab8131f5bd458", "audio_path": "audio/test/foa_0d06015ab8131f5bd458.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound from 0.0s to 0.4s.", "canonical_answer": "war sound (0.0s to 0.4s)", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_66001b4609a3b6c93e2d", "split": "test", "audio_id": "foa_f83f0556bd86842c16b0", "audio_path": "audio/test/foa_f83f0556bd86842c16b0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the train event occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train event is active from 0.0s to 14.9s.", "canonical_answer": "0.0s to 14.9s", "answer_meta": {"time_span": [0.0, 14.9]}}
{"qa_id": "qa_ffdde4b64d7b3a6ce15a", "split": "test", "audio_id": "foa_c1313b3a25a4dbab2b0a", "audio_path": "audio/test/foa_c1313b3a25a4dbab2b0a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the female speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.0 degrees", "canonical_answer": "-13.0 degrees", "answer_meta": {"elevation_deg": -13.0}}
{"qa_id": "qa_497fe7a493fa826c0357", "split": "test", "audio_id": "foa_640759c5a48c7a5f8ac3", "audio_path": "audio/test/foa_640759c5a48c7a5f8ac3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the laughter active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 0.1s to 1.4s.", "canonical_answer": "0.1s to 1.4s", "answer_meta": {"time_span": [0.1, 1.4]}}
{"qa_id": "qa_61ea1a25bc2b220cc6f2", "split": "test", "audio_id": "foa_22e2dcb27b5507a0b62e", "audio_path": "audio/test/foa_22e2dcb27b5507a0b62e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-86.9 degrees", "canonical_answer": "-86.9 degrees", "answer_meta": {"azimuth_deg": -86.9}}
{"qa_id": "qa_43468577c2a8cabf19e6", "split": "test", "audio_id": "foa_87881bd022f7602a0bb2", "audio_path": "audio/test/foa_87881bd022f7602a0bb2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back side? Answer in one sentence.", "answer": "The sound coming from the back is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_85e61bcdaf7e1e9912a3", "split": "test", "audio_id": "foa_ef34043821c2398e4682", "audio_path": "audio/test/foa_ef34043821c2398e4682.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features tearing from 0.0s to 1.5s, an appliance from 0.1s to 11.9s, a vehicle from 0.3s to 12.4s, fire from 0.4s to 1.6s, and a machine from 1.9s to 16.2s.", "canonical_answer": "tearing (0.0s to 1.5s); appliance (0.1s to 11.9s); vehicle (0.3s to 12.4s); fire (0.4s to 1.6s); machine (1.9s to 16.2s)", "answer_meta": {}}
{"qa_id": "qa_d4e87d9dab8b43a8962a", "split": "test", "audio_id": "foa_aafcb9125bce81c590fc", "audio_path": "audio/test/foa_aafcb9125bce81c590fc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=125.0 degrees, elevation=14.5 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth=125.0 degrees and elevation=14.5 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_3cebe383a0289bb9940d", "split": "test", "audio_id": "foa_bf08eb606773c95fd3af", "audio_path": "audio/test/foa_bf08eb606773c95fd3af.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features speech from 0.0s to 18.4s, an alarm from 4.9s to 5.9s, and a bell from 14.7s to 20.0s.", "canonical_answer": "speech (0.0s to 18.4s); alarm (4.9s to 5.9s); bell (14.7s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_d9511b442a9a5b822b04", "split": "test", "audio_id": "foa_d9022913afdc94f4a6a3", "audio_path": "audio/test/foa_d9022913afdc94f4a6a3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.2 degrees", "canonical_answer": "13.2 degrees", "answer_meta": {"elevation_deg": 13.2}}
{"qa_id": "qa_c85200c30cfe53756ebe", "split": "test", "audio_id": "foa_82f46aea68153c259715", "audio_path": "audio/test/foa_82f46aea68153c259715.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-24.4 degrees, elevation=9.5 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-24.4 degrees and elevation=9.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_579a880caf3a0bd27325", "split": "test", "audio_id": "foa_699dfe97bdb9da44d7a7", "audio_path": "audio/test/foa_699dfe97bdb9da44d7a7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what time interval does the string instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.4s to 0.8s.", "canonical_answer": "0.4s to 0.8s", "answer_meta": {"time_span": [0.4, 0.8]}}
{"qa_id": "qa_4c463b59da970aae0037", "split": "test", "audio_id": "foa_42d4ced4811573d2e4ac", "audio_path": "audio/test/foa_42d4ced4811573d2e4ac.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source of the sound originating from the front-left? Answer in one sentence.", "answer": "The source located at the front-left is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_fa0bb35a6219b52bf830", "split": "test", "audio_id": "foa_25a3e718b93876cfc862", "audio_path": "audio/test/foa_25a3e718b93876cfc862.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the gong coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-159.2 degrees", "canonical_answer": "-159.2 degrees", "answer_meta": {"azimuth_deg": -159.2}}
{"qa_id": "qa_47713aae1d42e4ca7580", "split": "test", "audio_id": "foa_95168ec0877b8d78dff2", "audio_path": "audio/test/foa_95168ec0877b8d78dff2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.0 degrees", "canonical_answer": "20.0 degrees", "answer_meta": {"elevation_deg": 20.0}}
{"qa_id": "qa_2616762446f84dc5e503", "split": "test", "audio_id": "foa_8639e46826f178284af5", "audio_path": "audio/test/foa_8639e46826f178284af5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tool active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.8s to 17.3s.", "canonical_answer": "0.8s to 17.3s", "answer_meta": {"time_span": [0.8, 17.3]}}
{"qa_id": "qa_b043c09a2028b179405e", "split": "test", "audio_id": "foa_9db6820ed6e2bb622bcb", "audio_path": "audio/test/foa_9db6820ed6e2bb622bcb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the metal clink in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.3 degrees", "canonical_answer": "10.3 degrees", "answer_meta": {"azimuth_deg": 10.3}}
{"qa_id": "qa_0d844459a9755b65b3f1", "split": "test", "audio_id": "foa_d9d486ec156fa34c79f3", "audio_path": "audio/test/foa_d9d486ec156fa34c79f3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an appliance from 3.9s to 12.6s, footsteps from 4.5s to 16.9s, home sound from 10.4s to 16.5s, and water from 14.9s to 20.0s.", "canonical_answer": "appliance (3.9s to 12.6s); footsteps (4.5s to 16.9s); home sound (10.4s to 16.5s); water (14.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_f083d6e79134b792f3d3", "split": "test", "audio_id": "foa_068313e996b4c6c9e22e", "audio_path": "audio/test/foa_068313e996b4c6c9e22e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the right and below the listener? Answer in one sentence.", "answer": "The sound source heard from the right and below is home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_d66d92c5f0ecfbfd3e2a", "split": "test", "audio_id": "foa_26c12635b298fa4d4e70", "audio_path": "audio/test/foa_26c12635b298fa4d4e70.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=176.7 degrees, elevation=2.7 degrees? Answer in one sentence.", "answer": "A printer is located at azimuth=176.7 degrees and elevation=2.7 degrees.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_84c28d2854e2ac935263", "split": "test", "audio_id": "foa_0036e1dbcea2e773cb11", "audio_path": "audio/test/foa_0036e1dbcea2e773cb11.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-164.4 degrees, elevation=-3.9 degrees. Answer in one sentence.", "answer": "The source located at azimuth -164.4 degrees and elevation -3.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_973226bbb1004e42a9df", "split": "test", "audio_id": "foa_9d79af8745de21ecd12d", "audio_path": "audio/test/foa_9d79af8745de21ecd12d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.0 degrees", "canonical_answer": "-39.0 degrees", "answer_meta": {"elevation_deg": -39.0}}
{"qa_id": "qa_701211078f726c6cf2f7", "split": "test", "audio_id": "foa_5cf5b51045ae18b01deb", "audio_path": "audio/test/foa_5cf5b51045ae18b01deb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 12.7s.", "canonical_answer": "0.6s to 12.7s", "answer_meta": {"time_span": [0.6, 12.7]}}
{"qa_id": "qa_df6f5c87d28a2cfae6f5", "split": "test", "audio_id": "foa_ed428ecc02f4d93b100a", "audio_path": "audio/test/foa_ed428ecc02f4d93b100a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_aed25cc725b1eccd7ec6", "split": "test", "audio_id": "foa_baf4b57f143a797a2232", "audio_path": "audio/test/foa_baf4b57f143a797a2232.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a door sound that occurs from 0.0s to 4.3s.", "canonical_answer": "door (0.0s to 4.3s)", "answer_meta": {"time_span": [0.0, 4.3]}}
{"qa_id": "qa_bb0073d4efea5e39a97e", "split": "test", "audio_id": "foa_871e67f312fdb554e714", "audio_path": "audio/test/foa_871e67f312fdb554e714.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the paper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-138.5 degrees", "canonical_answer": "-138.5 degrees", "answer_meta": {"azimuth_deg": -138.5}}
{"qa_id": "qa_88115d394ebbca9ae2d8", "split": "test", "audio_id": "foa_d2b6612944099a3d4413", "audio_path": "audio/test/foa_d2b6612944099a3d4413.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech occurring from 0.6s to 4.8s and another instance of speech occurring from 0.6s to 5.4s.", "canonical_answer": "speech (0.6s to 4.8s); speech (0.6s to 5.4s)", "answer_meta": {}}
{"qa_id": "qa_55fdbad188f95b5c4e0f", "split": "test", "audio_id": "foa_c2a748f526697f74f108", "audio_path": "audio/test/foa_c2a748f526697f74f108.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-107.5 degrees", "canonical_answer": "-107.5 degrees", "answer_meta": {"azimuth_deg": -107.5}}
{"qa_id": "qa_cdd1073b1c563ccea421", "split": "test", "audio_id": "foa_e509bdef484b78cea321", "audio_path": "audio/test/foa_e509bdef484b78cea321.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=8.1 degrees, elevation=3.6 degrees. Answer in one sentence.", "answer": "The sound source located at azimuth=8.1 degrees and elevation=3.6 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_7f28242848cca72f9ddc", "split": "test", "audio_id": "foa_80be611d1b5dd3be6365", "audio_path": "audio/test/foa_80be611d1b5dd3be6365.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 5.3s.", "canonical_answer": "0.0s to 5.3s", "answer_meta": {"time_span": [0.0, 5.3]}}
{"qa_id": "qa_64e25fa497e2b7f336c5", "split": "test", "audio_id": "foa_8bb0f270a2ca982669dd", "audio_path": "audio/test/foa_8bb0f270a2ca982669dd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_ace25e10d7b28852c995", "split": "test", "audio_id": "foa_1daffc481e5d41dd022c", "audio_path": "audio/test/foa_1daffc481e5d41dd022c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front? Answer in one sentence.", "answer": "The sound source coming from the front is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_3a556ea7fe85c2712815", "split": "test", "audio_id": "foa_4b51a2cd280c3a36bbde", "audio_path": "audio/test/foa_4b51a2cd280c3a36bbde.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.8 degrees", "canonical_answer": "10.8 degrees", "answer_meta": {"azimuth_deg": 10.8}}
{"qa_id": "qa_22a7874c2d884139a3e1", "split": "test", "audio_id": "foa_0e1ad8f0713ada1f14e1", "audio_path": "audio/test/foa_0e1ad8f0713ada1f14e1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front of the listener? Answer in one sentence.", "answer": "The source coming from the front is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_aba1c7bab4fcf87f619f", "split": "test", "audio_id": "foa_69bbabd419ede54a2f9e", "audio_path": "audio/test/foa_69bbabd419ede54a2f9e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the paper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.8 degrees", "canonical_answer": "-37.8 degrees", "answer_meta": {"elevation_deg": -37.8}}
{"qa_id": "qa_b910fdc2560e000f5247", "split": "test", "audio_id": "foa_1d8876ec559f2396011a", "audio_path": "audio/test/foa_1d8876ec559f2396011a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=97.5 degrees, elevation=12.1 degrees? Answer in one sentence.", "answer": "A clock is the source heard from azimuth=97.5 degrees and elevation=12.1 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_935a42730af3938c537a", "split": "test", "audio_id": "foa_e34396c11b4a02074215", "audio_path": "audio/test/foa_e34396c11b4a02074215.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a printer that is heard from 1.9s to 15.6s.", "canonical_answer": "printer (1.9s to 15.6s)", "answer_meta": {"time_span": [1.9, 15.6]}}
{"qa_id": "qa_3a099ae44801c463c31b", "split": "test", "audio_id": "foa_5ab1601f3175ba650087", "audio_path": "audio/test/foa_5ab1601f3175ba650087.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the door event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door event is active from 0.0s to 1.0s.", "canonical_answer": "0.0s to 1.0s", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_97fb06d7f671c1d6bb09", "split": "test", "audio_id": "foa_757dfa138fc761df6851", "audio_path": "audio/test/foa_757dfa138fc761df6851.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features aircraft from 0.0s to 13.8s, percussion from 1.9s to 12.5s, and war sound from 10.6s to 14.4s.", "canonical_answer": "aircraft (0.0s to 13.8s); percussion (1.9s to 12.5s); war sound (10.6s to 14.4s)", "answer_meta": {}}
{"qa_id": "qa_bae9962f385b188c3459", "split": "test", "audio_id": "foa_38c9624c8836d55361f9", "audio_path": "audio/test/foa_38c9624c8836d55361f9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=76.2 degrees, elevation=11.7 degrees? Answer in one sentence.", "answer": "A car is heard originating from azimuth 76.2 degrees and elevation 11.7 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_4f86ec96e9b76399e377", "split": "test", "audio_id": "foa_b073df04ecc0a491f1eb", "audio_path": "audio/test/foa_b073df04ecc0a491f1eb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the string instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "113.1 degrees", "canonical_answer": "113.1 degrees", "answer_meta": {"azimuth_deg": 113.1}}
{"qa_id": "qa_16a1c56b81f63349e2ee", "split": "test", "audio_id": "foa_aeff05b07f03ceb14430", "audio_path": "audio/test/foa_aeff05b07f03ceb14430.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the left and above of the listener? Answer in one sentence.", "answer": "The source coming from the left and above is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_27f8a809988cdca6f52a", "split": "test", "audio_id": "foa_d3bb516824cb568da12e", "audio_path": "audio/test/foa_d3bb516824cb568da12e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the crackle be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crackle event occurs from 15.5s to 20.0s.", "canonical_answer": "15.5s to 20.0s", "answer_meta": {"time_span": [15.5, 20.0]}}
{"qa_id": "qa_46696c993e63e3a1090e", "split": "test", "audio_id": "foa_b079cb892e230a018fed", "audio_path": "audio/test/foa_b079cb892e230a018fed.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.6 degrees", "canonical_answer": "-54.6 degrees", "answer_meta": {"elevation_deg": -54.6}}
{"qa_id": "qa_c0f7a3694599fd871846", "split": "test", "audio_id": "foa_aa61990584f44b52d20d", "audio_path": "audio/test/foa_aa61990584f44b52d20d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 2.2s.", "canonical_answer": "0.0s to 2.2s", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_7d3bdc94c3cff6265197", "split": "test", "audio_id": "foa_9116d6a8d06170b426a1", "audio_path": "audio/test/foa_9116d6a8d06170b426a1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the knock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "70.8 degrees", "canonical_answer": "70.8 degrees", "answer_meta": {"azimuth_deg": 70.8}}
{"qa_id": "qa_34a8a55ea5d35f83fac6", "split": "test", "audio_id": "foa_487edf842db40e93079b", "audio_path": "audio/test/foa_487edf842db40e93079b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=144.2 degrees, elevation=16.6 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=144.2 degrees and elevation=16.6 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_0348fc47ce6b706a68f5", "split": "test", "audio_id": "foa_097d72cd76029dfb9874", "audio_path": "audio/test/foa_097d72cd76029dfb9874.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the typing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.2 degrees", "canonical_answer": "40.2 degrees", "answer_meta": {"elevation_deg": 40.2}}
{"qa_id": "qa_a1aaae163dc3d4d0c63f", "split": "test", "audio_id": "foa_2eeb327bfc6db6d61610", "audio_path": "audio/test/foa_2eeb327bfc6db6d61610.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_409178ba06600d45a9c3", "split": "test", "audio_id": "foa_2aa163e0fecd35315a57", "audio_path": "audio/test/foa_2aa163e0fecd35315a57.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.0s to 11.9s.", "canonical_answer": "water (0.0s to 11.9s)", "answer_meta": {"time_span": [0.0, 11.9]}}
{"qa_id": "qa_ffb89be6e80ae74b52f0", "split": "test", "audio_id": "foa_966f627a633d45160d4e", "audio_path": "audio/test/foa_966f627a633d45160d4e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.3 degrees", "canonical_answer": "4.3 degrees", "answer_meta": {"elevation_deg": 4.3}}
{"qa_id": "qa_e629f315b68a33c6a35b", "split": "test", "audio_id": "foa_53897642d3ddaab4867c", "audio_path": "audio/test/foa_53897642d3ddaab4867c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "60.0 degrees", "canonical_answer": "60.0 degrees", "answer_meta": {"azimuth_deg": 60.0}}
{"qa_id": "qa_ba30972daade2bc3180c", "split": "test", "audio_id": "foa_aab489ecbf3664afcb34", "audio_path": "audio/test/foa_aab489ecbf3664afcb34.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-right of the listener? Answer in one sentence.", "answer": "The source heard from the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e587f66e875921485f05", "split": "test", "audio_id": "foa_b1996fca2552bcf2efe3", "audio_path": "audio/test/foa_b1996fca2552bcf2efe3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are identifiable in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm that occurs from 0.0s to 1.8s.", "canonical_answer": "alarm (0.0s to 1.8s)", "answer_meta": {"time_span": [0.0, 1.8]}}
{"qa_id": "qa_3739d810745c936a1237", "split": "test", "audio_id": "foa_54f90c0111a615b01ca5", "audio_path": "audio/test/foa_54f90c0111a615b01ca5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-45.1 degrees, elevation=-1.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-45.1 degrees, elevation=-1.6 degrees is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_21c6c777ac4ed307b183", "split": "test", "audio_id": "foa_09681c70eb7c42c5c68a", "audio_path": "audio/test/foa_09681c70eb7c42c5c68a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the keyboard instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is audible from 0.0s to 4.0s.", "canonical_answer": "0.0s to 4.0s", "answer_meta": {"time_span": [0.0, 4.0]}}
{"qa_id": "qa_d6fda01a6922f854dc46", "split": "test", "audio_id": "foa_806a355a736249a4dc11", "audio_path": "audio/test/foa_806a355a736249a4dc11.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the train active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is active from 0.0s to 11.3s.", "canonical_answer": "0.0s to 11.3s", "answer_meta": {"time_span": [0.0, 11.3]}}
{"qa_id": "qa_a8f7ed6f5ca92a21ca28", "split": "test", "audio_id": "foa_d4bf7553d20e7b1ab4ad", "audio_path": "audio/test/foa_d4bf7553d20e7b1ab4ad.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=5.2 degrees, elevation=20.8 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=5.2 degrees and elevation=20.8 degrees is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_3259256852dd99ccc275", "split": "test", "audio_id": "foa_2e9f665b280899ad8cce", "audio_path": "audio/test/foa_2e9f665b280899ad8cce.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.3 degrees", "canonical_answer": "-5.3 degrees", "answer_meta": {"elevation_deg": -5.3}}
{"qa_id": "qa_397d90b83b090de23d23", "split": "test", "audio_id": "foa_7cee1c3446c495e4ef6d", "audio_path": "audio/test/foa_7cee1c3446c495e4ef6d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a guitar playing from 0.0s to 8.6s.", "canonical_answer": "guitar (0.0s to 8.6s)", "answer_meta": {"time_span": [0.0, 8.6]}}
{"qa_id": "qa_1f54d77f6224d7810651", "split": "test", "audio_id": "foa_e1db63cee9526b2b0e56", "audio_path": "audio/test/foa_e1db63cee9526b2b0e56.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the writing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "49.5 degrees", "canonical_answer": "49.5 degrees", "answer_meta": {"azimuth_deg": 49.5}}
{"qa_id": "qa_dc869f2f9a79a6f98cca", "split": "test", "audio_id": "foa_f6dbedb8f6fc3c498028", "audio_path": "audio/test/foa_f6dbedb8f6fc3c498028.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is an aircraft.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_6bf3a52de7485da5b6c0", "split": "test", "audio_id": "foa_84aa1a4936f1eca52978", "audio_path": "audio/test/foa_84aa1a4936f1eca52978.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in this audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing, which occurs from 1.0s to 3.8s.", "canonical_answer": "breathing (1.0s to 3.8s)", "answer_meta": {"time_span": [1.0, 3.8]}}
{"qa_id": "qa_412287c73f40dfa2f299", "split": "test", "audio_id": "foa_f9d15d6b2ba2b02dbad7", "audio_path": "audio/test/foa_f9d15d6b2ba2b02dbad7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.7 degrees", "canonical_answer": "-45.7 degrees", "answer_meta": {"azimuth_deg": -45.7}}
{"qa_id": "qa_83736b05f5e1d88466a6", "split": "test", "audio_id": "foa_e4a9e0f7431d4d650ee3", "audio_path": "audio/test/foa_e4a9e0f7431d4d650ee3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left and above? Answer in one sentence.", "answer": "The source located at the front-left and above is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_d3b962f7f290ad494d76", "split": "test", "audio_id": "foa_9291f942b247bc75aad3", "audio_path": "audio/test/foa_9291f942b247bc75aad3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-94.4 degrees, elevation=-21.4 degrees? Answer in one sentence.", "answer": "A dog is heard coming from azimuth -94.4 degrees and elevation -21.4 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_0165dce8cc7e909dc3db", "split": "test", "audio_id": "foa_4a5071dffbfa970a721c", "audio_path": "audio/test/foa_4a5071dffbfa970a721c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_19a1e04ddc7b182a768c", "split": "test", "audio_id": "foa_137332a81d4beefa4628", "audio_path": "audio/test/foa_137332a81d4beefa4628.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.2s to 16.6s.", "canonical_answer": "0.2s to 16.6s", "answer_meta": {"time_span": [0.2, 16.6]}}
{"qa_id": "qa_331755ec35e21660cf54", "split": "test", "audio_id": "foa_1b9fbd55d7c14c2ec3a5", "audio_path": "audio/test/foa_1b9fbd55d7c14c2ec3a5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion event is active from 0.3s to 17.6s.", "canonical_answer": "0.3s to 17.6s", "answer_meta": {"time_span": [0.3, 17.6]}}
{"qa_id": "qa_721e8491267604d417d4", "split": "test", "audio_id": "foa_565ac4b943cdb339e641", "audio_path": "audio/test/foa_565ac4b943cdb339e641.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool that is active from 0.0s to 5.0s.", "canonical_answer": "tool (0.0s to 5.0s)", "answer_meta": {"time_span": [0.0, 5.0]}}
{"qa_id": "qa_250d5cdc349425378f07", "split": "test", "audio_id": "foa_04ba934317e080b93076", "audio_path": "audio/test/foa_04ba934317e080b93076.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and above? Answer in one sentence.", "answer": "A wind instrument is the sound source coming from the front-right and above.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_134f1f6100b6aba3088e", "split": "test", "audio_id": "foa_ea2302913c9988307973", "audio_path": "audio/test/foa_ea2302913c9988307973.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.8 degrees", "canonical_answer": "-7.8 degrees", "answer_meta": {"elevation_deg": -7.8}}
{"qa_id": "qa_aafdef70286fbc4d2dcc", "split": "test", "audio_id": "foa_ee7e80987f77534191b2", "audio_path": "audio/test/foa_ee7e80987f77534191b2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the human vocalization coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "154.1 degrees", "canonical_answer": "154.1 degrees", "answer_meta": {"azimuth_deg": 154.1}}
{"qa_id": "qa_6a9e09812b39eac2521d", "split": "test", "audio_id": "foa_3c582726538780c27a45", "audio_path": "audio/test/foa_3c582726538780c27a45.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=3.3 degrees, elevation=13.1 degrees? Answer in one sentence.", "answer": "The sound detected from azimuth=3.3 degrees and elevation=13.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ac8849d6b39d9c1d786a", "split": "test", "audio_id": "foa_8d050aeaceca2cde603e", "audio_path": "audio/test/foa_8d050aeaceca2cde603e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_14b9a9cfd7e613240e36", "split": "test", "audio_id": "foa_effcab75485115cb13d5", "audio_path": "audio/test/foa_effcab75485115cb13d5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features animal from 0.7s to 20.0s, percussion from 13.8s to 14.6s, vehicle from 16.2s to 20.0s, and alarm from 17.5s to 19.8s.", "canonical_answer": "animal (0.7s to 20.0s); percussion (13.8s to 14.6s); vehicle (16.2s to 20.0s); alarm (17.5s to 19.8s)", "answer_meta": {}}
{"qa_id": "qa_a7e752687de0411b927d", "split": "test", "audio_id": "foa_ac3be352a69fdfe191d8", "audio_path": "audio/test/foa_ac3be352a69fdfe191d8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the guitar event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar event occurs from 0.2s to 1.5s.", "canonical_answer": "0.2s to 1.5s", "answer_meta": {"time_span": [0.2, 1.5]}}
{"qa_id": "qa_249f2daea2cac23ceb8d", "split": "test", "audio_id": "foa_e933d4ef84c55d212dd0", "audio_path": "audio/test/foa_e933d4ef84c55d212dd0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=76.1 degrees, elevation=-16.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=76.1 degrees and elevation=-16.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_6a0b5d7db837c7cfdb35", "split": "test", "audio_id": "foa_23bcba3fa4d20b61c7da", "audio_path": "audio/test/foa_23bcba3fa4d20b61c7da.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the laughter in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.4 degrees", "canonical_answer": "-2.4 degrees", "answer_meta": {"azimuth_deg": -2.4}}
{"qa_id": "qa_ade739ab54d9b6672280", "split": "test", "audio_id": "foa_4657aa2bf5130aa21ef7", "audio_path": "audio/test/foa_4657aa2bf5130aa21ef7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.7 degrees", "canonical_answer": "-45.7 degrees", "answer_meta": {"elevation_deg": -45.7}}
{"qa_id": "qa_93a87d3d477d0af8b5a8", "split": "test", "audio_id": "foa_b13ea960a71af23462bd", "audio_path": "audio/test/foa_b13ea960a71af23462bd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is audible from 11.2s to 18.4s.", "canonical_answer": "11.2s to 18.4s", "answer_meta": {"time_span": [11.2, 18.4]}}
{"qa_id": "qa_a80717b3840be0eb91b8", "split": "test", "audio_id": "foa_827861f08a9ac39ab6e9", "audio_path": "audio/test/foa_827861f08a9ac39ab6e9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.1 degrees", "canonical_answer": "-18.1 degrees", "answer_meta": {"elevation_deg": -18.1}}
{"qa_id": "qa_96c2d96a2b6070492f3f", "split": "test", "audio_id": "foa_2976a854019884f21e44", "audio_path": "audio/test/foa_2976a854019884f21e44.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=87.2 degrees, elevation=5.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=87.2 degrees and elevation=5.3 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_2ecf755f1acdfcd30a93", "split": "test", "audio_id": "foa_c1b6cb04690919227d73", "audio_path": "audio/test/foa_c1b6cb04690919227d73.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the back-left position? Answer in one sentence.", "answer": "The sound source coming from the back-left is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_5c969b7bb28a2fbd3084", "split": "test", "audio_id": "foa_3e4a7478e18a1137bae4", "audio_path": "audio/test/foa_3e4a7478e18a1137bae4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drum that occurs from 0.9s to 2.5s.", "canonical_answer": "drum (0.9s to 2.5s)", "answer_meta": {"time_span": [0.9, 2.5]}}
{"qa_id": "qa_4545cc602f1776e5fc25", "split": "test", "audio_id": "foa_c27e22f0211cb0e230da", "audio_path": "audio/test/foa_c27e22f0211cb0e230da.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.1 degrees", "canonical_answer": "-23.1 degrees", "answer_meta": {"azimuth_deg": -23.1}}
{"qa_id": "qa_f187fdb1a74be066d30a", "split": "test", "audio_id": "foa_87bb8911de6f9342c215", "audio_path": "audio/test/foa_87bb8911de6f9342c215.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the right and above of the listener? Answer in one sentence.", "answer": "The source coming from the right and above is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_183a467affb6ccdf820e", "split": "test", "audio_id": "foa_6822a8d56dc509840b42", "audio_path": "audio/test/foa_6822a8d56dc509840b42.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-43.3 degrees, elevation=10.0 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth=-43.3 degrees and elevation=10.0 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_5261feb8d12fb1939aa3", "split": "test", "audio_id": "foa_82ee55807c207f29e057", "audio_path": "audio/test/foa_82ee55807c207f29e057.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events can be heard in the audio clip and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains percussion from 0.0s to 4.8s.", "canonical_answer": "percussion (0.0s to 4.8s)", "answer_meta": {"time_span": [0.0, 4.8]}}
{"qa_id": "qa_13c0fc6abc4a6de0d068", "split": "test", "audio_id": "foa_461bd9fd2de6327bbf9e", "audio_path": "audio/test/foa_461bd9fd2de6327bbf9e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the singing event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 0.7s to 5.2s.", "canonical_answer": "0.7s to 5.2s", "answer_meta": {"time_span": [0.7, 5.2]}}
{"qa_id": "qa_ded7e4615cd576cd706e", "split": "test", "audio_id": "foa_b5b79178bd7bd8b9d422", "audio_path": "audio/test/foa_b5b79178bd7bd8b9d422.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.6 degrees", "canonical_answer": "30.6 degrees", "answer_meta": {"azimuth_deg": 30.6}}
{"qa_id": "qa_e5612ce6d55b13b074eb", "split": "test", "audio_id": "foa_f6250c6646d997aa99bb", "audio_path": "audio/test/foa_f6250c6646d997aa99bb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.8 degrees", "canonical_answer": "23.8 degrees", "answer_meta": {"elevation_deg": 23.8}}
{"qa_id": "qa_d3db16c615bfb684f825", "split": "test", "audio_id": "foa_070e1291ab6796522834", "audio_path": "audio/test/foa_070e1291ab6796522834.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains fire from 0.2s to 1.8s and fire from 0.5s to 8.1s.", "canonical_answer": "fire (0.2s to 1.8s); fire (0.5s to 8.1s)", "answer_meta": {}}
{"qa_id": "qa_699ed6ec1f43130c2d8f", "split": "test", "audio_id": "foa_1a1343872880e7b35318", "audio_path": "audio/test/foa_1a1343872880e7b35318.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the war sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.3 degrees", "canonical_answer": "-46.3 degrees", "answer_meta": {"azimuth_deg": -46.3}}
{"qa_id": "qa_4bb1de502e2aed099236", "split": "test", "audio_id": "foa_ec2b3e663b2f91933c06", "audio_path": "audio/test/foa_ec2b3e663b2f91933c06.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.9 degrees", "canonical_answer": "8.9 degrees", "answer_meta": {"elevation_deg": 8.9}}
{"qa_id": "qa_a2712dbd7fd4a89df03e", "split": "test", "audio_id": "foa_4d3b57510c5df7b907d2", "audio_path": "audio/test/foa_4d3b57510c5df7b907d2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the dog occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The dog is active from 0.0s to 18.5s.", "canonical_answer": "0.0s to 18.5s", "answer_meta": {"time_span": [0.0, 18.5]}}
{"qa_id": "qa_ae5dded68bd340b2dc6d", "split": "test", "audio_id": "foa_03fb8abe1c4067ebb110", "audio_path": "audio/test/foa_03fb8abe1c4067ebb110.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below? Answer in one sentence.", "answer": "The sound source located at the back-left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_a9cad2b4d4e92f9512f6", "split": "test", "audio_id": "foa_80e9734c6bb970ac10f9", "audio_path": "audio/test/foa_80e9734c6bb970ac10f9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=132.0 degrees, elevation=-34.1 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 132.0 degrees and elevation -34.1 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_dd9e604d20ce8b743c6d", "split": "test", "audio_id": "foa_630de883ecf6fadd477d", "audio_path": "audio/test/foa_630de883ecf6fadd477d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=43.4 degrees, elevation=-12.8 degrees? Answer in one sentence.", "answer": "A person is singing at azimuth=43.4 degrees, elevation=-12.8 degrees.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f94db484f1806f7b26d4", "split": "test", "audio_id": "foa_981182201765d1be180a", "audio_path": "audio/test/foa_981182201765d1be180a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back-right and above is a human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_caa33195c44087b77674", "split": "test", "audio_id": "foa_43346aa9699137179104", "audio_path": "audio/test/foa_43346aa9699137179104.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.3s to 3.4s.", "canonical_answer": "0.3s to 3.4s", "answer_meta": {"time_span": [0.3, 3.4]}}
{"qa_id": "qa_4d435f79b4d10d2c3793", "split": "test", "audio_id": "foa_213551a08144700afabf", "audio_path": "audio/test/foa_213551a08144700afabf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.6 degrees", "canonical_answer": "11.6 degrees", "answer_meta": {"elevation_deg": 11.6}}
{"qa_id": "qa_9648a61b8a898e9470ce", "split": "test", "audio_id": "foa_f467e1487f4b449afd30", "audio_path": "audio/test/foa_f467e1487f4b449afd30.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.4s to 20.0s.", "canonical_answer": "singing (0.4s to 20.0s)", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_fabfa6569075b6e0ff0c", "split": "test", "audio_id": "foa_74cd7ffd0ba5493d9b20", "audio_path": "audio/test/foa_74cd7ffd0ba5493d9b20.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.6 degrees", "canonical_answer": "-67.6 degrees", "answer_meta": {"azimuth_deg": -67.6}}
{"qa_id": "qa_d195f2371f7aa897fd81", "split": "test", "audio_id": "foa_61e2646e6ef7d8a88de2", "audio_path": "audio/test/foa_61e2646e6ef7d8a88de2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features bird from 0.0s to 16.6s, bell from 0.9s to 1.9s, breathing from 3.1s to 3.9s, and clock from 6.0s to 16.4s.", "canonical_answer": "bird (0.0s to 16.6s); bell (0.9s to 1.9s); breathing (3.1s to 3.9s); clock (6.0s to 16.4s)", "answer_meta": {}}
{"qa_id": "qa_f9284d8fc7195bd2f8da", "split": "test", "audio_id": "foa_2ad9f8dc86c14891151b", "audio_path": "audio/test/foa_2ad9f8dc86c14891151b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-57.1 degrees", "canonical_answer": "-57.1 degrees", "answer_meta": {"elevation_deg": -57.1}}
{"qa_id": "qa_288cfb4ea7e447fcd042", "split": "test", "audio_id": "foa_430fcd222d593fdc3ece", "audio_path": "audio/test/foa_430fcd222d593fdc3ece.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front of the listener? Answer in one sentence.", "answer": "The sound source located to the front is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_d0d6e73624782f52a36a", "split": "test", "audio_id": "foa_725daec98f3913556881", "audio_path": "audio/test/foa_725daec98f3913556881.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time duration of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.1s to 1.9s.", "canonical_answer": "0.1s to 1.9s", "answer_meta": {"time_span": [0.1, 1.9]}}
{"qa_id": "qa_25bc516e7372579191f3", "split": "test", "audio_id": "foa_80a0528871126122401b", "audio_path": "audio/test/foa_80a0528871126122401b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the singing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "89.4 degrees", "canonical_answer": "89.4 degrees", "answer_meta": {"azimuth_deg": 89.4}}
{"qa_id": "qa_cd14a4caa6f2c86af0ca", "split": "test", "audio_id": "foa_1ee9d567b72e10ea86ca", "audio_path": "audio/test/foa_1ee9d567b72e10ea86ca.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-99.4 degrees, elevation=8.5 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -99.4 degrees and elevation 8.5 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_839c9fe48272d396308c", "split": "test", "audio_id": "foa_cc5845c628e4873ddca0", "audio_path": "audio/test/foa_cc5845c628e4873ddca0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.4 degrees", "canonical_answer": "-11.4 degrees", "answer_meta": {"elevation_deg": -11.4}}
{"qa_id": "qa_8b70fde41178d352a78f", "split": "test", "audio_id": "foa_40047fc39c5914a29f38", "audio_path": "audio/test/foa_40047fc39c5914a29f38.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth 35.1 degrees and elevation 14.7 degrees. Answer in one sentence.", "answer": "The source located at azimuth 35.1 degrees and elevation 14.7 degrees is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_8c4b7e1b7721db4f66e1", "split": "test", "audio_id": "foa_0297e2a7834923c3a4d9", "audio_path": "audio/test/foa_0297e2a7834923c3a4d9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.3 degrees", "canonical_answer": "7.3 degrees", "answer_meta": {"azimuth_deg": 7.3}}
{"qa_id": "qa_e0fd57e1cedc931ff709", "split": "test", "audio_id": "foa_f35fe319093c6d6957df", "audio_path": "audio/test/foa_f35fe319093c6d6957df.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above? Answer in one sentence.", "answer": "The sound source coming from the left and above is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_5f46e95c754a34c204b9", "split": "test", "audio_id": "foa_1d0f32991949c38f65d1", "audio_path": "audio/test/foa_1d0f32991949c38f65d1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains finger snapping from 0.0s to 1.7s, a camera from 0.1s to 0.3s, speech from 0.2s to 3.3s, and an appliance from 0.6s to 20.0s.", "canonical_answer": "finger snapping (0.0s to 1.7s); camera (0.1s to 0.3s); speech (0.2s to 3.3s); appliance (0.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_50e0ceef5651342218fa", "split": "test", "audio_id": "foa_7d5f37144fbc219c5077", "audio_path": "audio/test/foa_7d5f37144fbc219c5077.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the guitar event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar event is active from 0.0s to 3.2s.", "canonical_answer": "0.0s to 3.2s", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_0658403b84c8f833f916", "split": "test", "audio_id": "foa_8da813b9f17ded1c8853", "audio_path": "audio/test/foa_8da813b9f17ded1c8853.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 1.2s to 8.2s.", "canonical_answer": "singing (1.2s to 8.2s)", "answer_meta": {"time_span": [1.2, 8.2]}}
{"qa_id": "qa_4648514d702a8695cdcd", "split": "test", "audio_id": "foa_2e62eff80888745250e6", "audio_path": "audio/test/foa_2e62eff80888745250e6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right and above is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_84113446f37d0e515bac", "split": "test", "audio_id": "foa_65ee37e9f44c6357306e", "audio_path": "audio/test/foa_65ee37e9f44c6357306e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-18.3 degrees, elevation=-3.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-18.3 degrees and elevation=-3.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7fb2b8fb0413cb625e11", "split": "test", "audio_id": "foa_a068af9eb22cb3e43115", "audio_path": "audio/test/foa_a068af9eb22cb3e43115.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.5 degrees", "canonical_answer": "4.5 degrees", "answer_meta": {"elevation_deg": 4.5}}
{"qa_id": "qa_0fc0c265522744698fae", "split": "test", "audio_id": "foa_994878645a4c2aec5c19", "audio_path": "audio/test/foa_994878645a4c2aec5c19.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-84.5 degrees", "canonical_answer": "-84.5 degrees", "answer_meta": {"azimuth_deg": -84.5}}
{"qa_id": "qa_2258f95f02af78529f9c", "split": "test", "audio_id": "foa_a282bc8f641773d03967", "audio_path": "audio/test/foa_a282bc8f641773d03967.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tearing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tearing event occurs from 1.2s to 20.0s.", "canonical_answer": "1.2s to 20.0s", "answer_meta": {"time_span": [1.2, 20.0]}}
{"qa_id": "qa_1782ca8cbb0197448a04", "split": "test", "audio_id": "foa_0b6b6d8827637a25b0f1", "audio_path": "audio/test/foa_0b6b6d8827637a25b0f1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink from 0.1s to 3.0s, female speech from 0.5s to 1.2s, and a crack from 1.5s to 2.8s.", "canonical_answer": "metal clink (0.1s to 3.0s); female speech (0.5s to 1.2s); crack (1.5s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_9b0b9c3ddc694f0d43d2", "split": "test", "audio_id": "foa_f28cf6984a9ff6ab2342", "audio_path": "audio/test/foa_f28cf6984a9ff6ab2342.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-30.6 degrees, elevation=29.5 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth -30.6 degrees and elevation 29.5 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_44f3445b10948218df6c", "split": "test", "audio_id": "foa_3ffae3f1843401b093e6", "audio_path": "audio/test/foa_3ffae3f1843401b093e6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.6 degrees", "canonical_answer": "32.6 degrees", "answer_meta": {"elevation_deg": 32.6}}
{"qa_id": "qa_2ac451e334ab6bae4341", "split": "test", "audio_id": "foa_3d674ac6868213b359c3", "audio_path": "audio/test/foa_3d674ac6868213b359c3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the home sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.5 degrees", "canonical_answer": "-59.5 degrees", "answer_meta": {"azimuth_deg": -59.5}}
{"qa_id": "qa_f0f19b231a0509faba33", "split": "test", "audio_id": "foa_b056337daceefa75a56c", "audio_path": "audio/test/foa_b056337daceefa75a56c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the aircraft event audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The aircraft event occurs from 14.5s to 17.4s.", "canonical_answer": "14.5s to 17.4s", "answer_meta": {"time_span": [14.5, 17.4]}}
{"qa_id": "qa_d128f460b451e1c506ab", "split": "test", "audio_id": "foa_6642610c3a948584d537", "audio_path": "audio/test/foa_6642610c3a948584d537.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below? Answer in one sentence.", "answer": "The sound source located to the back-right and below is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_b1b98cf97b11ff75662b", "split": "test", "audio_id": "foa_8bfeac256c55f3172abe", "audio_path": "audio/test/foa_8bfeac256c55f3172abe.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=112.7 degrees, elevation=-25.5 degrees? Answer in one sentence.", "answer": "A dog is heard at azimuth=112.7 degrees and elevation=-25.5 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_58c79ca86f1821ac13d8", "split": "test", "audio_id": "foa_b63001ce543b23499852", "audio_path": "audio/test/foa_b63001ce543b23499852.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the string instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active during the interval from 0.0s to 1.9s.", "canonical_answer": "0.0s to 1.9s", "answer_meta": {"time_span": [0.0, 1.9]}}
{"qa_id": "qa_6e55bd7c8fece97eab36", "split": "test", "audio_id": "foa_46904e6a1b74245ed243", "audio_path": "audio/test/foa_46904e6a1b74245ed243.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool from 0.4s to 20.0s, a musical instrument from 1.1s to 3.8s, a door from 15.8s to 20.0s, and typing from 17.0s to 20.0s.", "canonical_answer": "tool (0.4s to 20.0s); musical instrument (1.1s to 3.8s); door (15.8s to 20.0s); typing (17.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_dfbe04b9ae44e9bc2b4f", "split": "test", "audio_id": "foa_f1e7397cc608b7d4f9e3", "audio_path": "audio/test/foa_f1e7397cc608b7d4f9e3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.1 degrees", "canonical_answer": "-21.1 degrees", "answer_meta": {"azimuth_deg": -21.1}}
{"qa_id": "qa_2bb9930db25e180ff40e", "split": "test", "audio_id": "foa_6bd134688e54198a68b1", "audio_path": "audio/test/foa_6bd134688e54198a68b1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.2 degrees", "canonical_answer": "-54.2 degrees", "answer_meta": {"elevation_deg": -54.2}}
{"qa_id": "qa_414421553b31febf5deb", "split": "test", "audio_id": "foa_5617e2948896a9ec5f12", "audio_path": "audio/test/foa_5617e2948896a9ec5f12.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_b284ac938443bf8ab59e", "split": "test", "audio_id": "foa_72298e9f4a6bcd99e8a7", "audio_path": "audio/test/foa_72298e9f4a6bcd99e8a7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back and below side? Answer in one sentence.", "answer": "The sound heard from the back and below is a vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_ac6fb1e7a24de8648edf", "split": "test", "audio_id": "foa_da688d899db14d6216c4", "audio_path": "audio/test/foa_da688d899db14d6216c4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains footsteps occurring from 0.3s to 2.2s.", "canonical_answer": "footsteps (0.3s to 2.2s)", "answer_meta": {"time_span": [0.3, 2.2]}}
{"qa_id": "qa_e40198ee0a023ffaaca4", "split": "test", "audio_id": "foa_269ac3717390906fe917", "audio_path": "audio/test/foa_269ac3717390906fe917.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-164.7 degrees, elevation=4.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-164.7 degrees and elevation=4.4 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_9a969dc5c6c9fb86b693", "split": "test", "audio_id": "foa_f629fc85a866ff45c2a7", "audio_path": "audio/test/foa_f629fc85a866ff45c2a7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the bell coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "131.7 degrees", "canonical_answer": "131.7 degrees", "answer_meta": {"azimuth_deg": 131.7}}
{"qa_id": "qa_4b4af9c365f6f3882837", "split": "test", "audio_id": "foa_f95b05115bc7fbcfa9fb", "audio_path": "audio/test/foa_f95b05115bc7fbcfa9fb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the bird occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 5.8s to 13.9s.", "canonical_answer": "5.8s to 13.9s", "answer_meta": {"time_span": [5.8, 13.9]}}
{"qa_id": "qa_b678f37bb53ee7498db9", "split": "test", "audio_id": "foa_0bd5da23747dcffd0c63", "audio_path": "audio/test/foa_0bd5da23747dcffd0c63.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.9 degrees", "canonical_answer": "-14.9 degrees", "answer_meta": {"elevation_deg": -14.9}}
{"qa_id": "qa_e4b4856c21ddf8841f14", "split": "test", "audio_id": "foa_d91095465200e433f7d3", "audio_path": "audio/test/foa_d91095465200e433f7d3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 6.9s.", "canonical_answer": "0.0s to 6.9s", "answer_meta": {"time_span": [0.0, 6.9]}}
{"qa_id": "qa_d2beb37457c0ff1f9144", "split": "test", "audio_id": "foa_2076780c9cbb60f0d5c1", "audio_path": "audio/test/foa_2076780c9cbb60f0d5c1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right and below side? Answer in one sentence.", "answer": "The sound heard from the back-right and below is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_9b5cdbd5f9a525bbc370", "split": "test", "audio_id": "foa_9884aa39b32402dc1596", "audio_path": "audio/test/foa_9884aa39b32402dc1596.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the paper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.7 degrees", "canonical_answer": "-15.7 degrees", "answer_meta": {"elevation_deg": -15.7}}
{"qa_id": "qa_58cd209110cbfa190fa9", "split": "test", "audio_id": "foa_a2684366f4f300d772a7", "audio_path": "audio/test/foa_a2684366f4f300d772a7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-64.6 degrees", "canonical_answer": "-64.6 degrees", "answer_meta": {"azimuth_deg": -64.6}}
{"qa_id": "qa_2e7b586ab722d71f42b7", "split": "test", "audio_id": "foa_dbc6d805b644200defdd", "audio_path": "audio/test/foa_dbc6d805b644200defdd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains cooking from 0.0s to 14.6s, singing from 12.5s to 13.9s, and laughter from 14.6s to 16.1s.", "canonical_answer": "cooking (0.0s to 14.6s); singing (12.5s to 13.9s); laughter (14.6s to 16.1s)", "answer_meta": {}}
{"qa_id": "qa_ae5618be9b09466c1746", "split": "test", "audio_id": "foa_87f23cfdd058557bad44", "audio_path": "audio/test/foa_87f23cfdd058557bad44.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-35.3 degrees, elevation=24.8 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=-35.3 degrees and elevation=24.8 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_6fbe4d6bd709394d344c", "split": "test", "audio_id": "foa_c286658a58f361945bb0", "audio_path": "audio/test/foa_c286658a58f361945bb0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d0a8a5eb73b1bff915a1", "split": "test", "audio_id": "foa_c45559def7e7536fba22", "audio_path": "audio/test/foa_c45559def7e7536fba22.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_ace30df7648551fbeb55", "split": "test", "audio_id": "foa_c0e981a31e04845090b7", "audio_path": "audio/test/foa_c0e981a31e04845090b7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the clock occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock event is active from 2.8s to 13.5s.", "canonical_answer": "2.8s to 13.5s", "answer_meta": {"time_span": [2.8, 13.5]}}
{"qa_id": "qa_478504517b87d3d9f8d8", "split": "test", "audio_id": "foa_8e74fea966adbfabfbdd", "audio_path": "audio/test/foa_8e74fea966adbfabfbdd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the singing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-60.0 degrees", "canonical_answer": "-60.0 degrees", "answer_meta": {"azimuth_deg": -60.0}}
{"qa_id": "qa_1fdb78a0850b15cdfd8a", "split": "test", "audio_id": "foa_e310b3f348a0d1a7b140", "audio_path": "audio/test/foa_e310b3f348a0d1a7b140.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=175.8 degrees, elevation=15.2 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=175.8 degrees and elevation=15.2 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_a646c641427acab97d19", "split": "test", "audio_id": "foa_759befad177122c34e4d", "audio_path": "audio/test/foa_759befad177122c34e4d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a frog from 0.6s to 20.0s, a camera from 4.1s to 18.6s, and a keyboard instrument from 10.8s to 12.5s.", "canonical_answer": "frog (0.6s to 20.0s); camera (4.1s to 18.6s); keyboard instrument (10.8s to 12.5s)", "answer_meta": {}}
{"qa_id": "qa_13093598da576e11f7da", "split": "test", "audio_id": "foa_ff2eb03ede23bcf5c208", "audio_path": "audio/test/foa_ff2eb03ede23bcf5c208.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a bell from 1.0s to 20.0s, an animal from 4.0s to 5.2s, a zipper from 8.3s to 9.3s, and a door from 14.7s to 16.3s.", "canonical_answer": "bell (1.0s to 20.0s); animal (4.0s to 5.2s); zipper (8.3s to 9.3s); door (14.7s to 16.3s)", "answer_meta": {}}
{"qa_id": "qa_3a05b1591c6529067755", "split": "test", "audio_id": "foa_e1667c2db35d7033ffe5", "audio_path": "audio/test/foa_e1667c2db35d7033ffe5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.4 degrees", "canonical_answer": "-1.4 degrees", "answer_meta": {"elevation_deg": -1.4}}
{"qa_id": "qa_e60cc62ed25ff47e9921", "split": "test", "audio_id": "foa_5b9fd8b416447924545d", "audio_path": "audio/test/foa_5b9fd8b416447924545d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-75.8 degrees", "canonical_answer": "-75.8 degrees", "answer_meta": {"azimuth_deg": -75.8}}
{"qa_id": "qa_9e16150a6409fca48a2e", "split": "test", "audio_id": "foa_734333a2dcf4951a3339", "audio_path": "audio/test/foa_734333a2dcf4951a3339.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=45.6 degrees, elevation=9.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=45.6 degrees and elevation=9.7 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_6a25ef0ad855ca87efaa", "split": "test", "audio_id": "foa_782f7f326741c077e25a", "audio_path": "audio/test/foa_782f7f326741c077e25a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-left and above of the listener? Answer in one sentence.", "answer": "The source heard from the front-left and above is a musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_2adea37318d1ac1cbe97", "split": "test", "audio_id": "foa_78815a4877fe69e7b12f", "audio_path": "audio/test/foa_78815a4877fe69e7b12f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is audible from 18.7s to 20.0s.", "canonical_answer": "18.7s to 20.0s", "answer_meta": {"time_span": [18.7, 20.0]}}
{"qa_id": "qa_3c987f32ccf3ac9b9a3c", "split": "test", "audio_id": "foa_f67e8e274e57aa67012a", "audio_path": "audio/test/foa_f67e8e274e57aa67012a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the fire active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire remains active throughout the period from 0.0s to 2.2s.", "canonical_answer": "0.0s to 2.2s", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_89c3c361e925882a5454", "split": "test", "audio_id": "foa_880152aa0c4cc55f3aff", "audio_path": "audio/test/foa_880152aa0c4cc55f3aff.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=160.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth 160.7 degrees and elevation 0.0 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_28c9f191788d15767c2c", "split": "test", "audio_id": "foa_87a55c58a6b3e8fec04e", "audio_path": "audio/test/foa_87a55c58a6b3e8fec04e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur throughout the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a musical instrument from 0.0s to 14.8s, a home sound from 8.4s to 18.0s, an animal from 16.0s to 20.0s, and an alarm from 19.2s to 20.0s.", "canonical_answer": "musical instrument (0.0s to 14.8s); home sound (8.4s to 18.0s); animal (16.0s to 20.0s); alarm (19.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_def24bc5d65cce8bd8ee", "split": "test", "audio_id": "foa_596fac77e0438eb56494", "audio_path": "audio/test/foa_596fac77e0438eb56494.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-68.5 degrees", "canonical_answer": "-68.5 degrees", "answer_meta": {"azimuth_deg": -68.5}}
{"qa_id": "qa_472831316e799fd11d18", "split": "test", "audio_id": "foa_a1da4874e46d99030376", "audio_path": "audio/test/foa_a1da4874e46d99030376.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the rain? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.4 degrees", "canonical_answer": "22.4 degrees", "answer_meta": {"elevation_deg": 22.4}}
{"qa_id": "qa_9e7cb4c5e3ca8751096e", "split": "test", "audio_id": "foa_089a8ee46f2c39e28547", "audio_path": "audio/test/foa_089a8ee46f2c39e28547.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_47248422a676f80bf73b", "split": "test", "audio_id": "foa_2309da05ff23bb5da67a", "audio_path": "audio/test/foa_2309da05ff23bb5da67a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.1 degrees, elevation=-4.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=1.1 degrees, elevation=-4.9 degrees is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_c7d936582823458b8f41", "split": "test", "audio_id": "foa_cf7681541ddef61be1b2", "audio_path": "audio/test/foa_cf7681541ddef61be1b2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 5.2s.", "canonical_answer": "0.6s to 5.2s", "answer_meta": {"time_span": [0.6, 5.2]}}
{"qa_id": "qa_d930a53491b096b7a170", "split": "test", "audio_id": "foa_50105931ca69f809aa07", "audio_path": "audio/test/foa_50105931ca69f809aa07.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located in front of and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front and above is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_4e8e628067564fb9f367", "split": "test", "audio_id": "foa_589ccb35aaa12a171403", "audio_path": "audio/test/foa_589ccb35aaa12a171403.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.4 degrees", "canonical_answer": "-40.4 degrees", "answer_meta": {"elevation_deg": -40.4}}
{"qa_id": "qa_0f8669757ac12f9ddfb1", "split": "test", "audio_id": "foa_06a5f4b1c88f0a10d05d", "audio_path": "audio/test/foa_06a5f4b1c88f0a10d05d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the male speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.0 degrees", "canonical_answer": "-80.0 degrees", "answer_meta": {"azimuth_deg": -80.0}}
{"qa_id": "qa_c79075e98290c48e64d5", "split": "test", "audio_id": "foa_90178a8fb7b9e47d5112", "audio_path": "audio/test/foa_90178a8fb7b9e47d5112.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell from 0.6s to 13.4s, a home sound from 2.2s to 2.7s, and tape from 3.1s to 18.2s.", "canonical_answer": "bell (0.6s to 13.4s); home sound (2.2s to 2.7s); tape (3.1s to 18.2s)", "answer_meta": {}}
{"qa_id": "qa_93318a27d98472fed451", "split": "test", "audio_id": "foa_3b62403a7436ccf70ad1", "audio_path": "audio/test/foa_3b62403a7436ccf70ad1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the animal in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "56.6 degrees", "canonical_answer": "56.6 degrees", "answer_meta": {"azimuth_deg": 56.6}}
{"qa_id": "qa_8911a8437c36874ab82d", "split": "test", "audio_id": "foa_a1f1778e71631507d3d5", "audio_path": "audio/test/foa_a1f1778e71631507d3d5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_47a5af88d0cb205794e9", "split": "test", "audio_id": "foa_d0524051dc44d9fe52e2", "audio_path": "audio/test/foa_d0524051dc44d9fe52e2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=5.6 degrees, elevation=-6.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=5.6 degrees and elevation=-6.5 degrees is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_57966bbe4f672658d6b3", "split": "test", "audio_id": "foa_225252b4a854843f16ba", "audio_path": "audio/test/foa_225252b4a854843f16ba.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.5s to 4.3s.", "canonical_answer": "0.5s to 4.3s", "answer_meta": {"time_span": [0.5, 4.3]}}
{"qa_id": "qa_f4008aba1c0a893e2925", "split": "test", "audio_id": "foa_1c9f8a7585303a92372b", "audio_path": "audio/test/foa_1c9f8a7585303a92372b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.5 degrees", "canonical_answer": "-33.5 degrees", "answer_meta": {"elevation_deg": -33.5}}
{"qa_id": "qa_10e11ab9929b4a845bd7", "split": "test", "audio_id": "foa_7130578fd70a5fb406dd", "audio_path": "audio/test/foa_7130578fd70a5fb406dd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a war sound that occurs from 2.2s to 4.8s.", "canonical_answer": "war sound (2.2s to 4.8s)", "answer_meta": {"time_span": [2.2, 4.8]}}
{"qa_id": "qa_726868c7e7e21d3f1213", "split": "test", "audio_id": "foa_ac8057b6674e01912f03", "audio_path": "audio/test/foa_ac8057b6674e01912f03.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source of the sound located at the back and below? Answer in one sentence.", "answer": "The source located at the back and below is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_0a3df7a19b630f8bff1c", "split": "test", "audio_id": "foa_d56ab1a5e878b80a4da3", "audio_path": "audio/test/foa_d56ab1a5e878b80a4da3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-97.5 degrees, elevation=52.7 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -97.5 degrees and elevation 52.7 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_0905c6d8c705bd3f285d", "split": "test", "audio_id": "foa_ce426788f49ead849328", "audio_path": "audio/test/foa_ce426788f49ead849328.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.4 degrees", "canonical_answer": "5.4 degrees", "answer_meta": {"elevation_deg": 5.4}}
{"qa_id": "qa_21e4795bc9056aad679c", "split": "test", "audio_id": "foa_776a09efe47ea8f530bd", "audio_path": "audio/test/foa_776a09efe47ea8f530bd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-99.1 degrees", "canonical_answer": "-99.1 degrees", "answer_meta": {"azimuth_deg": -99.1}}
{"qa_id": "qa_325876b52d22e1d2be9a", "split": "test", "audio_id": "foa_122e4d00261bc46c3b20", "audio_path": "audio/test/foa_122e4d00261bc46c3b20.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the bell event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell sound event is active from 0.0s to 14.2s.", "canonical_answer": "0.0s to 14.2s", "answer_meta": {"time_span": [0.0, 14.2]}}
{"qa_id": "qa_844adcf0975c3e103706", "split": "test", "audio_id": "foa_3df148fa0a5e52d4f53f", "audio_path": "audio/test/foa_3df148fa0a5e52d4f53f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains aircraft from 0.2s to 20.0s, crushing from 0.7s to 4.9s, and an animal from 11.6s to 20.0s.", "canonical_answer": "aircraft (0.2s to 20.0s); crushing (0.7s to 4.9s); animal (11.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_066767a31e6aeac5965c", "split": "test", "audio_id": "foa_b4d8fb2facf640f5cbd2", "audio_path": "audio/test/foa_b4d8fb2facf640f5cbd2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=175.2 degrees, elevation=3.7 degrees? Answer in one sentence.", "answer": "A body sound is located at azimuth=175.2 degrees and elevation=3.7 degrees.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_96b99903903e526f7c75", "split": "test", "audio_id": "foa_562ff85c2a6dab9bcd4c", "audio_path": "audio/test/foa_562ff85c2a6dab9bcd4c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the gong active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong is active from 0.0s to 4.8s.", "canonical_answer": "0.0s to 4.8s", "answer_meta": {"time_span": [0.0, 4.8]}}
{"qa_id": "qa_165d6d87cf4a033d79ea", "split": "test", "audio_id": "foa_f2969830c15f7b9d69fb", "audio_path": "audio/test/foa_f2969830c15f7b9d69fb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The source located to the front-right and below the listener is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_841b0d36d4d794935244", "split": "test", "audio_id": "foa_fc0a17019fbb957ce386", "audio_path": "audio/test/foa_fc0a17019fbb957ce386.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the typing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.4 degrees", "canonical_answer": "14.4 degrees", "answer_meta": {"elevation_deg": 14.4}}
{"qa_id": "qa_561bbd03ccc56ea46906", "split": "test", "audio_id": "foa_10cf76f4983d3bbba290", "audio_path": "audio/test/foa_10cf76f4983d3bbba290.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-149.1 degrees", "canonical_answer": "-149.1 degrees", "answer_meta": {"azimuth_deg": -149.1}}
{"qa_id": "qa_cdba63b32c676ab1e87d", "split": "test", "audio_id": "foa_91779ca2d181fc69806c", "audio_path": "audio/test/foa_91779ca2d181fc69806c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm that lasts from 0.0s to 0.4s.", "canonical_answer": "alarm (0.0s to 0.4s)", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_e10e6066e62509658b32", "split": "test", "audio_id": "foa_805f11b4bc1d6a5160a2", "audio_path": "audio/test/foa_805f11b4bc1d6a5160a2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.0s to 20.0s and water from 0.0s to 11.4s.", "canonical_answer": "water (0.0s to 20.0s); water (0.0s to 11.4s)", "answer_meta": {}}
{"qa_id": "qa_3aae8f0194d9f92cfc77", "split": "test", "audio_id": "foa_0476462aa61f7b597231", "audio_path": "audio/test/foa_0476462aa61f7b597231.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tool coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-170.5 degrees", "canonical_answer": "-170.5 degrees", "answer_meta": {"azimuth_deg": -170.5}}
{"qa_id": "qa_24be1b8238dad798c8d1", "split": "test", "audio_id": "foa_51e8f7659219e1d16ba6", "audio_path": "audio/test/foa_51e8f7659219e1d16ba6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=86.5 degrees, elevation=-19.2 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth 86.5 degrees and elevation -19.2 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_5e64c00d52fe7af9b593", "split": "test", "audio_id": "foa_da8e28718f39512341c8", "audio_path": "audio/test/foa_da8e28718f39512341c8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the clock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_7c87d806fa85abad92b6", "split": "test", "audio_id": "foa_8664e9a180d15868a94c", "audio_path": "audio/test/foa_8664e9a180d15868a94c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound coming from the back and below is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_51ba0054e0b8d27eb925", "split": "test", "audio_id": "foa_c387f8a9447ee3c52f2a", "audio_path": "audio/test/foa_c387f8a9447ee3c52f2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.2 degrees", "canonical_answer": "-5.2 degrees", "answer_meta": {"elevation_deg": -5.2}}
{"qa_id": "qa_d6b1fa3396b055e83dac", "split": "test", "audio_id": "foa_29bdfdaa332aea593ae7", "audio_path": "audio/test/foa_29bdfdaa332aea593ae7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the drum be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.0s to 1.9s.", "canonical_answer": "0.0s to 1.9s", "answer_meta": {"time_span": [0.0, 1.9]}}
{"qa_id": "qa_b0df53b18daa6e84fbe2", "split": "test", "audio_id": "foa_43876ec1aa75c0ec28e5", "audio_path": "audio/test/foa_43876ec1aa75c0ec28e5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains animal from 0.2s to 9.8s.", "canonical_answer": "animal (0.2s to 9.8s)", "answer_meta": {"time_span": [0.2, 9.8]}}
{"qa_id": "qa_79966508308b3b180067", "split": "test", "audio_id": "foa_c41469e23a1866993c23", "audio_path": "audio/test/foa_c41469e23a1866993c23.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right? Answer in one sentence.", "answer": "The source coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_33fd380ec3ac005c6b8e", "split": "test", "audio_id": "foa_068f5693777cb79318b4", "audio_path": "audio/test/foa_068f5693777cb79318b4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=64.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=64.6 degrees and elevation=0.0 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_0a7c2e4415c08fcef176", "split": "test", "audio_id": "foa_3d9829e5d7f631616076", "audio_path": "audio/test/foa_3d9829e5d7f631616076.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-49.8 degrees", "canonical_answer": "-49.8 degrees", "answer_meta": {"azimuth_deg": -49.8}}
{"qa_id": "qa_84e008bcce93d5efe42b", "split": "test", "audio_id": "foa_84bf47d2827104087f1c", "audio_path": "audio/test/foa_84bf47d2827104087f1c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the typing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.5 degrees", "canonical_answer": "-1.5 degrees", "answer_meta": {"elevation_deg": -1.5}}
{"qa_id": "qa_61b6f874b1276955b680", "split": "test", "audio_id": "foa_8e052e007ce2c662b7a7", "audio_path": "audio/test/foa_8e052e007ce2c662b7a7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source coming from the right and below is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_9399de350a6faa6e152c", "split": "test", "audio_id": "foa_bfc83883e626655bd6e0", "audio_path": "audio/test/foa_bfc83883e626655bd6e0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-114.6 degrees", "canonical_answer": "-114.6 degrees", "answer_meta": {"azimuth_deg": -114.6}}
{"qa_id": "qa_b60aec718b19e3370bd4", "split": "test", "audio_id": "foa_cb91a9c2b3f6c3ad00e5", "audio_path": "audio/test/foa_cb91a9c2b3f6c3ad00e5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.4s to 12.9s.", "canonical_answer": "0.4s to 12.9s", "answer_meta": {"time_span": [0.4, 12.9]}}
{"qa_id": "qa_0a2e130a31cbd47e06ef", "split": "test", "audio_id": "foa_a21ce372580479119959", "audio_path": "audio/test/foa_a21ce372580479119959.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.6 degrees", "canonical_answer": "-21.6 degrees", "answer_meta": {"elevation_deg": -21.6}}
{"qa_id": "qa_764717416080f44bab60", "split": "test", "audio_id": "foa_3b1bebae06d359d684a7", "audio_path": "audio/test/foa_3b1bebae06d359d684a7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-7.1 degrees, elevation=54.7 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth -7.1 degrees and elevation 54.7 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_1ca20798570e496556ab", "split": "test", "audio_id": "foa_58da4fc8e2cbd507af48", "audio_path": "audio/test/foa_58da4fc8e2cbd507af48.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains aircraft from 0.3s to 20.0s, male speech from 7.8s to 8.3s, cooking from 9.1s to 20.0s, and a door from 16.6s to 20.0s.", "canonical_answer": "aircraft (0.3s to 20.0s); male speech (7.8s to 8.3s); cooking (9.1s to 20.0s); door (16.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_30369b7b2b175bbb078d", "split": "test", "audio_id": "foa_9a977038d58a426a77d3", "audio_path": "audio/test/foa_9a977038d58a426a77d3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=37.9 degrees, elevation=15.9 degrees? Answer in one sentence.", "answer": "A cat is the sound heard from azimuth=37.9 degrees and elevation=15.9 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_c943910e0a534c285e10", "split": "test", "audio_id": "foa_5025e4a5bb6b0ef1021b", "audio_path": "audio/test/foa_5025e4a5bb6b0ef1021b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument that is active from 0.2s to 2.4s.", "canonical_answer": "wind instrument (0.2s to 2.4s)", "answer_meta": {"time_span": [0.2, 2.4]}}
{"qa_id": "qa_233faedbc56fd92fc680", "split": "test", "audio_id": "foa_2ef0f73ebe1ca02bdcb0", "audio_path": "audio/test/foa_2ef0f73ebe1ca02bdcb0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.0 degrees", "canonical_answer": "-14.0 degrees", "answer_meta": {"elevation_deg": -14.0}}
{"qa_id": "qa_b8358b49c43caa8208cd", "split": "test", "audio_id": "foa_ca81ed6b22a94dbe3563", "audio_path": "audio/test/foa_ca81ed6b22a94dbe3563.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.6 degrees", "canonical_answer": "52.6 degrees", "answer_meta": {"azimuth_deg": 52.6}}
{"qa_id": "qa_eb018afc362557c3803e", "split": "test", "audio_id": "foa_5e1a4de6e7f048c1b1e4", "audio_path": "audio/test/foa_5e1a4de6e7f048c1b1e4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The sound source located at the front-right is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_09e4837ee16965584c44", "split": "test", "audio_id": "foa_8de1b20c74a2eb5a68c8", "audio_path": "audio/test/foa_8de1b20c74a2eb5a68c8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.5s to 7.2s.", "canonical_answer": "0.5s to 7.2s", "answer_meta": {"time_span": [0.5, 7.2]}}
{"qa_id": "qa_dd9c64568ee0f414ee1c", "split": "test", "audio_id": "foa_31073cd76ebcbc4383e0", "audio_path": "audio/test/foa_31073cd76ebcbc4383e0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-left of the listener? Answer in one sentence.", "answer": "The source coming from the back-left is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_25505e531b4369f365cb", "split": "test", "audio_id": "foa_af9bc210ba605e788128", "audio_path": "audio/test/foa_af9bc210ba605e788128.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the string instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.0s to 0.3s.", "canonical_answer": "0.0s to 0.3s", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_fdeb81403e72826c0f17", "split": "test", "audio_id": "foa_2aa86d3f92a0af319f6c", "audio_path": "audio/test/foa_2aa86d3f92a0af319f6c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.4 degrees", "canonical_answer": "-23.4 degrees", "answer_meta": {"elevation_deg": -23.4}}
{"qa_id": "qa_d8155323e2be93d99ac2", "split": "test", "audio_id": "foa_857c9ed097e9f176d6ee", "audio_path": "audio/test/foa_857c9ed097e9f176d6ee.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.0s to 16.8s.", "canonical_answer": "speech (0.0s to 16.8s)", "answer_meta": {"time_span": [0.0, 16.8]}}
{"qa_id": "qa_7ce0c44d34dbcad1a357", "split": "test", "audio_id": "foa_de4ad71a1b258833adba", "audio_path": "audio/test/foa_de4ad71a1b258833adba.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the cat coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "92.8 degrees", "canonical_answer": "92.8 degrees", "answer_meta": {"azimuth_deg": 92.8}}
{"qa_id": "qa_85efcca25bba34608a50", "split": "test", "audio_id": "foa_481b1ba2d53a2142d312", "audio_path": "audio/test/foa_481b1ba2d53a2142d312.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=2.7 degrees, elevation=20.7 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth 2.7 degrees and elevation 20.7 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_4a0a0856fb89ada5f619", "split": "test", "audio_id": "foa_41acc99caa39807ba129", "audio_path": "audio/test/foa_41acc99caa39807ba129.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=83.0 degrees, elevation=8.8 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth 83.0 degrees and elevation 8.8 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_7b136e9b3436a92c714b", "split": "test", "audio_id": "foa_f6408c2a8fb126e9fcb5", "audio_path": "audio/test/foa_f6408c2a8fb126e9fcb5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.2 degrees", "canonical_answer": "24.2 degrees", "answer_meta": {"elevation_deg": 24.2}}
{"qa_id": "qa_c780bbc22ac030c2aa33", "split": "test", "audio_id": "foa_77182126afb23db495ce", "audio_path": "audio/test/foa_77182126afb23db495ce.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source located in the front and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_bea04bce774911a26a38", "split": "test", "audio_id": "foa_72febeca0e6fd165829e", "audio_path": "audio/test/foa_72febeca0e6fd165829e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the crackle be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crackle is active from 2.8s to 8.0s.", "canonical_answer": "2.8s to 8.0s", "answer_meta": {"time_span": [2.8, 8.0]}}
{"qa_id": "qa_868546f8a8bfa0105407", "split": "test", "audio_id": "foa_480e30d46127377020a4", "audio_path": "audio/test/foa_480e30d46127377020a4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains typing from 0.2s to 20.0s.", "canonical_answer": "typing (0.2s to 20.0s)", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_f292ff4d75efc2b402aa", "split": "test", "audio_id": "foa_cf45e4468ca3bad3103c", "audio_path": "audio/test/foa_cf45e4468ca3bad3103c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-125.5 degrees", "canonical_answer": "-125.5 degrees", "answer_meta": {"azimuth_deg": -125.5}}
{"qa_id": "qa_155dcd214272e64cc570", "split": "test", "audio_id": "foa_f201cc2acbe5747baaec", "audio_path": "audio/test/foa_f201cc2acbe5747baaec.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=161.3 degrees, elevation=10.2 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth 161.3 degrees and elevation 10.2 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_9cbee608901ed0a07d24", "split": "test", "audio_id": "foa_91f0de1afc91226ebaa6", "audio_path": "audio/test/foa_91f0de1afc91226ebaa6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 12.2s to 13.1s.", "canonical_answer": "12.2s to 13.1s", "answer_meta": {"time_span": [12.2, 13.1]}}
{"qa_id": "qa_ded911bd2363f6dc8170", "split": "test", "audio_id": "foa_c58b662adbb28ecaf33d", "audio_path": "audio/test/foa_c58b662adbb28ecaf33d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the typing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.5 degrees", "canonical_answer": "21.5 degrees", "answer_meta": {"azimuth_deg": 21.5}}
{"qa_id": "qa_66328e96e2ec5d823bbd", "split": "test", "audio_id": "foa_5f50cf71b83f30370032", "audio_path": "audio/test/foa_5f50cf71b83f30370032.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.2 degrees", "canonical_answer": "31.2 degrees", "answer_meta": {"elevation_deg": 31.2}}
{"qa_id": "qa_d0d1151664b6f82f0321", "split": "test", "audio_id": "foa_7e93692d0e9fa9571a9b", "audio_path": "audio/test/foa_7e93692d0e9fa9571a9b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.0s to 20.0s, typing from 0.5s to 13.2s, human vocalization from 13.5s to 19.2s, and an alarm from 19.4s to 20.0s.", "canonical_answer": "rain (0.0s to 20.0s); typing (0.5s to 13.2s); human vocalization (13.5s to 19.2s); alarm (19.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_0ad5730f1df66dac2d26", "split": "test", "audio_id": "foa_f74a227bc2ce4b5b8478", "audio_path": "audio/test/foa_f74a227bc2ce4b5b8478.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_3eedcd6b09418081cbca", "split": "test", "audio_id": "foa_20cc9f015e807d84e1a5", "audio_path": "audio/test/foa_20cc9f015e807d84e1a5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.3 degrees", "canonical_answer": "41.3 degrees", "answer_meta": {"azimuth_deg": 41.3}}
{"qa_id": "qa_611625f0f3dbb68f7a3b", "split": "test", "audio_id": "foa_bb1fb00c191ac88f9d6c", "audio_path": "audio/test/foa_bb1fb00c191ac88f9d6c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains writing from 0.0s to 0.5s.", "canonical_answer": "writing (0.0s to 0.5s)", "answer_meta": {"time_span": [0.0, 0.5]}}
{"qa_id": "qa_7f21b446642044466a11", "split": "test", "audio_id": "foa_befcc5a7df0d59118bfd", "audio_path": "audio/test/foa_befcc5a7df0d59118bfd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the thunderstorm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.1 degrees", "canonical_answer": "-14.1 degrees", "answer_meta": {"elevation_deg": -14.1}}
{"qa_id": "qa_3bf9a03742af9a13a672", "split": "test", "audio_id": "foa_7fd671007e48fb89358d", "audio_path": "audio/test/foa_7fd671007e48fb89358d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound coming from the back is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_6b62fc11e47e9fe90c4e", "split": "test", "audio_id": "foa_07c4c98c599672ecde03", "audio_path": "audio/test/foa_07c4c98c599672ecde03.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=139.0 degrees, elevation=10.0 degrees? Answer in one sentence.", "answer": "A dog is located at azimuth=139.0 degrees and elevation=10.0 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_2833f9e41813de678202", "split": "test", "audio_id": "foa_68de08c08594a52fd285", "audio_path": "audio/test/foa_68de08c08594a52fd285.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the water active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is active during the interval from 2.0s to 5.0s.", "canonical_answer": "2.0s to 5.0s", "answer_meta": {"time_span": [2.0, 5.0]}}
{"qa_id": "qa_161b92952b35deb258dd", "split": "test", "audio_id": "foa_25483cb20a7773cca71c", "audio_path": "audio/test/foa_25483cb20a7773cca71c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.2s to 2.2s.", "canonical_answer": "0.2s to 2.2s", "answer_meta": {"time_span": [0.2, 2.2]}}
{"qa_id": "qa_8bcdda2772212c172f41", "split": "test", "audio_id": "foa_cb42005097b9e3559e09", "audio_path": "audio/test/foa_cb42005097b9e3559e09.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.3 degrees", "canonical_answer": "29.3 degrees", "answer_meta": {"elevation_deg": 29.3}}
{"qa_id": "qa_524f6a12733c2565225e", "split": "test", "audio_id": "foa_42b0d6224989f3df20a6", "audio_path": "audio/test/foa_42b0d6224989f3df20a6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard coming from the front-left and above the listener? Answer in one sentence.", "answer": "The source heard coming from the front-left and above is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_33df03d4b7b967d01bae", "split": "test", "audio_id": "foa_055000faf983a3c41034", "audio_path": "audio/test/foa_055000faf983a3c41034.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the dog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "138.2 degrees", "canonical_answer": "138.2 degrees", "answer_meta": {"azimuth_deg": 138.2}}
{"qa_id": "qa_0cfc1f5c005a9aaec792", "split": "test", "audio_id": "foa_630ce2eaa275bbd933a4", "audio_path": "audio/test/foa_630ce2eaa275bbd933a4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in the audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm that occurs from 0.1s to 0.7s.", "canonical_answer": "alarm (0.1s to 0.7s)", "answer_meta": {"time_span": [0.1, 0.7]}}
{"qa_id": "qa_1be5cd921025a4b38e09", "split": "test", "audio_id": "foa_62c61aefefc6361dbf0c", "audio_path": "audio/test/foa_62c61aefefc6361dbf0c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=48.5 degrees, elevation=2.6 degrees? Answer in one sentence.", "answer": "A home sound is located at azimuth=48.5 degrees and elevation=2.6 degrees.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_6f44ae88c20b5bd492a5", "split": "test", "audio_id": "foa_8fd7badb07783f2d2b48", "audio_path": "audio/test/foa_8fd7badb07783f2d2b48.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the insect in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "166.7 degrees", "canonical_answer": "166.7 degrees", "answer_meta": {"azimuth_deg": 166.7}}
{"qa_id": "qa_83b9fc67871668c4895f", "split": "test", "audio_id": "foa_80e5dfbafbbb4b8f969f", "audio_path": "audio/test/foa_80e5dfbafbbb4b8f969f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_66473a4a9276b69e62c7", "split": "test", "audio_id": "foa_f4322d528d62b34065d7", "audio_path": "audio/test/foa_f4322d528d62b34065d7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.8 degrees", "canonical_answer": "-15.8 degrees", "answer_meta": {"elevation_deg": -15.8}}
{"qa_id": "qa_0939401f8d2f41c87c01", "split": "test", "audio_id": "foa_bfec07a19f58f3bce80d", "audio_path": "audio/test/foa_bfec07a19f58f3bce80d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-78.2 degrees, elevation=-11.3 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth -78.2 degrees and elevation -11.3 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_c01f5d336f9ec920c89a", "split": "test", "audio_id": "foa_bbee23eb869bbd19f052", "audio_path": "audio/test/foa_bbee23eb869bbd19f052.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains human vocalization occurring from 0.1s to 0.9s.", "canonical_answer": "human vocalization (0.1s to 0.9s)", "answer_meta": {"time_span": [0.1, 0.9]}}
{"qa_id": "qa_e7ff06e8ae6fcf3e6ce5", "split": "test", "audio_id": "foa_d08d1dea5db0455c4447", "audio_path": "audio/test/foa_d08d1dea5db0455c4447.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active throughout the interval from 0.4s to 10.1s.", "canonical_answer": "0.4s to 10.1s", "answer_meta": {"time_span": [0.4, 10.1]}}
{"qa_id": "qa_d6e0416e2a014857c5e4", "split": "test", "audio_id": "foa_742636ed33d37d3e132c", "audio_path": "audio/test/foa_742636ed33d37d3e132c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features ocean from 0.0s to 16.9s, train from 10.9s to 20.0s, and guitar from 17.9s to 20.0s.", "canonical_answer": "ocean (0.0s to 16.9s); train (10.9s to 20.0s); guitar (17.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_ed0fec5777985a75ef99", "split": "test", "audio_id": "foa_33fb6dc5e4531d21efd4", "audio_path": "audio/test/foa_33fb6dc5e4531d21efd4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "53.3 degrees", "canonical_answer": "53.3 degrees", "answer_meta": {"azimuth_deg": 53.3}}
{"qa_id": "qa_a1b248bc0371cb92710f", "split": "test", "audio_id": "foa_33ad7edddf442cf96a65", "audio_path": "audio/test/foa_33ad7edddf442cf96a65.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the footsteps be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps are audible from 18.2s to 20.0s.", "canonical_answer": "18.2s to 20.0s", "answer_meta": {"time_span": [18.2, 20.0]}}
{"qa_id": "qa_0f7d7411c243aff81c75", "split": "test", "audio_id": "foa_027cdd87003abfa38c54", "audio_path": "audio/test/foa_027cdd87003abfa38c54.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the door in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.4 degrees", "canonical_answer": "14.4 degrees", "answer_meta": {"elevation_deg": 14.4}}
{"qa_id": "qa_678f0166a5236cb81a0c", "split": "test", "audio_id": "foa_0894327a515329bfe103", "audio_path": "audio/test/foa_0894327a515329bfe103.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and above position? Answer in one sentence.", "answer": "The sound source located in the front and above position is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_e048d63959c514c5f3c3", "split": "test", "audio_id": "foa_74c8744957faaf90234a", "audio_path": "audio/test/foa_74c8744957faaf90234a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=28.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=28.6 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0d93c67cc9f086f9d276", "split": "test", "audio_id": "foa_eab237cbe1a870fc9015", "audio_path": "audio/test/foa_eab237cbe1a870fc9015.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the crackle event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crackle event occurs from 7.5s to 13.6s.", "canonical_answer": "7.5s to 13.6s", "answer_meta": {"time_span": [7.5, 13.6]}}
{"qa_id": "qa_97d1f84ce449c8d1447e", "split": "test", "audio_id": "foa_4ced074e500851b18455", "audio_path": "audio/test/foa_4ced074e500851b18455.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the clock coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "155.2 degrees", "canonical_answer": "155.2 degrees", "answer_meta": {"azimuth_deg": 155.2}}
{"qa_id": "qa_9a39aac57ab60d0b0330", "split": "test", "audio_id": "foa_687b58fcbe9f07e3aeb0", "audio_path": "audio/test/foa_687b58fcbe9f07e3aeb0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.0s to 6.0s.", "canonical_answer": "singing (0.0s to 6.0s)", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_3421013da95350408390", "split": "test", "audio_id": "foa_81c5cdf53e8c7b8c90df", "audio_path": "audio/test/foa_81c5cdf53e8c7b8c90df.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-2.4 degrees, elevation=35.5 degrees? Answer in one sentence.", "answer": "A bird is the source located at azimuth -2.4 degrees and elevation 35.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_29aa2a951879c9f7f773", "split": "test", "audio_id": "foa_fb1d90817820bf68c4a5", "audio_path": "audio/test/foa_fb1d90817820bf68c4a5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.4 degrees", "canonical_answer": "54.4 degrees", "answer_meta": {"elevation_deg": 54.4}}
{"qa_id": "qa_c57a6b664f394a8a001d", "split": "test", "audio_id": "foa_cc78351a857494894431", "audio_path": "audio/test/foa_cc78351a857494894431.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is originating from the back-right of the listener? Answer in one sentence.", "answer": "The sound source heard from the back-right is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_2b0224b28f55527d36d3", "split": "test", "audio_id": "foa_1dff1b21432201e3d793", "audio_path": "audio/test/foa_1dff1b21432201e3d793.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.3 degrees", "canonical_answer": "-0.3 degrees", "answer_meta": {"elevation_deg": -0.3}}
{"qa_id": "qa_e5e76806df850eeb9356", "split": "test", "audio_id": "foa_9b268402a8b67708a239", "audio_path": "audio/test/foa_9b268402a8b67708a239.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the female speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "177.8 degrees", "canonical_answer": "177.8 degrees", "answer_meta": {"azimuth_deg": 177.8}}
{"qa_id": "qa_3145af5038e0dbaaa3f2", "split": "test", "audio_id": "foa_2bb611fc024cd3f51d27", "audio_path": "audio/test/foa_2bb611fc024cd3f51d27.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right? Answer in one sentence.", "answer": "The sound source located to the front-right is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_f8b657053548fea16e6f", "split": "test", "audio_id": "foa_20fee7447eb7f876ac14", "audio_path": "audio/test/foa_20fee7447eb7f876ac14.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine sound is active from 0.0s to 14.1s.", "canonical_answer": "0.0s to 14.1s", "answer_meta": {"time_span": [0.0, 14.1]}}
{"qa_id": "qa_c154e80280d430900065", "split": "test", "audio_id": "foa_6662ba68895698d92bf1", "audio_path": "audio/test/foa_6662ba68895698d92bf1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a telephone alarm from 1.2s to 2.3s, tearing from 1.5s to 5.3s, and a frog from 2.4s to 3.1s.", "canonical_answer": "telephone alarm (1.2s to 2.3s); tearing (1.5s to 5.3s); frog (2.4s to 3.1s)", "answer_meta": {}}
{"qa_id": "qa_61bf6354d7bf315e2706", "split": "test", "audio_id": "foa_ea9dd4d70aff2b61d8d9", "audio_path": "audio/test/foa_ea9dd4d70aff2b61d8d9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=61.6 degrees, elevation=38.9 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth=61.6 degrees and elevation=38.9 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_78623a0cc7bb3307a367", "split": "test", "audio_id": "foa_04f8e601ce337185b893", "audio_path": "audio/test/foa_04f8e601ce337185b893.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=3.5 degrees, elevation=-12.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=3.5 degrees and elevation=-12.8 degrees is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_7b000fe6ffb6505e12bb", "split": "test", "audio_id": "foa_efea45944a161866b52a", "audio_path": "audio/test/foa_efea45944a161866b52a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument event occurs from 0.4s to 7.8s.", "canonical_answer": "0.4s to 7.8s", "answer_meta": {"time_span": [0.4, 7.8]}}
{"qa_id": "qa_46ccec673a6922059958", "split": "test", "audio_id": "foa_8ad34f94aef01fbf1b7e", "audio_path": "audio/test/foa_8ad34f94aef01fbf1b7e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features tape from 0.2s to 7.7s, an insect from 7.5s to 12.1s, and a scratch from 9.6s to 10.6s.", "canonical_answer": "tape (0.2s to 7.7s); insect (7.5s to 12.1s); scratch (9.6s to 10.6s)", "answer_meta": {}}
{"qa_id": "qa_7927d91f8640736a1bac", "split": "test", "audio_id": "foa_2fcdea7564ef52658470", "audio_path": "audio/test/foa_2fcdea7564ef52658470.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.0 degrees", "canonical_answer": "-20.0 degrees", "answer_meta": {"elevation_deg": -20.0}}
{"qa_id": "qa_45a1f13ef78c436a40f6", "split": "test", "audio_id": "foa_39069a0e53676aef2a5e", "audio_path": "audio/test/foa_39069a0e53676aef2a5e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located at the front-left? Answer in one sentence.", "answer": "The source located at the front-left is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_65759507e3bd401a04fd", "split": "test", "audio_id": "foa_309175867b6e8053ec23", "audio_path": "audio/test/foa_309175867b6e8053ec23.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the musical instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-43.0 degrees", "canonical_answer": "-43.0 degrees", "answer_meta": {"azimuth_deg": -43.0}}
{"qa_id": "qa_860f9c7321ad09e9f851", "split": "test", "audio_id": "foa_7766b6e94938daf22669", "audio_path": "audio/test/foa_7766b6e94938daf22669.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.3 degrees", "canonical_answer": "-11.3 degrees", "answer_meta": {"elevation_deg": -11.3}}
{"qa_id": "qa_3db261271c194d3dea50", "split": "test", "audio_id": "foa_f14c985b08073444f0a4", "audio_path": "audio/test/foa_f14c985b08073444f0a4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.2s to 2.1s.", "canonical_answer": "breathing (0.2s to 2.1s)", "answer_meta": {"time_span": [0.2, 2.1]}}
{"qa_id": "qa_b9fc9df3a9d587dec658", "split": "test", "audio_id": "foa_627dacf66cf769d42dc9", "audio_path": "audio/test/foa_627dacf66cf769d42dc9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-150.2 degrees", "canonical_answer": "-150.2 degrees", "answer_meta": {"azimuth_deg": -150.2}}
{"qa_id": "qa_dea62665cb60f5130088", "split": "test", "audio_id": "foa_c8d7f003c59bbe529510", "audio_path": "audio/test/foa_c8d7f003c59bbe529510.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=21.7 degrees, elevation=-3.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=21.7 degrees and elevation=-3.4 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_9fa24074fb44bf305bde", "split": "test", "audio_id": "foa_110018b581a8b1ce585a", "audio_path": "audio/test/foa_110018b581a8b1ce585a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source coming from the front-left is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_cee318d5b4895b30eecf", "split": "test", "audio_id": "foa_bd302c2fef7cbd458c5a", "audio_path": "audio/test/foa_bd302c2fef7cbd458c5a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the telephone alarm occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm event is active from 0.0s to 2.1s.", "canonical_answer": "0.0s to 2.1s", "answer_meta": {"time_span": [0.0, 2.1]}}
{"qa_id": "qa_d14390df3ceb02493545", "split": "test", "audio_id": "foa_b97826a3d371c51045bd", "audio_path": "audio/test/foa_b97826a3d371c51045bd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "62.3 degrees", "canonical_answer": "62.3 degrees", "answer_meta": {"azimuth_deg": 62.3}}
{"qa_id": "qa_e7f02698c11f5c580d39", "split": "test", "audio_id": "foa_80ffdb84f55bd0e73943", "audio_path": "audio/test/foa_80ffdb84f55bd0e73943.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the human vocalization active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_5c9b650ab05f77d426af", "split": "test", "audio_id": "foa_3247968786ed4ec14b7f", "audio_path": "audio/test/foa_3247968786ed4ec14b7f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the door in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.8 degrees", "canonical_answer": "5.8 degrees", "answer_meta": {"elevation_deg": 5.8}}
{"qa_id": "qa_6e1fdc3defb20ae1dc8a", "split": "test", "audio_id": "foa_6a87990084bb620791f3", "audio_path": "audio/test/foa_6a87990084bb620791f3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that lasts from 0.0s to 18.5s.", "canonical_answer": "metal clink (0.0s to 18.5s)", "answer_meta": {"time_span": [0.0, 18.5]}}
{"qa_id": "qa_a6e0264729a18c67e33b", "split": "test", "audio_id": "foa_72fbba6e0ad3a08dd0b9", "audio_path": "audio/test/foa_72fbba6e0ad3a08dd0b9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The source coming from the back-right and below is a musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_9226e3cbc64f1991171d", "split": "test", "audio_id": "foa_41514c96e3491c8a0dff", "audio_path": "audio/test/foa_41514c96e3491c8a0dff.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=89.6 degrees, elevation=20.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=89.6 degrees and elevation=20.1 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_f4da1b85772332985623", "split": "test", "audio_id": "foa_62e921abdd6d1969fa50", "audio_path": "audio/test/foa_62e921abdd6d1969fa50.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_dcc1574056bf9b0f25ed", "split": "test", "audio_id": "foa_426881614ec71304c2c1", "audio_path": "audio/test/foa_426881614ec71304c2c1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.4 degrees", "canonical_answer": "0.4 degrees", "answer_meta": {"elevation_deg": 0.4}}
{"qa_id": "qa_21a99916e7f3b12d4f63", "split": "test", "audio_id": "foa_8848a83e0d64a753ffb8", "audio_path": "audio/test/foa_8848a83e0d64a753ffb8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an appliance from 0.0s to 4.7s, a body sound from 1.7s to 5.8s, and tearing from 5.1s to 7.6s.", "canonical_answer": "appliance (0.0s to 4.7s); body sound (1.7s to 5.8s); tearing (5.1s to 7.6s)", "answer_meta": {}}
{"qa_id": "qa_4705fcf6cdbeead24f3e", "split": "test", "audio_id": "foa_65dc6fadcdf028833fa4", "audio_path": "audio/test/foa_65dc6fadcdf028833fa4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.5 degrees", "canonical_answer": "-20.5 degrees", "answer_meta": {"azimuth_deg": -20.5}}
{"qa_id": "qa_81773f75301f1509651e", "split": "test", "audio_id": "foa_dd539028abcdf57ab74f", "audio_path": "audio/test/foa_dd539028abcdf57ab74f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the wind instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument event is active from 0.1s to 3.4s.", "canonical_answer": "0.1s to 3.4s", "answer_meta": {"time_span": [0.1, 3.4]}}
{"qa_id": "qa_75711ebaa01d94db866f", "split": "test", "audio_id": "foa_b0f1afa4d75d43d82e84", "audio_path": "audio/test/foa_b0f1afa4d75d43d82e84.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-174.8 degrees, elevation=5.4 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth -174.8 degrees and elevation 5.4 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_65aa3cbe991799d6bf10", "split": "test", "audio_id": "foa_fb62e4fe75f4469c51c1", "audio_path": "audio/test/foa_fb62e4fe75f4469c51c1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features tearing occurring from 0.3s to 17.2s.", "canonical_answer": "tearing (0.3s to 17.2s)", "answer_meta": {"time_span": [0.3, 17.2]}}
{"qa_id": "qa_4c294507520a9326f345", "split": "test", "audio_id": "foa_084d15fdefdc6b76311d", "audio_path": "audio/test/foa_084d15fdefdc6b76311d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.2 degrees", "canonical_answer": "-17.2 degrees", "answer_meta": {"elevation_deg": -17.2}}
{"qa_id": "qa_c48be0901e59099f126f", "split": "test", "audio_id": "foa_bbafb9bc123bd6650df5", "audio_path": "audio/test/foa_bbafb9bc123bd6650df5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-159.1 degrees, elevation=-5.8 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth -159.1 degrees and elevation -5.8 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_3479b63ca75d622c9de2", "split": "test", "audio_id": "foa_e1f5df316597811f874e", "audio_path": "audio/test/foa_e1f5df316597811f874e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_a3b0c1cf50bfae9fa143", "split": "test", "audio_id": "foa_b4aaa81c9d1fb3eda36d", "audio_path": "audio/test/foa_b4aaa81c9d1fb3eda36d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "131.8 degrees", "canonical_answer": "131.8 degrees", "answer_meta": {"azimuth_deg": 131.8}}
{"qa_id": "qa_39634043628001b04ed8", "split": "test", "audio_id": "foa_49b966fb4568cb05298b", "audio_path": "audio/test/foa_49b966fb4568cb05298b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what times can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird can be heard between 13.6s and 20.0s.", "canonical_answer": "13.6s to 20.0s", "answer_meta": {"time_span": [13.6, 20.0]}}
{"qa_id": "qa_663f08460d7d0ee23a11", "split": "test", "audio_id": "foa_99e73b4f89d496726ac4", "audio_path": "audio/test/foa_99e73b4f89d496726ac4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 5.6s.", "canonical_answer": "guitar (0.0s to 5.6s)", "answer_meta": {"time_span": [0.0, 5.6]}}
{"qa_id": "qa_8125fbbc7d20d646a477", "split": "test", "audio_id": "foa_35e64be51eb024c29b3a", "audio_path": "audio/test/foa_35e64be51eb024c29b3a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=141.0 degrees, elevation=-17.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=141.0 degrees and elevation=-17.8 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_dbcf509b023eebdaaa8f", "split": "test", "audio_id": "foa_2ef1238c66bebad085ff", "audio_path": "audio/test/foa_2ef1238c66bebad085ff.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the crackle active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crackle is active from 5.9s to 14.2s.", "canonical_answer": "5.9s to 14.2s", "answer_meta": {"time_span": [5.9, 14.2]}}
{"qa_id": "qa_423d8b8db8e10f182e38", "split": "test", "audio_id": "foa_4f831b869315edac90a0", "audio_path": "audio/test/foa_4f831b869315edac90a0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_ff961f4215d2069ff5d1", "split": "test", "audio_id": "foa_4822de79f65955f980de", "audio_path": "audio/test/foa_4822de79f65955f980de.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the finger snapping? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "155.9 degrees", "canonical_answer": "155.9 degrees", "answer_meta": {"azimuth_deg": 155.9}}
{"qa_id": "qa_fc4c435a894611fbf1e6", "split": "test", "audio_id": "foa_c52d17f3e07f7518fdf2", "audio_path": "audio/test/foa_c52d17f3e07f7518fdf2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and below side? Answer in one sentence.", "answer": "The sound coming from the left and below is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_b80b0400749ea262d67b", "split": "test", "audio_id": "foa_7273328e54b83817f326", "audio_path": "audio/test/foa_7273328e54b83817f326.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source located in the front and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_c2940a3a1cfb63eae124", "split": "test", "audio_id": "foa_190456799e95e9000b7b", "audio_path": "audio/test/foa_190456799e95e9000b7b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "47.2 degrees", "canonical_answer": "47.2 degrees", "answer_meta": {"azimuth_deg": 47.2}}
{"qa_id": "qa_989dc53244a922a5f934", "split": "test", "audio_id": "foa_35c923e750ec8ea1d3ae", "audio_path": "audio/test/foa_35c923e750ec8ea1d3ae.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the appliance active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 0.1s to 11.9s.", "canonical_answer": "0.1s to 11.9s", "answer_meta": {"time_span": [0.1, 11.9]}}
{"qa_id": "qa_7f9535f53f5a98dfb381", "split": "test", "audio_id": "foa_a454a3811228a15c8bac", "audio_path": "audio/test/foa_a454a3811228a15c8bac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.0 degrees", "canonical_answer": "-14.0 degrees", "answer_meta": {"elevation_deg": -14.0}}
{"qa_id": "qa_33026b8763773e77e945", "split": "test", "audio_id": "foa_76f95b46540ffb8e73ff", "audio_path": "audio/test/foa_76f95b46540ffb8e73ff.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat from 0.0s to 5.0s, fire from 0.0s to 0.3s, human vocalization from 0.3s to 3.0s, and tearing from 0.4s to 5.0s.", "canonical_answer": "cat (0.0s to 5.0s); fire (0.0s to 0.3s); human vocalization (0.3s to 3.0s); tearing (0.4s to 5.0s)", "answer_meta": {}}
{"qa_id": "qa_dd6e5a7183e95c2903ea", "split": "test", "audio_id": "foa_644d46bf1f86c71fed21", "audio_path": "audio/test/foa_644d46bf1f86c71fed21.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=14.8 degrees, elevation=-2.1 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=14.8 degrees and elevation=-2.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_735c03e9294e17359495", "split": "test", "audio_id": "foa_39d103228669e8ad3248", "audio_path": "audio/test/foa_39d103228669e8ad3248.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=112.5 degrees, elevation=-7.3 degrees? Answer in one sentence.", "answer": "A cat is the source located at azimuth 112.5 degrees and elevation -7.3 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_0f4d266224f7286815a9", "split": "test", "audio_id": "foa_6f399c977e55dfdcdf99", "audio_path": "audio/test/foa_6f399c977e55dfdcdf99.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 0.0s to 3.5s.", "canonical_answer": "0.0s to 3.5s", "answer_meta": {"time_span": [0.0, 3.5]}}
{"qa_id": "qa_bc2350f6765c1e5baa9e", "split": "test", "audio_id": "foa_5a5c1f8d64c4a42accb9", "audio_path": "audio/test/foa_5a5c1f8d64c4a42accb9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.3 degrees", "canonical_answer": "-15.3 degrees", "answer_meta": {"elevation_deg": -15.3}}
{"qa_id": "qa_9241bf022d94e388e191", "split": "test", "audio_id": "foa_5a78edeabaa7c48826ec", "audio_path": "audio/test/foa_5a78edeabaa7c48826ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.3 degrees", "canonical_answer": "26.3 degrees", "answer_meta": {"azimuth_deg": 26.3}}
{"qa_id": "qa_ffc2a8943e10709bb2c2", "split": "test", "audio_id": "foa_863915168a67fbe98c30", "audio_path": "audio/test/foa_863915168a67fbe98c30.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below the listener? Answer in one sentence.", "answer": "The source heard from the back-right and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_640cf3e48031e75758fd", "split": "test", "audio_id": "foa_b576762d48306ad76161", "audio_path": "audio/test/foa_b576762d48306ad76161.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains a tool from 0.1s to 20.0s, a frog from 5.5s to 7.0s, tearing from 7.9s to 9.3s, and laughter from 13.2s to 18.8s.", "canonical_answer": "tool (0.1s to 20.0s); frog (5.5s to 7.0s); tearing (7.9s to 9.3s); laughter (13.2s to 18.8s)", "answer_meta": {}}
{"qa_id": "qa_966ada09a40193a09803", "split": "test", "audio_id": "foa_aef0603153a8681bfa39", "audio_path": "audio/test/foa_aef0603153a8681bfa39.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.5 degrees", "canonical_answer": "-31.5 degrees", "answer_meta": {"elevation_deg": -31.5}}
{"qa_id": "qa_52a6c75e09b18b35ec66", "split": "test", "audio_id": "foa_8b1f622e41fa9f574b0a", "audio_path": "audio/test/foa_8b1f622e41fa9f574b0a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.4s to 5.3s.", "canonical_answer": "0.4s to 5.3s", "answer_meta": {"time_span": [0.4, 5.3]}}
{"qa_id": "qa_eefd3420566f1a918066", "split": "test", "audio_id": "foa_42040cb92c2c70a650f1", "audio_path": "audio/test/foa_42040cb92c2c70a650f1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "117.1 degrees", "canonical_answer": "117.1 degrees", "answer_meta": {"azimuth_deg": 117.1}}
{"qa_id": "qa_fdeddc764d98c270071c", "split": "test", "audio_id": "foa_8c2b9d1fcc17cdb8b29e", "audio_path": "audio/test/foa_8c2b9d1fcc17cdb8b29e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_f277df3780d7da9cb9fd", "split": "test", "audio_id": "foa_ae686be685e4ad80a544", "audio_path": "audio/test/foa_ae686be685e4ad80a544.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=122.2 degrees, elevation=-12.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth 122.2 degrees and elevation -12.7 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_615b1b6bee1c570f8721", "split": "test", "audio_id": "foa_3314e0d497ab61370960", "audio_path": "audio/test/foa_3314e0d497ab61370960.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument active from 0.1s to 7.0s.", "canonical_answer": "wind instrument (0.1s to 7.0s)", "answer_meta": {"time_span": [0.1, 7.0]}}
{"qa_id": "qa_fe11504b4b6610779e8e", "split": "test", "audio_id": "foa_3b29d91f4b3027b3ebe3", "audio_path": "audio/test/foa_3b29d91f4b3027b3ebe3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the water active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water source is active from 0.0s to 15.4s.", "canonical_answer": "0.0s to 15.4s", "answer_meta": {"time_span": [0.0, 15.4]}}
{"qa_id": "qa_e3bdb3512338c6919546", "split": "test", "audio_id": "foa_c8047901a380e793cc39", "audio_path": "audio/test/foa_c8047901a380e793cc39.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_b37ee23eeabcb1ce92c4", "split": "test", "audio_id": "foa_f13b0d3019ae677b1064", "audio_path": "audio/test/foa_f13b0d3019ae677b1064.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.0 degrees, elevation=-1.0 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth 1.0 degrees and elevation -1.0 degrees is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_42ec50d67f70b98e9ddf", "split": "test", "audio_id": "foa_0509220c70347abb9051", "audio_path": "audio/test/foa_0509220c70347abb9051.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the door in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.7 degrees", "canonical_answer": "-54.7 degrees", "answer_meta": {"azimuth_deg": -54.7}}
{"qa_id": "qa_1a7bd972d36764378456", "split": "test", "audio_id": "foa_77d81c3e5f5f7302af2e", "audio_path": "audio/test/foa_77d81c3e5f5f7302af2e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 11.9s, a cat from 3.7s to 5.3s, and paper from 6.0s to 9.5s.", "canonical_answer": "speech (0.2s to 11.9s); cat (3.7s to 5.3s); paper (6.0s to 9.5s)", "answer_meta": {}}
{"qa_id": "qa_9cebda27f4c18271008f", "split": "test", "audio_id": "foa_e3d75cca4ba15910291f", "audio_path": "audio/test/foa_e3d75cca4ba15910291f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.2 degrees", "canonical_answer": "7.2 degrees", "answer_meta": {"elevation_deg": 7.2}}
{"qa_id": "qa_bedce44d06bf1084c7f6", "split": "test", "audio_id": "foa_9a6d63d671ced56f68b9", "audio_path": "audio/test/foa_9a6d63d671ced56f68b9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-145.0 degrees", "canonical_answer": "-145.0 degrees", "answer_meta": {"azimuth_deg": -145.0}}
{"qa_id": "qa_a917ba5c69bf46d0d196", "split": "test", "audio_id": "foa_f3fb68884c093ae4f8bb", "audio_path": "audio/test/foa_f3fb68884c093ae4f8bb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the fire event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire event is active from 5.6s to 6.7s.", "canonical_answer": "5.6s to 6.7s", "answer_meta": {"time_span": [5.6, 6.7]}}
{"qa_id": "qa_98d0221832e008beafe9", "split": "test", "audio_id": "foa_3499ad3e70f59be3585d", "audio_path": "audio/test/foa_3499ad3e70f59be3585d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-2.0 degrees, elevation=27.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-2.0 degrees, elevation=27.1 degrees is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_5d47d9d604b16b57b90d", "split": "test", "audio_id": "foa_6ee44c179c5d0c08eda8", "audio_path": "audio/test/foa_6ee44c179c5d0c08eda8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.5 degrees", "canonical_answer": "-46.5 degrees", "answer_meta": {"elevation_deg": -46.5}}
{"qa_id": "qa_3dfcaa8a9c8edf65654f", "split": "test", "audio_id": "foa_a7fefda93a38eb35995a", "audio_path": "audio/test/foa_a7fefda93a38eb35995a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left side? Answer in one sentence.", "answer": "The sound coming from the back-left is a tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_2227ee928c41a1af04f8", "split": "test", "audio_id": "foa_b1d03e36e46216df44f7", "audio_path": "audio/test/foa_b1d03e36e46216df44f7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains male speech from 0.0s to 1.0s.", "canonical_answer": "male speech (0.0s to 1.0s)", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_e295eca52ddb0e2c2437", "split": "test", "audio_id": "foa_20dbd4a2b280fb1036e1", "audio_path": "audio/test/foa_20dbd4a2b280fb1036e1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the string instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.1s to 0.4s.", "canonical_answer": "0.1s to 0.4s", "answer_meta": {"time_span": [0.1, 0.4]}}
{"qa_id": "qa_93bcfa169da6cfe10d02", "split": "test", "audio_id": "foa_4577049ad1ae3f674ed2", "audio_path": "audio/test/foa_4577049ad1ae3f674ed2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_6b2b894df6128a58fdfd", "split": "test", "audio_id": "foa_fa531f0d2cb850d4eaf7", "audio_path": "audio/test/foa_fa531f0d2cb850d4eaf7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.3 degrees", "canonical_answer": "6.3 degrees", "answer_meta": {"elevation_deg": 6.3}}
{"qa_id": "qa_6bed2859b721a2c033ad", "split": "test", "audio_id": "foa_fac85e25b655bedd4adf", "audio_path": "audio/test/foa_fac85e25b655bedd4adf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine sound occurring from 5.6s to 18.4s.", "canonical_answer": "machine (5.6s to 18.4s)", "answer_meta": {"time_span": [5.6, 18.4]}}
{"qa_id": "qa_24b2fa15b201d3c3bc08", "split": "test", "audio_id": "foa_75304736ff4e650146e6", "audio_path": "audio/test/foa_75304736ff4e650146e6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=159.4 degrees, elevation=31.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=159.4 degrees and elevation=31.8 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_11bbfae6d3510798335d", "split": "test", "audio_id": "foa_780b000b2ac742f0ff1c", "audio_path": "audio/test/foa_780b000b2ac742f0ff1c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the animal in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-101.8 degrees", "canonical_answer": "-101.8 degrees", "answer_meta": {"azimuth_deg": -101.8}}
{"qa_id": "qa_f3c6d6bcf3b8e05ce6b8", "split": "test", "audio_id": "foa_c2fbde55e4732716848f", "audio_path": "audio/test/foa_c2fbde55e4732716848f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.0 degrees", "canonical_answer": "-10.0 degrees", "answer_meta": {"elevation_deg": -10.0}}
{"qa_id": "qa_018aa59ea34173676ff0", "split": "test", "audio_id": "foa_371862195661a7c6f621", "audio_path": "audio/test/foa_371862195661a7c6f621.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the bell coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "105.1 degrees", "canonical_answer": "105.1 degrees", "answer_meta": {"azimuth_deg": 105.1}}
{"qa_id": "qa_4b26094c1f93175afda1", "split": "test", "audio_id": "foa_1b05756fc28837a1bc46", "audio_path": "audio/test/foa_1b05756fc28837a1bc46.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the metal clink active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 0.1s to 3.0s.", "canonical_answer": "0.1s to 3.0s", "answer_meta": {"time_span": [0.1, 3.0]}}
{"qa_id": "qa_a7ea4afd549cce9c41c7", "split": "test", "audio_id": "foa_8186f526efb7c3b420f6", "audio_path": "audio/test/foa_8186f526efb7c3b420f6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound from 0.0s to 0.5s.", "canonical_answer": "war sound (0.0s to 0.5s)", "answer_meta": {"time_span": [0.0, 0.5]}}
{"qa_id": "qa_38a04ff08e9aaed6534c", "split": "test", "audio_id": "foa_4239fe92c71711ad9281", "audio_path": "audio/test/foa_4239fe92c71711ad9281.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=3.4 degrees, elevation=16.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=3.4 degrees and elevation=16.4 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_85586b359c7816a5f2a6", "split": "test", "audio_id": "foa_aa795095ac651eb84f20", "audio_path": "audio/test/foa_aa795095ac651eb84f20.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_96d318a68ad30fd1db65", "split": "test", "audio_id": "foa_accbf2fa870769de9c24", "audio_path": "audio/test/foa_accbf2fa870769de9c24.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front of the listener? Answer in one sentence.", "answer": "The sound source heard from the front is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_a5a6e0bd054208ee5760", "split": "test", "audio_id": "foa_8f1076d6ff177442545e", "audio_path": "audio/test/foa_8f1076d6ff177442545e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech from 0.3s to 2.7s and speech from 0.6s to 9.7s.", "canonical_answer": "speech (0.3s to 2.7s); speech (0.6s to 9.7s)", "answer_meta": {}}
{"qa_id": "qa_553894bdc1a2913e76af", "split": "test", "audio_id": "foa_f81b265c575b875b85bb", "audio_path": "audio/test/foa_f81b265c575b875b85bb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the metal clink active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink event occurs from 0.4s to 20.0s.", "canonical_answer": "0.4s to 20.0s", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_0c094bdbc1304384a8b4", "split": "test", "audio_id": "foa_0ce2f60f765232f3a653", "audio_path": "audio/test/foa_0ce2f60f765232f3a653.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the human vocalization coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "122.8 degrees", "canonical_answer": "122.8 degrees", "answer_meta": {"azimuth_deg": 122.8}}
{"qa_id": "qa_9fe01a0f08d0f9060982", "split": "test", "audio_id": "foa_ebd93d358ea5cfe21349", "audio_path": "audio/test/foa_ebd93d358ea5cfe21349.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.9 degrees", "canonical_answer": "-4.9 degrees", "answer_meta": {"elevation_deg": -4.9}}
{"qa_id": "qa_c1825f3e36ff26db9f7a", "split": "test", "audio_id": "foa_aaa7cfbcb3042e734f34", "audio_path": "audio/test/foa_aaa7cfbcb3042e734f34.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=24.9 degrees, elevation=9.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=24.9 degrees and elevation=9.8 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_12b95b61e5bfc309676a", "split": "test", "audio_id": "foa_da67035e5ababeff0108", "audio_path": "audio/test/foa_da67035e5ababeff0108.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=6.1 degrees, elevation=12.3 degrees. Answer in one sentence.", "answer": "The sound source located at azimuth 6.1 degrees and elevation 12.3 degrees is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_f6cda9cce4464f545dec", "split": "test", "audio_id": "foa_f0b0208b354fa7382c98", "audio_path": "audio/test/foa_f0b0208b354fa7382c98.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-123.8 degrees", "canonical_answer": "-123.8 degrees", "answer_meta": {"azimuth_deg": -123.8}}
{"qa_id": "qa_f83336c8762729d090f1", "split": "test", "audio_id": "foa_baec87e192cd06bceed4", "audio_path": "audio/test/foa_baec87e192cd06bceed4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tearing from 0.4s to 13.2s.", "canonical_answer": "tearing (0.4s to 13.2s)", "answer_meta": {"time_span": [0.4, 13.2]}}
{"qa_id": "qa_9ef7583ced8ffbe50642", "split": "test", "audio_id": "foa_41a8beb3157300773641", "audio_path": "audio/test/foa_41a8beb3157300773641.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.2 degrees", "canonical_answer": "-33.2 degrees", "answer_meta": {"elevation_deg": -33.2}}
{"qa_id": "qa_ca407fa7e29e2817a0d1", "split": "test", "audio_id": "foa_9ccd545cbc1015766572", "audio_path": "audio/test/foa_9ccd545cbc1015766572.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of water be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is active from 0.0s to 18.9s.", "canonical_answer": "0.0s to 18.9s", "answer_meta": {"time_span": [0.0, 18.9]}}
{"qa_id": "qa_b2b71c3f7c003a460f77", "split": "test", "audio_id": "foa_c62fcca9c34a5e8a5041", "audio_path": "audio/test/foa_c62fcca9c34a5e8a5041.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back side? Answer in one sentence.", "answer": "The sound coming from the back is a home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_e4da7685d17dca19d50f", "split": "test", "audio_id": "foa_650685ce284d7a078a87", "audio_path": "audio/test/foa_650685ce284d7a078a87.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.0 degrees", "canonical_answer": "-40.0 degrees", "answer_meta": {"elevation_deg": -40.0}}
{"qa_id": "qa_ff950290a747afb15ac9", "split": "test", "audio_id": "foa_b2b9d0cfc9293a65bce6", "audio_path": "audio/test/foa_b2b9d0cfc9293a65bce6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features paper being heard from 0.0s to 1.3s.", "canonical_answer": "paper (0.0s to 1.3s)", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_e13b42c33cf0aa2edfba", "split": "test", "audio_id": "foa_cdb34e067ce9712abf58", "audio_path": "audio/test/foa_cdb34e067ce9712abf58.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=13.0 degrees, elevation=-6.4 degrees? Answer in one sentence.", "answer": "A home sound is located at azimuth 13.0 degrees and elevation -6.4 degrees.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_65cee5811826645801bc", "split": "test", "audio_id": "foa_447af597ec46cfa3edbf", "audio_path": "audio/test/foa_447af597ec46cfa3edbf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_54fccf9fd552c41cd16e", "split": "test", "audio_id": "foa_be6de2b438e651c2c0f8", "audio_path": "audio/test/foa_be6de2b438e651c2c0f8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the male speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "145.9 degrees", "canonical_answer": "145.9 degrees", "answer_meta": {"azimuth_deg": 145.9}}
{"qa_id": "qa_c1db3aacb1bea75461bf", "split": "test", "audio_id": "foa_f5f7846fe591264eca39", "audio_path": "audio/test/foa_f5f7846fe591264eca39.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the scratch sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_c02b75085028bd3e0432", "split": "test", "audio_id": "foa_fe1335dd4f14a8f8368e", "audio_path": "audio/test/foa_fe1335dd4f14a8f8368e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-87.2 degrees, elevation=-7.5 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -87.2 degrees and elevation -7.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_0ddab7194c4cfc06262d", "split": "test", "audio_id": "foa_cc973763f4c4e3005011", "audio_path": "audio/test/foa_cc973763f4c4e3005011.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the drawer cabinet sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet event is active from 3.3s to 4.5s.", "canonical_answer": "3.3s to 4.5s", "answer_meta": {"time_span": [3.3, 4.5]}}
{"qa_id": "qa_fff4a2db47ebaaae6cf3", "split": "test", "audio_id": "foa_dfef503cc9428f7da427", "audio_path": "audio/test/foa_dfef503cc9428f7da427.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_9ebc948a2d5d625382e2", "split": "test", "audio_id": "foa_a767bd6c43d76f7e586a", "audio_path": "audio/test/foa_a767bd6c43d76f7e586a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech from 0.5s to 7.6s and another instance of speech from 0.5s to 7.6s.", "canonical_answer": "speech (0.5s to 7.6s); speech (0.5s to 7.6s)", "answer_meta": {}}
{"qa_id": "qa_316bbbdbb561922b6337", "split": "test", "audio_id": "foa_3d6e9cb8056ef88941e6", "audio_path": "audio/test/foa_3d6e9cb8056ef88941e6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.5 degrees", "canonical_answer": "2.5 degrees", "answer_meta": {"elevation_deg": 2.5}}
{"qa_id": "qa_0da1c9420ea63f814265", "split": "test", "audio_id": "foa_54247973e303de7afb52", "audio_path": "audio/test/foa_54247973e303de7afb52.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.4 degrees", "canonical_answer": "12.4 degrees", "answer_meta": {"azimuth_deg": 12.4}}
{"qa_id": "qa_b44f6034701dfbba51fb", "split": "test", "audio_id": "foa_cedead97aa9bb7aeef81", "audio_path": "audio/test/foa_cedead97aa9bb7aeef81.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-122.5 degrees, elevation=1.0 degrees? Answer in one sentence.", "answer": "A drum is the source heard at azimuth -122.5 degrees and elevation 1.0 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_298b5e78a0751752f983", "split": "test", "audio_id": "foa_abcf90a1b35cb0a1edf4", "audio_path": "audio/test/foa_abcf90a1b35cb0a1edf4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located to the left is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_67f9822823e50abea13e", "split": "test", "audio_id": "foa_61b60246b038fd4151f0", "audio_path": "audio/test/foa_61b60246b038fd4151f0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active throughout the interval from 2.8s to 6.4s.", "canonical_answer": "2.8s to 6.4s", "answer_meta": {"time_span": [2.8, 6.4]}}
{"qa_id": "qa_a2811c76c0654b4b0ea5", "split": "test", "audio_id": "foa_ba0ac4ff27a664b55116", "audio_path": "audio/test/foa_ba0ac4ff27a664b55116.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-116.3 degrees", "canonical_answer": "-116.3 degrees", "answer_meta": {"azimuth_deg": -116.3}}
{"qa_id": "qa_b42c166fcfba4d0cec7a", "split": "test", "audio_id": "foa_cc947e7089db38a1bdab", "audio_path": "audio/test/foa_cc947e7089db38a1bdab.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wind from 0.0s to 0.2s.", "canonical_answer": "wind (0.0s to 0.2s)", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_6c8198c98848a6780fb7", "split": "test", "audio_id": "foa_21b79b88bc2e3bcde880", "audio_path": "audio/test/foa_21b79b88bc2e3bcde880.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.1 degrees", "canonical_answer": "-23.1 degrees", "answer_meta": {"elevation_deg": -23.1}}
{"qa_id": "qa_f973b5fc11cf45a4e87b", "split": "test", "audio_id": "foa_8ad0c62d313a45acae83", "audio_path": "audio/test/foa_8ad0c62d313a45acae83.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-174.1 degrees, elevation=31.5 degrees. Answer in one sentence.", "answer": "The source located at azimuth -174.1 degrees and elevation 31.5 degrees is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_36f6b3d3bbdbd648feb1", "split": "test", "audio_id": "foa_02148aaea501ee601c0d", "audio_path": "audio/test/foa_02148aaea501ee601c0d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.4 degrees", "canonical_answer": "-2.4 degrees", "answer_meta": {"elevation_deg": -2.4}}
{"qa_id": "qa_c57dda05a374694af4c1", "split": "test", "audio_id": "foa_73db35c0c1157714b339", "audio_path": "audio/test/foa_73db35c0c1157714b339.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "39.0 degrees", "canonical_answer": "39.0 degrees", "answer_meta": {"azimuth_deg": 39.0}}
{"qa_id": "qa_90b8d865cbb10ee07f4c", "split": "test", "audio_id": "foa_d6bf1110790f22edec21", "audio_path": "audio/test/foa_d6bf1110790f22edec21.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.2s to 7.0s.", "canonical_answer": "0.2s to 7.0s", "answer_meta": {"time_span": [0.2, 7.0]}}
{"qa_id": "qa_c8cff205f1a4855fcc06", "split": "test", "audio_id": "foa_53336e9e002cb1a97e30", "audio_path": "audio/test/foa_53336e9e002cb1a97e30.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the front of the listener? Answer in one sentence.", "answer": "The source heard from the front is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_224f6f9a853b2d61dea9", "split": "test", "audio_id": "foa_0235674895b49b0accac", "audio_path": "audio/test/foa_0235674895b49b0accac.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech from 0.6s to 7.2s and another instance of speech from 0.7s to 15.2s.", "canonical_answer": "speech (0.6s to 7.2s); speech (0.7s to 15.2s)", "answer_meta": {}}
{"qa_id": "qa_c7147c4d44a172d47a65", "split": "test", "audio_id": "foa_384280893765ac676926", "audio_path": "audio/test/foa_384280893765ac676926.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.9 degrees", "canonical_answer": "0.9 degrees", "answer_meta": {"elevation_deg": 0.9}}
{"qa_id": "qa_1112d427df9a51247275", "split": "test", "audio_id": "foa_99f772e4061d9921cd83", "audio_path": "audio/test/foa_99f772e4061d9921cd83.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains finger snapping from 0.3s to 19.9s.", "canonical_answer": "finger snapping (0.3s to 19.9s)", "answer_meta": {"time_span": [0.3, 19.9]}}
{"qa_id": "qa_550466a5c696be58ec9b", "split": "test", "audio_id": "foa_bf60ad1d136f501d2751", "audio_path": "audio/test/foa_bf60ad1d136f501d2751.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The source located at the back-right is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_cc4eddcef12e752e9a08", "split": "test", "audio_id": "foa_2efb72c4519b2ca43c3e", "audio_path": "audio/test/foa_2efb72c4519b2ca43c3e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-48.0 degrees", "canonical_answer": "-48.0 degrees", "answer_meta": {"azimuth_deg": -48.0}}
{"qa_id": "qa_6c67fb6081682b586bc1", "split": "test", "audio_id": "foa_8b20d0df445e29aa4298", "audio_path": "audio/test/foa_8b20d0df445e29aa4298.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the scratch be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is active from 0.5s to 8.6s.", "canonical_answer": "0.5s to 8.6s", "answer_meta": {"time_span": [0.5, 8.6]}}
{"qa_id": "qa_1635dda1cd32e03a308f", "split": "test", "audio_id": "foa_19bbd738765c24dca8dd", "audio_path": "audio/test/foa_19bbd738765c24dca8dd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-87.1 degrees, elevation=0.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-87.1 degrees and elevation=0.7 degrees is a crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_31ade07a584d8472567c", "split": "test", "audio_id": "foa_c4579b700d0f8aa17ebf", "audio_path": "audio/test/foa_c4579b700d0f8aa17ebf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "88.0 degrees", "canonical_answer": "88.0 degrees", "answer_meta": {"azimuth_deg": 88.0}}
{"qa_id": "qa_ec1b890853098aaab8e1", "split": "test", "audio_id": "foa_ee7c219c5c116480a409", "audio_path": "audio/test/foa_ee7c219c5c116480a409.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the home sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The home sound is active from 0.0s to 13.8s.", "canonical_answer": "0.0s to 13.8s", "answer_meta": {"time_span": [0.0, 13.8]}}
{"qa_id": "qa_e8a1a0ac99aec3011327", "split": "test", "audio_id": "foa_31e759b1d68cb8a21dac", "audio_path": "audio/test/foa_31e759b1d68cb8a21dac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the crack in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.5 degrees", "canonical_answer": "-13.5 degrees", "answer_meta": {"elevation_deg": -13.5}}
{"qa_id": "qa_a0d1506c02ddbe662751", "split": "test", "audio_id": "foa_52db6ed50291064823cf", "audio_path": "audio/test/foa_52db6ed50291064823cf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_0f37a306a9400f2cddf7", "split": "test", "audio_id": "foa_220ad54f5b56d7939c76", "audio_path": "audio/test/foa_220ad54f5b56d7939c76.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a thunderstorm occurring from 2.3s to 5.3s.", "canonical_answer": "thunderstorm (2.3s to 5.3s)", "answer_meta": {"time_span": [2.3, 5.3]}}
{"qa_id": "qa_ab823d9cc0e169c6b8f5", "split": "test", "audio_id": "foa_43d2b287f2c961f958bd", "audio_path": "audio/test/foa_43d2b287f2c961f958bd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=173.2 degrees, elevation=-2.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=173.2 degrees, elevation=-2.9 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_1f6a47433cb3813972b4", "split": "test", "audio_id": "foa_7c33b0266728a64e2572", "audio_path": "audio/test/foa_7c33b0266728a64e2572.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=115.3 degrees, elevation=-31.2 degrees? Answer in one sentence.", "answer": "A wind instrument is heard from azimuth=115.3 degrees, elevation=-31.2 degrees.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_0bfa38846854d0d66749", "split": "test", "audio_id": "foa_1358116d6bea592d0b67", "audio_path": "audio/test/foa_1358116d6bea592d0b67.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.0 degrees", "canonical_answer": "-6.0 degrees", "answer_meta": {"elevation_deg": -6.0}}
{"qa_id": "qa_616ebda756d667edc950", "split": "test", "audio_id": "foa_a71d5bd14c30740d6a58", "audio_path": "audio/test/foa_a71d5bd14c30740d6a58.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a frog from 1.2s to 12.5s, percussion from 4.2s to 5.2s, and a drum from 9.1s to 9.6s.", "canonical_answer": "frog (1.2s to 12.5s); percussion (4.2s to 5.2s); drum (9.1s to 9.6s)", "answer_meta": {}}
{"qa_id": "qa_1803192952eda5af6082", "split": "test", "audio_id": "foa_5c3611bbe803ea0f45f4", "audio_path": "audio/test/foa_5c3611bbe803ea0f45f4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located at the back-left? Answer in one sentence.", "answer": "The source coming from the back-left is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_ecce8569e136ee530047", "split": "test", "audio_id": "foa_fc597bbf3197191ae61a", "audio_path": "audio/test/foa_fc597bbf3197191ae61a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the insect coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "162.6 degrees", "canonical_answer": "162.6 degrees", "answer_meta": {"azimuth_deg": 162.6}}
{"qa_id": "qa_1a185ff146e8211f609f", "split": "test", "audio_id": "foa_7e7b4c91c6a31805595e", "audio_path": "audio/test/foa_7e7b4c91c6a31805595e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the tool occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.7s to 12.0s.", "canonical_answer": "0.7s to 12.0s", "answer_meta": {"time_span": [0.7, 12.0]}}
{"qa_id": "qa_1f1e24ccd5d656b5e4ce", "split": "test", "audio_id": "foa_486285085e08dea565e1", "audio_path": "audio/test/foa_486285085e08dea565e1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.3 degrees", "canonical_answer": "3.3 degrees", "answer_meta": {"elevation_deg": 3.3}}
{"qa_id": "qa_e4338fe6b81288af98ee", "split": "test", "audio_id": "foa_ad0fe4bc7cf1c3b1c1c8", "audio_path": "audio/test/foa_ad0fe4bc7cf1c3b1c1c8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the identity of the sound source located at the back-right? Answer in one sentence.", "answer": "The source located at the back-right is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_bc8eea2e13182686b85f", "split": "test", "audio_id": "foa_a15de761cd890b21f9b5", "audio_path": "audio/test/foa_a15de761cd890b21f9b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the aircraft in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.7 degrees", "canonical_answer": "-1.7 degrees", "answer_meta": {"azimuth_deg": -1.7}}
{"qa_id": "qa_66720e21c30cba8bc5d5", "split": "test", "audio_id": "foa_25ae6e5add2e971841eb", "audio_path": "audio/test/foa_25ae6e5add2e971841eb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains paper from 0.2s to 10.4s.", "canonical_answer": "paper (0.2s to 10.4s)", "answer_meta": {"time_span": [0.2, 10.4]}}
{"qa_id": "qa_af07d1789feb75491d5e", "split": "test", "audio_id": "foa_187c4e5ef3a3944180ca", "audio_path": "audio/test/foa_187c4e5ef3a3944180ca.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-33.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-33.6 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_cab309e1dfbf54ffab8f", "split": "test", "audio_id": "foa_46b2af1f19b3ccbb75a2", "audio_path": "audio/test/foa_46b2af1f19b3ccbb75a2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the paper active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The paper sound is active from 0.4s to 19.6s.", "canonical_answer": "0.4s to 19.6s", "answer_meta": {"time_span": [0.4, 19.6]}}
{"qa_id": "qa_259c7b0ce720187c028d", "split": "test", "audio_id": "foa_3b797cb970884802371a", "audio_path": "audio/test/foa_3b797cb970884802371a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_1eec6114c3662db5fa27", "split": "test", "audio_id": "foa_4558b45df38ad33b9b6e", "audio_path": "audio/test/foa_4558b45df38ad33b9b6e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and below side? Answer in one sentence.", "answer": "The sound coming from the left and below is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_dd849e3768fbeb204be3", "split": "test", "audio_id": "foa_b961c4d321ba9146c6f5", "audio_path": "audio/test/foa_b961c4d321ba9146c6f5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=148.5 degrees, elevation=40.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=148.5 degrees, elevation=40.6 degrees is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_879b10cc8979d5f9d23e", "split": "test", "audio_id": "foa_54b5e2339138ce661ec3", "audio_path": "audio/test/foa_54b5e2339138ce661ec3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the aircraft in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.3 degrees", "canonical_answer": "17.3 degrees", "answer_meta": {"azimuth_deg": 17.3}}
{"qa_id": "qa_7749d8a94607bbe3a851", "split": "test", "audio_id": "foa_1e92eacf94a37df2dcab", "audio_path": "audio/test/foa_1e92eacf94a37df2dcab.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.9 degrees", "canonical_answer": "-5.9 degrees", "answer_meta": {"elevation_deg": -5.9}}
{"qa_id": "qa_7ce5a8af9eaac39499c8", "split": "test", "audio_id": "foa_6ef4bfc0bf1af6c24e6c", "audio_path": "audio/test/foa_6ef4bfc0bf1af6c24e6c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that sounds from 0.1s to 3.2s.", "canonical_answer": "bell (0.1s to 3.2s)", "answer_meta": {"time_span": [0.1, 3.2]}}
{"qa_id": "qa_6b0a853ad289ac859620", "split": "test", "audio_id": "foa_d559d185623f96b7d9c8", "audio_path": "audio/test/foa_d559d185623f96b7d9c8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.5 degrees", "canonical_answer": "21.5 degrees", "answer_meta": {"elevation_deg": 21.5}}
{"qa_id": "qa_4ee3d5661d9cf82acf8f", "split": "test", "audio_id": "foa_a53eab92bd17e343a1f5", "audio_path": "audio/test/foa_a53eab92bd17e343a1f5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The source located at the front-right is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_340d3bdb342e9fd9cee1", "split": "test", "audio_id": "foa_a5c09b669c05991ee044", "audio_path": "audio/test/foa_a5c09b669c05991ee044.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the scratch be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is active from 0.4s to 19.6s.", "canonical_answer": "0.4s to 19.6s", "answer_meta": {"time_span": [0.4, 19.6]}}
{"qa_id": "qa_0f1391c04a268108bf0b", "split": "test", "audio_id": "foa_235b08ee2dc133566c2e", "audio_path": "audio/test/foa_235b08ee2dc133566c2e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-87.6 degrees, elevation=6.3 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-87.6 degrees and elevation=6.3 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_659d4c14b4301f2f19fb", "split": "test", "audio_id": "foa_84fbc8864d6da67cfe56", "audio_path": "audio/test/foa_84fbc8864d6da67cfe56.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "168.5 degrees", "canonical_answer": "168.5 degrees", "answer_meta": {"azimuth_deg": 168.5}}
{"qa_id": "qa_eacbf98805575f9f6d9d", "split": "test", "audio_id": "foa_5bcd23b128b7a9f13266", "audio_path": "audio/test/foa_5bcd23b128b7a9f13266.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock that is active from 0.0s to 8.4s.", "canonical_answer": "clock (0.0s to 8.4s)", "answer_meta": {"time_span": [0.0, 8.4]}}
{"qa_id": "qa_67b68e6c1ccf73aa14dc", "split": "test", "audio_id": "foa_9834cd4c7ead2384c8e5", "audio_path": "audio/test/foa_9834cd4c7ead2384c8e5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains male speech occurring from 0.2s to 5.5s.", "canonical_answer": "male speech (0.2s to 5.5s)", "answer_meta": {"time_span": [0.2, 5.5]}}
{"qa_id": "qa_29a081cd8912c9b1488d", "split": "test", "audio_id": "foa_8aef96cffeeaa6da4144", "audio_path": "audio/test/foa_8aef96cffeeaa6da4144.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drawer cabinet located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.2 degrees", "canonical_answer": "25.2 degrees", "answer_meta": {"elevation_deg": 25.2}}
{"qa_id": "qa_e2cc15b548875ceeba39", "split": "test", "audio_id": "foa_e3466986e65c7ac0c78b", "audio_path": "audio/test/foa_e3466986e65c7ac0c78b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=145.9 degrees, elevation=20.6 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=145.9 degrees and elevation=20.6 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_c4d854d059125b47f8f6", "split": "test", "audio_id": "foa_025d164c82b8365bcdd6", "audio_path": "audio/test/foa_025d164c82b8365bcdd6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the animal occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The animal is active from 0.2s to 9.6s.", "canonical_answer": "0.2s to 9.6s", "answer_meta": {"time_span": [0.2, 9.6]}}
{"qa_id": "qa_038c24590038a0fdbdfe", "split": "test", "audio_id": "foa_2ef5e3d2bd052340488b", "audio_path": "audio/test/foa_2ef5e3d2bd052340488b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left? Answer in one sentence.", "answer": "The sound source coming from the back-left is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_f85f41403ad4d8c39f24", "split": "test", "audio_id": "foa_21bae92fb17c3cede797", "audio_path": "audio/test/foa_21bae92fb17c3cede797.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the vehicle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.7 degrees", "canonical_answer": "-89.7 degrees", "answer_meta": {"azimuth_deg": -89.7}}
{"qa_id": "qa_0073b126a4b9e6fa62f7", "split": "test", "audio_id": "foa_e7e5078b1152814c448c", "audio_path": "audio/test/foa_e7e5078b1152814c448c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right and below side? Answer in one sentence.", "answer": "The sound coming from the right and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_8d874defc51eb1ac3a58", "split": "test", "audio_id": "foa_a3b726f12f882f152a56", "audio_path": "audio/test/foa_a3b726f12f882f152a56.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.1 degrees", "canonical_answer": "-31.1 degrees", "answer_meta": {"elevation_deg": -31.1}}
{"qa_id": "qa_2db3e109595c8af03daa", "split": "test", "audio_id": "foa_87bfd9e1119297afb243", "audio_path": "audio/test/foa_87bfd9e1119297afb243.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=132.6 degrees, elevation=0.2 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=132.6 degrees and elevation=0.2 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_6b0080d9a96c196abf1a", "split": "test", "audio_id": "foa_d83a5d06a9985e8e733f", "audio_path": "audio/test/foa_d83a5d06a9985e8e733f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active throughout the interval from 0.0s to 6.3s.", "canonical_answer": "0.0s to 6.3s", "answer_meta": {"time_span": [0.0, 6.3]}}
{"qa_id": "qa_747bcf3f5036449293a9", "split": "test", "audio_id": "foa_ceb2b008d17e8767a402", "audio_path": "audio/test/foa_ceb2b008d17e8767a402.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains male speech from 0.3s to 1.1s.", "canonical_answer": "male speech (0.3s to 1.1s)", "answer_meta": {"time_span": [0.3, 1.1]}}
{"qa_id": "qa_32595d82de19632b88e4", "split": "test", "audio_id": "foa_a5c1106dbd9dc0096685", "audio_path": "audio/test/foa_a5c1106dbd9dc0096685.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "111.2 degrees", "canonical_answer": "111.2 degrees", "answer_meta": {"azimuth_deg": 111.2}}
{"qa_id": "qa_4f67ce929de2f6dab125", "split": "test", "audio_id": "foa_fc1e65374a8e4ebacb5f", "audio_path": "audio/test/foa_fc1e65374a8e4ebacb5f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 2.2s and speech from 0.7s to 8.8s.", "canonical_answer": "speech (0.6s to 2.2s); speech (0.7s to 8.8s)", "answer_meta": {}}
{"qa_id": "qa_3ceb032433e40076f8d5", "split": "test", "audio_id": "foa_292f1720c38f499ed9bc", "audio_path": "audio/test/foa_292f1720c38f499ed9bc.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the male speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.2s to 7.7s.", "canonical_answer": "0.2s to 7.7s", "answer_meta": {"time_span": [0.2, 7.7]}}
{"qa_id": "qa_1af9bcd8e221a13e8b82", "split": "test", "audio_id": "foa_035a1b4f58a864022876", "audio_path": "audio/test/foa_035a1b4f58a864022876.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "123.3 degrees", "canonical_answer": "123.3 degrees", "answer_meta": {"azimuth_deg": 123.3}}
{"qa_id": "qa_a4d1c743a12bd13a075f", "split": "test", "audio_id": "foa_2489bf0f8aa72a4228a8", "audio_path": "audio/test/foa_2489bf0f8aa72a4228a8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.6 degrees", "canonical_answer": "34.6 degrees", "answer_meta": {"elevation_deg": 34.6}}
{"qa_id": "qa_89fbdd17c65737461def", "split": "test", "audio_id": "foa_78ea7859dbd933f80e52", "audio_path": "audio/test/foa_78ea7859dbd933f80e52.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=25.7 degrees, elevation=7.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=25.7 degrees, elevation=7.8 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_40e1c444b6d36230320e", "split": "test", "audio_id": "foa_611d4231298e783202c6", "audio_path": "audio/test/foa_611d4231298e783202c6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the back-right of the listener? Answer in one sentence.", "answer": "The source heard from the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b5ed41802f67c6b58b98", "split": "test", "audio_id": "foa_ddf2e110f03bd772027e", "audio_path": "audio/test/foa_ddf2e110f03bd772027e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound from 0.0s to 1.3s.", "canonical_answer": "body sound (0.0s to 1.3s)", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_d92036e848729cf2266d", "split": "test", "audio_id": "foa_415e225e3edb78f1b30c", "audio_path": "audio/test/foa_415e225e3edb78f1b30c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-94.8 degrees, elevation=11.0 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=-94.8 degrees and elevation=11.0 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_2bde2f06d09b69929d95", "split": "test", "audio_id": "foa_da0cf29306dc41ddde24", "audio_path": "audio/test/foa_da0cf29306dc41ddde24.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the bell be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 9.4s to 15.4s.", "canonical_answer": "9.4s to 15.4s", "answer_meta": {"time_span": [9.4, 15.4]}}
{"qa_id": "qa_4c76696f5f40dd105aca", "split": "test", "audio_id": "foa_0985a13f5bb7e71ac30d", "audio_path": "audio/test/foa_0985a13f5bb7e71ac30d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "73.5 degrees", "canonical_answer": "73.5 degrees", "answer_meta": {"azimuth_deg": 73.5}}
{"qa_id": "qa_d91743d2bf380ea41702", "split": "test", "audio_id": "foa_ab1285b93b025a79bc3d", "audio_path": "audio/test/foa_ab1285b93b025a79bc3d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the vehicle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.2 degrees", "canonical_answer": "3.2 degrees", "answer_meta": {"elevation_deg": 3.2}}
{"qa_id": "qa_a3991dd62d914f92a7bf", "split": "test", "audio_id": "foa_ac00d059980f7b5591af", "audio_path": "audio/test/foa_ac00d059980f7b5591af.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-right and below the listener? Answer in one sentence.", "answer": "The sound source heard from the front-right and below is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_2ba1484d3322ab16d894", "split": "test", "audio_id": "foa_f7035d4da1c367741154", "audio_path": "audio/test/foa_f7035d4da1c367741154.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left? Answer in one sentence.", "answer": "The sound source coming from the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_5c59f0861cf3772c662f", "split": "test", "audio_id": "foa_dafd946457fab698dff2", "audio_path": "audio/test/foa_dafd946457fab698dff2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sounds are present in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird vocalization occurring from 0.0s to 7.5s.", "canonical_answer": "bird (0.0s to 7.5s)", "answer_meta": {"time_span": [0.0, 7.5]}}
{"qa_id": "qa_7249cb10183ba5f6caab", "split": "test", "audio_id": "foa_e32122bd3c74bea8866b", "audio_path": "audio/test/foa_e32122bd3c74bea8866b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-115.1 degrees, elevation=10.1 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth -115.1 degrees and elevation 10.1 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_ff2e5665b584a2fd9415", "split": "test", "audio_id": "foa_87b2458e2db8345e17a1", "audio_path": "audio/test/foa_87b2458e2db8345e17a1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 8.8s.", "canonical_answer": "0.6s to 8.8s", "answer_meta": {"time_span": [0.6, 8.8]}}
{"qa_id": "qa_2315dddf531f7549a9be", "split": "test", "audio_id": "foa_87bc2c26b9ea8a9974ed", "audio_path": "audio/test/foa_87bc2c26b9ea8a9974ed.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.4 degrees", "canonical_answer": "8.4 degrees", "answer_meta": {"elevation_deg": 8.4}}
{"qa_id": "qa_5c23f6e2f41bdd971bf8", "split": "test", "audio_id": "foa_2d17620ec329f9233512", "audio_path": "audio/test/foa_2d17620ec329f9233512.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-160.6 degrees", "canonical_answer": "-160.6 degrees", "answer_meta": {"azimuth_deg": -160.6}}
{"qa_id": "qa_991884438ab03028197f", "split": "test", "audio_id": "foa_fd835b9967eafdd8b620", "audio_path": "audio/test/foa_fd835b9967eafdd8b620.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-139.8 degrees", "canonical_answer": "-139.8 degrees", "answer_meta": {"azimuth_deg": -139.8}}
{"qa_id": "qa_366e25d71e598b24d0f7", "split": "test", "audio_id": "foa_8c30394af989b68aeaf1", "audio_path": "audio/test/foa_8c30394af989b68aeaf1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.3s to 1.8s.", "canonical_answer": "0.3s to 1.8s", "answer_meta": {"time_span": [0.3, 1.8]}}
{"qa_id": "qa_f7b2d7fa0441e87daa58", "split": "test", "audio_id": "foa_66d4c3e7db6d7beb845b", "audio_path": "audio/test/foa_66d4c3e7db6d7beb845b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-102.0 degrees, elevation=inf degrees? Answer in one sentence.", "answer": "The sound coming from an azimuth of -102.0 degrees is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_c87b9617f94964006a17", "split": "test", "audio_id": "foa_d880191c22126611651a", "audio_path": "audio/test/foa_d880191c22126611651a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.7 degrees", "canonical_answer": "19.7 degrees", "answer_meta": {"elevation_deg": 19.7}}
{"qa_id": "qa_e4a0e0ed5eb42581174b", "split": "test", "audio_id": "foa_d7570861d1ac96d220e3", "audio_path": "audio/test/foa_d7570861d1ac96d220e3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left of the listener? Answer in one sentence.", "answer": "The source heard from the front-left is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_f5ebc28ae30a864475d1", "split": "test", "audio_id": "foa_270bb516e751f4a6c890", "audio_path": "audio/test/foa_270bb516e751f4a6c890.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 2.2s.", "canonical_answer": "guitar (0.0s to 2.2s)", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_82b4b75ceb7de1e8ecd8", "split": "test", "audio_id": "foa_96e036b52881d1e90cd6", "audio_path": "audio/test/foa_96e036b52881d1e90cd6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard coming from behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_f6e7660da4812872b58a", "split": "test", "audio_id": "foa_9f699c5456307c694c32", "audio_path": "audio/test/foa_9f699c5456307c694c32.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 0.1s to 0.4s.", "canonical_answer": "0.1s to 0.4s", "answer_meta": {"time_span": [0.1, 0.4]}}
{"qa_id": "qa_6338768038a5d852885f", "split": "test", "audio_id": "foa_1673e4ace3a6de874ae6", "audio_path": "audio/test/foa_1673e4ace3a6de874ae6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the scratch coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.8 degrees", "canonical_answer": "28.8 degrees", "answer_meta": {"azimuth_deg": 28.8}}
{"qa_id": "qa_b9754bb759293a1452c1", "split": "test", "audio_id": "foa_d69715dea6595fdf13a9", "audio_path": "audio/test/foa_d69715dea6595fdf13a9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.5 degrees", "canonical_answer": "-16.5 degrees", "answer_meta": {"elevation_deg": -16.5}}
{"qa_id": "qa_1ab77962a0c088a6c0d2", "split": "test", "audio_id": "foa_c0607b92cf6157cd7606", "audio_path": "audio/test/foa_c0607b92cf6157cd7606.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=14.2 degrees, elevation=5.8 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=14.2 degrees and elevation=5.8 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_56791be3acd51fd73747", "split": "test", "audio_id": "foa_1c3766db5199b640e32c", "audio_path": "audio/test/foa_1c3766db5199b640e32c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird from 0.1s to 1.6s.", "canonical_answer": "bird (0.1s to 1.6s)", "answer_meta": {"time_span": [0.1, 1.6]}}
{"qa_id": "qa_d069a33b16592eadb8f1", "split": "test", "audio_id": "foa_fdf6b13bce0de906c6e6", "audio_path": "audio/test/foa_fdf6b13bce0de906c6e6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that occurs from 0.0s to 4.3s.", "canonical_answer": "metal clink (0.0s to 4.3s)", "answer_meta": {"time_span": [0.0, 4.3]}}
{"qa_id": "qa_5592eff9b012b930f855", "split": "test", "audio_id": "foa_7c65079eb14f1fa5bc20", "audio_path": "audio/test/foa_7c65079eb14f1fa5bc20.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the metal clink coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "76.2 degrees", "canonical_answer": "76.2 degrees", "answer_meta": {"azimuth_deg": 76.2}}
{"qa_id": "qa_6aba0f4329f82891196d", "split": "test", "audio_id": "foa_a8622992dace00a7e5a2", "audio_path": "audio/test/foa_a8622992dace00a7e5a2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the string instrument event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.0s to 3.0s.", "canonical_answer": "0.0s to 3.0s", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_23c63a3a6480f36cfb5a", "split": "test", "audio_id": "foa_b0289fd6648817ffb056", "audio_path": "audio/test/foa_b0289fd6648817ffb056.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.8 degrees", "canonical_answer": "-20.8 degrees", "answer_meta": {"elevation_deg": -20.8}}
{"qa_id": "qa_2e864468a5056f32ed6c", "split": "test", "audio_id": "foa_5f50858d73bdfd1fcd68", "audio_path": "audio/test/foa_5f50858d73bdfd1fcd68.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-151.4 degrees, elevation=3.9 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth=-151.4 degrees and elevation=3.9 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_e9eb27d27b05ea792151", "split": "test", "audio_id": "foa_8b63028ad3ec5b564ecf", "audio_path": "audio/test/foa_8b63028ad3ec5b564ecf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_303c75edf20d0212ef3c", "split": "test", "audio_id": "foa_0e47c910d421b0881a87", "audio_path": "audio/test/foa_0e47c910d421b0881a87.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains crackle from 0.0s to 20.0s, insect from 7.7s to 20.0s, and human vocalization from 12.2s to 19.2s.", "canonical_answer": "crackle (0.0s to 20.0s); insect (7.7s to 20.0s); human vocalization (12.2s to 19.2s)", "answer_meta": {}}
{"qa_id": "qa_71e4c1ab64fb4cc3445b", "split": "test", "audio_id": "foa_2dfeb514a62821b5d365", "audio_path": "audio/test/foa_2dfeb514a62821b5d365.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event is active from 0.0s to 5.4s.", "canonical_answer": "0.0s to 5.4s", "answer_meta": {"time_span": [0.0, 5.4]}}
{"qa_id": "qa_ffc95a9bee015d32e58d", "split": "test", "audio_id": "foa_f8187c5c5bcde0db1f0f", "audio_path": "audio/test/foa_f8187c5c5bcde0db1f0f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the human vocalization coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-158.2 degrees", "canonical_answer": "-158.2 degrees", "answer_meta": {"azimuth_deg": -158.2}}
{"qa_id": "qa_d4d29095ba90a790a33a", "split": "test", "audio_id": "foa_7a0be2127b7d5987ea1b", "audio_path": "audio/test/foa_7a0be2127b7d5987ea1b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=176.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=176.7 degrees and elevation=0.0 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_eb837e322827fe11e682", "split": "test", "audio_id": "foa_c978ad130ca63cd47e45", "audio_path": "audio/test/foa_c978ad130ca63cd47e45.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.2 degrees", "canonical_answer": "-6.2 degrees", "answer_meta": {"elevation_deg": -6.2}}
{"qa_id": "qa_a685936bf796d29a111f", "split": "test", "audio_id": "foa_616bc8368c36ad016ae3", "audio_path": "audio/test/foa_616bc8368c36ad016ae3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The source coming from the back is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_76d1fbb24d3c58ed3376", "split": "test", "audio_id": "foa_0bb1b0864d691c4dcfb0", "audio_path": "audio/test/foa_0bb1b0864d691c4dcfb0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the female speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech event occurs from 0.0s to 0.6s.", "canonical_answer": "0.0s to 0.6s", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_7e9c462f3e265668ae10", "split": "test", "audio_id": "foa_56ac2b07e8c1aa962d15", "audio_path": "audio/test/foa_56ac2b07e8c1aa962d15.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 0.1s to 5.7s, additional singing from 2.1s to 4.7s, and an animal sound occurring from 3.3s to 6.8s.", "canonical_answer": "singing (0.1s to 5.7s); singing (2.1s to 4.7s); animal (3.3s to 6.8s)", "answer_meta": {}}
{"qa_id": "qa_c4bbc6aedda821d55b2f", "split": "test", "audio_id": "foa_09bc0dfd3d470c2465c9", "audio_path": "audio/test/foa_09bc0dfd3d470c2465c9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-55.2 degrees", "canonical_answer": "-55.2 degrees", "answer_meta": {"azimuth_deg": -55.2}}
{"qa_id": "qa_251b9a8911b97e139d96", "split": "test", "audio_id": "foa_40dae59e7e2cbc8177b4", "audio_path": "audio/test/foa_40dae59e7e2cbc8177b4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.3 degrees", "canonical_answer": "3.3 degrees", "answer_meta": {"elevation_deg": 3.3}}
{"qa_id": "qa_d6570025644cb93204aa", "split": "test", "audio_id": "foa_3065f6c97c2a69e426aa", "audio_path": "audio/test/foa_3065f6c97c2a69e426aa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source heard from the front-left is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_8c5928251c76878dee7d", "split": "test", "audio_id": "foa_be2f4cd6da9c1be24618", "audio_path": "audio/test/foa_be2f4cd6da9c1be24618.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-93.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -93.7 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b545f51b1ad83dd25d62", "split": "test", "audio_id": "foa_a20ff5cd544bc46d4b45", "audio_path": "audio/test/foa_a20ff5cd544bc46d4b45.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Over what time interval is the telephone alarm audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm can be heard from 0.1s to 8.3s.", "canonical_answer": "0.1s to 8.3s", "answer_meta": {"time_span": [0.1, 8.3]}}
{"qa_id": "qa_e33b94637500989a3721", "split": "test", "audio_id": "foa_97074c865f8613c8d5d0", "audio_path": "audio/test/foa_97074c865f8613c8d5d0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.3 degrees", "canonical_answer": "20.3 degrees", "answer_meta": {"elevation_deg": 20.3}}
{"qa_id": "qa_144622a7902dc3ec95cb", "split": "test", "audio_id": "foa_701db4297f2122923d0c", "audio_path": "audio/test/foa_701db4297f2122923d0c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-59.2 degrees, elevation=-0.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-59.2 degrees, elevation=-0.2 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0f243a90edaf904ec062", "split": "test", "audio_id": "foa_872711b67a72da78a67a", "audio_path": "audio/test/foa_872711b67a72da78a67a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the gong in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.1 degrees", "canonical_answer": "25.1 degrees", "answer_meta": {"azimuth_deg": 25.1}}
{"qa_id": "qa_27ed25f3b7f8344933a6", "split": "test", "audio_id": "foa_82d50410ca32ac1b2971", "audio_path": "audio/test/foa_82d50410ca32ac1b2971.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wind occurring from 0.8s to 1.0s.", "canonical_answer": "wind (0.8s to 1.0s)", "answer_meta": {"time_span": [0.8, 1.0]}}
{"qa_id": "qa_1c88d91b122608bd8e9c", "split": "test", "audio_id": "foa_40042f0a19a71e037170", "audio_path": "audio/test/foa_40042f0a19a71e037170.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back and above is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_5394b9c231887ac2f335", "split": "test", "audio_id": "foa_73cf6be56876c36adc0d", "audio_path": "audio/test/foa_73cf6be56876c36adc0d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the cat heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active from 0.2s to 17.9s.", "canonical_answer": "0.2s to 17.9s", "answer_meta": {"time_span": [0.2, 17.9]}}
{"qa_id": "qa_0745b6007c7fdaca6a6f", "split": "test", "audio_id": "foa_8f1bc9c0cd4bbb580759", "audio_path": "audio/test/foa_8f1bc9c0cd4bbb580759.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "149.9 degrees", "canonical_answer": "149.9 degrees", "answer_meta": {"azimuth_deg": 149.9}}
{"qa_id": "qa_8c5a60337afe8e14ff87", "split": "test", "audio_id": "foa_5a504e20ab9927676674", "audio_path": "audio/test/foa_5a504e20ab9927676674.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.0 degrees", "canonical_answer": "31.0 degrees", "answer_meta": {"elevation_deg": 31.0}}
{"qa_id": "qa_99069cd495af0b4d92bf", "split": "test", "audio_id": "foa_b41ed52175b845e04852", "audio_path": "audio/test/foa_b41ed52175b845e04852.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the front-right? Answer in one sentence.", "answer": "The sound coming from the front-right is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_f1c74a63101fa609777e", "split": "test", "audio_id": "foa_793e3dd29270443e4943", "audio_path": "audio/test/foa_793e3dd29270443e4943.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 1.2s and guitar from 0.6s to 5.0s.", "canonical_answer": "guitar (0.0s to 1.2s); guitar (0.6s to 5.0s)", "answer_meta": {}}
{"qa_id": "qa_b7580cd460b7cf020945", "split": "test", "audio_id": "foa_7b423c4ec7a84969963a", "audio_path": "audio/test/foa_7b423c4ec7a84969963a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-21.6 degrees, elevation=-15.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-21.6 degrees and elevation=-15.6 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_3bbc3ea61bd61bf8f622", "split": "test", "audio_id": "foa_a99db52dbbb991bd4895", "audio_path": "audio/test/foa_a99db52dbbb991bd4895.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.7 degrees", "canonical_answer": "-38.7 degrees", "answer_meta": {"elevation_deg": -38.7}}
{"qa_id": "qa_3dde9eb03764db1dd2c1", "split": "test", "audio_id": "foa_1720a0215e99df8e2d1c", "audio_path": "audio/test/foa_1720a0215e99df8e2d1c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains a drawer cabinet sound occurring from 0.0s to 0.8s.", "canonical_answer": "drawer cabinet (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_2dc3a3bf1164a1885baa", "split": "test", "audio_id": "foa_a59905829d2cc411d653", "audio_path": "audio/test/foa_a59905829d2cc411d653.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the back-right and above of the listener? Answer in one sentence.", "answer": "The source coming from the back-right and above is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_0e747ab6a1ad6b1edbb5", "split": "test", "audio_id": "foa_48db350374accbda0490", "audio_path": "audio/test/foa_48db350374accbda0490.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=37.3 degrees, elevation=-8.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=37.3 degrees and elevation=-8.5 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_0aef961cdd76dd562b73", "split": "test", "audio_id": "foa_0e2c856c40180e12ed24", "audio_path": "audio/test/foa_0e2c856c40180e12ed24.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the finger snapping in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "168.6 degrees", "canonical_answer": "168.6 degrees", "answer_meta": {"azimuth_deg": 168.6}}
{"qa_id": "qa_0f6877ced7082f4f55a7", "split": "test", "audio_id": "foa_2641dc6deed583c3220f", "audio_path": "audio/test/foa_2641dc6deed583c3220f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of writing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing sound is active from 0.2s to 7.2s.", "canonical_answer": "0.2s to 7.2s", "answer_meta": {"time_span": [0.2, 7.2]}}
{"qa_id": "qa_287f4e2625259bfd6e0a", "split": "test", "audio_id": "foa_0c6fe9fc99da5ad21add", "audio_path": "audio/test/foa_0c6fe9fc99da5ad21add.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.3 degrees", "canonical_answer": "40.3 degrees", "answer_meta": {"azimuth_deg": 40.3}}
{"qa_id": "qa_d0f1bc1cb6311aeea2f8", "split": "test", "audio_id": "foa_fb23183f6572f12810b9", "audio_path": "audio/test/foa_fb23183f6572f12810b9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.0 degrees", "canonical_answer": "-51.0 degrees", "answer_meta": {"elevation_deg": -51.0}}
{"qa_id": "qa_3680f5a72736a9967f78", "split": "test", "audio_id": "foa_e430da0cb0385d4bac94", "audio_path": "audio/test/foa_e430da0cb0385d4bac94.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains finger snapping occurring from 0.6s to 4.2s.", "canonical_answer": "finger snapping (0.6s to 4.2s)", "answer_meta": {"time_span": [0.6, 4.2]}}
{"qa_id": "qa_a16b3d8818834d2d8b6b", "split": "test", "audio_id": "foa_d358d70dd6950e3aaf9a", "audio_path": "audio/test/foa_d358d70dd6950e3aaf9a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_24117c5bae9967f0652e", "split": "test", "audio_id": "foa_4e0e915eebe9d61f71b4", "audio_path": "audio/test/foa_4e0e915eebe9d61f71b4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=69.0 degrees, elevation=-16.7 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth=69.0 degrees and elevation=-16.7 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_aa3697f327dfdb9e3535", "split": "test", "audio_id": "foa_36c23fadc860671ee740", "audio_path": "audio/test/foa_36c23fadc860671ee740.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the musical instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument is active from 0.1s to 8.0s.", "canonical_answer": "0.1s to 8.0s", "answer_meta": {"time_span": [0.1, 8.0]}}
{"qa_id": "qa_832e1ee34c80cf04df81", "split": "test", "audio_id": "foa_924423cc4ceb20f50764", "audio_path": "audio/test/foa_924423cc4ceb20f50764.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=55.0 degrees, elevation=-13.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=55.0 degrees, elevation=-13.1 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_e4ca825e4a5f7b23268b", "split": "test", "audio_id": "foa_7f552c0614da1b5c3a5b", "audio_path": "audio/test/foa_7f552c0614da1b5c3a5b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the string instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "137.0 degrees", "canonical_answer": "137.0 degrees", "answer_meta": {"azimuth_deg": 137.0}}
{"qa_id": "qa_2564cc2a7dd58428b62f", "split": "test", "audio_id": "foa_b04f5f08b1a5809905c3", "audio_path": "audio/test/foa_b04f5f08b1a5809905c3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-49.9 degrees", "canonical_answer": "-49.9 degrees", "answer_meta": {"elevation_deg": -49.9}}
{"qa_id": "qa_2e28c1a3086e8f18c190", "split": "test", "audio_id": "foa_05142fe6ddc69ffcfddf", "audio_path": "audio/test/foa_05142fe6ddc69ffcfddf.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the body sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is active from 0.0s to 8.2s.", "canonical_answer": "0.0s to 8.2s", "answer_meta": {"time_span": [0.0, 8.2]}}
{"qa_id": "qa_311f819877f8eaa49030", "split": "test", "audio_id": "foa_3e8a944609a2d133249c", "audio_path": "audio/test/foa_3e8a944609a2d133249c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains ocean from 0.0s to 18.5s, cooking from 1.3s to 9.6s, cat from 6.6s to 9.2s, and kitchenware from 13.3s to 20.0s.", "canonical_answer": "ocean (0.0s to 18.5s); cooking (1.3s to 9.6s); cat (6.6s to 9.2s); kitchenware (13.3s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_23c50507690afd5c632d", "split": "test", "audio_id": "foa_c8add4fac6277d14cc01", "audio_path": "audio/test/foa_c8add4fac6277d14cc01.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above? Answer in one sentence.", "answer": "The source located at the back and above is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_28c592a44c2cd7b99eab", "split": "test", "audio_id": "foa_88493c53564d515355d0", "audio_path": "audio/test/foa_88493c53564d515355d0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a clock from 0.0s to 11.9s, an appliance from 0.4s to 3.6s, and percussion from 4.9s to 14.0s.", "canonical_answer": "clock (0.0s to 11.9s); appliance (0.4s to 3.6s); percussion (4.9s to 14.0s)", "answer_meta": {}}
{"qa_id": "qa_e333bcc739822337a8d7", "split": "test", "audio_id": "foa_204f6b2d74b7d57edf72", "audio_path": "audio/test/foa_204f6b2d74b7d57edf72.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the sound of the paper active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The paper sound is active from 0.4s to 19.6s.", "canonical_answer": "0.4s to 19.6s", "answer_meta": {"time_span": [0.4, 19.6]}}
{"qa_id": "qa_6cac6871dbaefdfb24a3", "split": "test", "audio_id": "foa_62273fb21ac4ab1fcf1b", "audio_path": "audio/test/foa_62273fb21ac4ab1fcf1b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.4 degrees", "canonical_answer": "6.4 degrees", "answer_meta": {"elevation_deg": 6.4}}
{"qa_id": "qa_d4c2823159eab86c0778", "split": "test", "audio_id": "foa_710938d41d8c3697b3f3", "audio_path": "audio/test/foa_710938d41d8c3697b3f3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.7 degrees", "canonical_answer": "-10.7 degrees", "answer_meta": {"azimuth_deg": -10.7}}
{"qa_id": "qa_b08fd6524bf8265f325d", "split": "test", "audio_id": "foa_fa2ad88e6eecb559ccb6", "audio_path": "audio/test/foa_fa2ad88e6eecb559ccb6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_cea554b7436a62175d20", "split": "test", "audio_id": "foa_df0e072201f3160e9b7a", "audio_path": "audio/test/foa_df0e072201f3160e9b7a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=51.9 degrees, elevation=3.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=51.9 degrees and elevation=3.3 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_152d9fb165ebe153692c", "split": "test", "audio_id": "foa_5c89d765d41a1b435eff", "audio_path": "audio/test/foa_5c89d765d41a1b435eff.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the scratch active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 17.4s to 20.0s.", "canonical_answer": "17.4s to 20.0s", "answer_meta": {"time_span": [17.4, 20.0]}}
{"qa_id": "qa_927a293151705fa49168", "split": "test", "audio_id": "foa_146396a872889d896a3a", "audio_path": "audio/test/foa_146396a872889d896a3a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-156.6 degrees, elevation=4.7 degrees. Answer in one sentence.", "answer": "The source located at azimuth -156.6 degrees and elevation 4.7 degrees is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_c42adc8f6daa0c4b9c5d", "split": "test", "audio_id": "foa_4b8d48562f96dd0c755e", "audio_path": "audio/test/foa_4b8d48562f96dd0c755e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and below the listener? Answer in one sentence.", "answer": "The sound source located at the front and below is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_e95467dd9ce381234cd3", "split": "test", "audio_id": "foa_0f728306c59bf0e16cad", "audio_path": "audio/test/foa_0f728306c59bf0e16cad.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a frog from 0.1s to 17.2s, fire from 17.1s to 19.4s, and an animal from 18.5s to 19.6s.", "canonical_answer": "frog (0.1s to 17.2s); fire (17.1s to 19.4s); animal (18.5s to 19.6s)", "answer_meta": {}}
{"qa_id": "qa_e95468f4d14ee44dd1db", "split": "test", "audio_id": "foa_ca4517cbb5c4288bc89e", "audio_path": "audio/test/foa_ca4517cbb5c4288bc89e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-56.5 degrees", "canonical_answer": "-56.5 degrees", "answer_meta": {"azimuth_deg": -56.5}}
{"qa_id": "qa_6c7bd5a53d44346afc97", "split": "test", "audio_id": "foa_43fd60b59c9c2f9799a6", "audio_path": "audio/test/foa_43fd60b59c9c2f9799a6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tearing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "44.6 degrees", "canonical_answer": "44.6 degrees", "answer_meta": {"elevation_deg": 44.6}}
{"qa_id": "qa_6c9c5409068b5032234e", "split": "test", "audio_id": "foa_7022adfe8a8548576364", "audio_path": "audio/test/foa_7022adfe8a8548576364.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.0 degrees", "canonical_answer": "34.0 degrees", "answer_meta": {"azimuth_deg": 34.0}}
{"qa_id": "qa_8c6e2ba60849a7f37762", "split": "test", "audio_id": "foa_36fff597e61d7227cf0a", "audio_path": "audio/test/foa_36fff597e61d7227cf0a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.4s to 2.4s.", "canonical_answer": "0.4s to 2.4s", "answer_meta": {"time_span": [0.4, 2.4]}}
{"qa_id": "qa_c0fb6545c0fee6e26395", "split": "test", "audio_id": "foa_f0bfe5b4574c6d262ec0", "audio_path": "audio/test/foa_f0bfe5b4574c6d262ec0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above? Answer in one sentence.", "answer": "The source located at the back and above is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_86b6c842d72c1fa383af", "split": "test", "audio_id": "foa_f602bbb9d4c7e11adbd0", "audio_path": "audio/test/foa_f602bbb9d4c7e11adbd0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=84.2 degrees, elevation=-3.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth 84.2 degrees and elevation -3.6 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_21b42bf4474b32f815ed", "split": "test", "audio_id": "foa_57a9eb2bbb80895a7486", "audio_path": "audio/test/foa_57a9eb2bbb80895a7486.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a gong from 0.1s to 3.4s.", "canonical_answer": "gong (0.1s to 3.4s)", "answer_meta": {"time_span": [0.1, 3.4]}}
{"qa_id": "qa_550cc58c75ae34ede371", "split": "test", "audio_id": "foa_253da8b3a86e330d0b96", "audio_path": "audio/test/foa_253da8b3a86e330d0b96.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the laughter in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_1ff1b0c84069dcf492ad", "split": "test", "audio_id": "foa_41342de44f8188e500e2", "audio_path": "audio/test/foa_41342de44f8188e500e2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the train? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.2 degrees", "canonical_answer": "-34.2 degrees", "answer_meta": {"elevation_deg": -34.2}}
{"qa_id": "qa_5ac1af00f50ad5448c61", "split": "test", "audio_id": "foa_f57ab1ffdb6eef1002eb", "audio_path": "audio/test/foa_f57ab1ffdb6eef1002eb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The source located to the right is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_23746c9e948c0a5e1dfd", "split": "test", "audio_id": "foa_674517066a64692ffac0", "audio_path": "audio/test/foa_674517066a64692ffac0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the duration of the tool event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool event occurs from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_b22c0244d38ced949518", "split": "test", "audio_id": "foa_7f3f39bd59997871b2e7", "audio_path": "audio/test/foa_7f3f39bd59997871b2e7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=126.4 degrees, elevation=-8.5 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth 126.4 degrees and elevation -8.5 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_f2171a5151446655ffa9", "split": "test", "audio_id": "foa_d0c11d8a2a56a867d4d1", "audio_path": "audio/test/foa_d0c11d8a2a56a867d4d1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wood? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-60.9 degrees", "canonical_answer": "-60.9 degrees", "answer_meta": {"azimuth_deg": -60.9}}
{"qa_id": "qa_4307f517b7c8416c1346", "split": "test", "audio_id": "foa_b063c5ef09e34383e36d", "audio_path": "audio/test/foa_b063c5ef09e34383e36d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains water, which is heard from 6.7s to 10.9s.", "canonical_answer": "water (6.7s to 10.9s)", "answer_meta": {"time_span": [6.7, 10.9]}}
{"qa_id": "qa_4918a26a654cd7533a93", "split": "test", "audio_id": "foa_539d1d9273dc1ec03fd2", "audio_path": "audio/test/foa_539d1d9273dc1ec03fd2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm from 0.4s to 0.6s.", "canonical_answer": "alarm (0.4s to 0.6s)", "answer_meta": {"time_span": [0.4, 0.6]}}
{"qa_id": "qa_73afb7c090f3eebb8341", "split": "test", "audio_id": "foa_d096c8e6d180b58e22f2", "audio_path": "audio/test/foa_d096c8e6d180b58e22f2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of rain be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The rain is active from 19.4s to 20.0s.", "canonical_answer": "19.4s to 20.0s", "answer_meta": {"time_span": [19.4, 20.0]}}
{"qa_id": "qa_ab96454a69128f340ea8", "split": "test", "audio_id": "foa_8acba9f1bb432761a87a", "audio_path": "audio/test/foa_8acba9f1bb432761a87a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-125.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -125.9 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_92f6fdcd7f78f126fc14", "split": "test", "audio_id": "foa_bc9668ce5653c0f7923e", "audio_path": "audio/test/foa_bc9668ce5653c0f7923e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located directly in front of the listener? Answer in one sentence.", "answer": "The sound source coming from the front is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_8906fb7269df9694e02d", "split": "test", "audio_id": "foa_5833b06d5f81f5023a8f", "audio_path": "audio/test/foa_5833b06d5f81f5023a8f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the female speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.4 degrees", "canonical_answer": "16.4 degrees", "answer_meta": {"elevation_deg": 16.4}}
{"qa_id": "qa_ec4e2caa142c943a7edf", "split": "test", "audio_id": "foa_b2fe952fb446b323a1df", "audio_path": "audio/test/foa_b2fe952fb446b323a1df.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the animal coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.5 degrees", "canonical_answer": "-29.5 degrees", "answer_meta": {"azimuth_deg": -29.5}}
{"qa_id": "qa_771a37d7cc93c87a1123", "split": "test", "audio_id": "foa_34947bda893c701d07e0", "audio_path": "audio/test/foa_34947bda893c701d07e0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event takes place from 0.0s to 4.6s.", "canonical_answer": "0.0s to 4.6s", "answer_meta": {"time_span": [0.0, 4.6]}}
{"qa_id": "qa_c56183405fede9ce1ba0", "split": "test", "audio_id": "foa_779e398715230fb9d922", "audio_path": "audio/test/foa_779e398715230fb9d922.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-171.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -171.2 degrees and elevation 0.0 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_643b701155153aed1131", "split": "test", "audio_id": "foa_72c3d76a3567a5b48419", "audio_path": "audio/test/foa_72c3d76a3567a5b48419.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.5 degrees", "canonical_answer": "-16.5 degrees", "answer_meta": {"elevation_deg": -16.5}}
{"qa_id": "qa_7be8c0df9d2acdea26eb", "split": "test", "audio_id": "foa_089c5691ff2d84d16fae", "audio_path": "audio/test/foa_089c5691ff2d84d16fae.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "36.9 degrees", "canonical_answer": "36.9 degrees", "answer_meta": {"azimuth_deg": 36.9}}
{"qa_id": "qa_469734786e131547e1c4", "split": "test", "audio_id": "foa_9c7398e1b5e77d9b1ad2", "audio_path": "audio/test/foa_9c7398e1b5e77d9b1ad2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a gong that sounds from 0.0s to 6.6s.", "canonical_answer": "gong (0.0s to 6.6s)", "answer_meta": {"time_span": [0.0, 6.6]}}
{"qa_id": "qa_abb24c419f67b89f5349", "split": "test", "audio_id": "foa_cd773178871a5ab02201", "audio_path": "audio/test/foa_cd773178871a5ab02201.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left side? Answer in one sentence.", "answer": "The sound coming from the left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_6a706e708fcba9d37783", "split": "test", "audio_id": "foa_bf4dc435f8f79fb862a2", "audio_path": "audio/test/foa_bf4dc435f8f79fb862a2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and above? Answer in one sentence.", "answer": "The sound source located at the back-left and above is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_628443c058dc425d54d4", "split": "test", "audio_id": "foa_e4bd7542e35f3d8057ba", "audio_path": "audio/test/foa_e4bd7542e35f3d8057ba.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 7.4s.", "canonical_answer": "0.6s to 7.4s", "answer_meta": {"time_span": [0.6, 7.4]}}
{"qa_id": "qa_978ffa6c60a7c62a2b2e", "split": "test", "audio_id": "foa_36633a9413a990fe6979", "audio_path": "audio/test/foa_36633a9413a990fe6979.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that can be heard from 0.0s to 3.4s.", "canonical_answer": "bird (0.0s to 3.4s)", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_48d6ce42f37de1a5180a", "split": "test", "audio_id": "foa_89bed8d59370ebf87def", "audio_path": "audio/test/foa_89bed8d59370ebf87def.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.0 degrees", "canonical_answer": "-7.0 degrees", "answer_meta": {"elevation_deg": -7.0}}
{"qa_id": "qa_3ce63e16c69c1643cc36", "split": "test", "audio_id": "foa_2d1a4a153d71acb1d962", "audio_path": "audio/test/foa_2d1a4a153d71acb1d962.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=58.1 degrees, elevation=-49.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=58.1 degrees, elevation=-49.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3537ae873136d8cf1d1a", "split": "test", "audio_id": "foa_dcc6871d540e1f587029", "audio_path": "audio/test/foa_dcc6871d540e1f587029.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the ocean coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "60.8 degrees", "canonical_answer": "60.8 degrees", "answer_meta": {"azimuth_deg": 60.8}}
{"qa_id": "qa_b1649e75f081c2ebf451", "split": "test", "audio_id": "foa_852581a73cb2877b2305", "audio_path": "audio/test/foa_852581a73cb2877b2305.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.3 degrees", "canonical_answer": "-18.3 degrees", "answer_meta": {"elevation_deg": -18.3}}
{"qa_id": "qa_919819676c9237c6c8dc", "split": "test", "audio_id": "foa_380c8f212905968d08ef", "audio_path": "audio/test/foa_380c8f212905968d08ef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "151.3 degrees", "canonical_answer": "151.3 degrees", "answer_meta": {"azimuth_deg": 151.3}}
{"qa_id": "qa_f6c786aa6d0f9b5cbee1", "split": "test", "audio_id": "foa_de30b4520bad92205034", "audio_path": "audio/test/foa_de30b4520bad92205034.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-34.6 degrees, elevation=20.2 degrees? Answer in one sentence.", "answer": "A drum is the sound heard from azimuth=-34.6 degrees, elevation=20.2 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_7e3702749926a242e70c", "split": "test", "audio_id": "foa_211b8efc93274c2861dd", "audio_path": "audio/test/foa_211b8efc93274c2861dd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located to the left is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_ec5a8c3ba199f6df9504", "split": "test", "audio_id": "foa_6755d1c9057792ff7c32", "audio_path": "audio/test/foa_6755d1c9057792ff7c32.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech from 0.2s to 3.1s and speech from 0.6s to 7.3s.", "canonical_answer": "speech (0.2s to 3.1s); speech (0.6s to 7.3s)", "answer_meta": {}}
{"qa_id": "qa_49584aeef04079641b55", "split": "test", "audio_id": "foa_63c48ab7d997e5594929", "audio_path": "audio/test/foa_63c48ab7d997e5594929.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time duration of the appliance event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance event occurs during the time interval from 0.0s to 16.9s.", "canonical_answer": "0.0s to 16.9s", "answer_meta": {"time_span": [0.0, 16.9]}}
{"qa_id": "qa_6e09be15e42f2ee89a4b", "split": "test", "audio_id": "foa_d342001dac3166fa0cee", "audio_path": "audio/test/foa_d342001dac3166fa0cee.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the knock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.0 degrees", "canonical_answer": "-11.0 degrees", "answer_meta": {"elevation_deg": -11.0}}
{"qa_id": "qa_cb35402fda9833442efc", "split": "test", "audio_id": "foa_99c1b7ff09fb0155e64a", "audio_path": "audio/test/foa_99c1b7ff09fb0155e64a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the knock coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-149.7 degrees", "canonical_answer": "-149.7 degrees", "answer_meta": {"azimuth_deg": -149.7}}
{"qa_id": "qa_754625dc14ed01db517c", "split": "test", "audio_id": "foa_6d25878d042b339b08a3", "audio_path": "audio/test/foa_6d25878d042b339b08a3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval can the bell be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 0.4s to 7.4s.", "canonical_answer": "0.4s to 7.4s", "answer_meta": {"time_span": [0.4, 7.4]}}
{"qa_id": "qa_d751011a98b1965454ca", "split": "test", "audio_id": "foa_fc6e5f2f744d75739e4e", "audio_path": "audio/test/foa_fc6e5f2f744d75739e4e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features cooking from 0.0s to 20.0s, a string instrument from 13.0s to 15.4s, and an animal from 16.5s to 17.6s.", "canonical_answer": "cooking (0.0s to 20.0s); string instrument (13.0s to 15.4s); animal (16.5s to 17.6s)", "answer_meta": {}}
{"qa_id": "qa_04a105381e7f96753cb8", "split": "test", "audio_id": "foa_84ed0d488cd2cf10b65a", "audio_path": "audio/test/foa_84ed0d488cd2cf10b65a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in front of and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front and above is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_3b562d498b1d9531c01d", "split": "test", "audio_id": "foa_469be81bd92ba085ed62", "audio_path": "audio/test/foa_469be81bd92ba085ed62.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=50.7 degrees, elevation=21.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=50.7 degrees and elevation=21.4 degrees is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_7ce983af8a4f7664799a", "split": "test", "audio_id": "foa_3445b68c6f1c076aa5e4", "audio_path": "audio/test/foa_3445b68c6f1c076aa5e4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the zipper active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper is active from 0.1s to 3.5s.", "canonical_answer": "0.1s to 3.5s", "answer_meta": {"time_span": [0.1, 3.5]}}
{"qa_id": "qa_924b721291cc42ca3ecf", "split": "test", "audio_id": "foa_4fb5ef4f547d99a92ae6", "audio_path": "audio/test/foa_4fb5ef4f547d99a92ae6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.1 degrees", "canonical_answer": "-2.1 degrees", "answer_meta": {"elevation_deg": -2.1}}
{"qa_id": "qa_50267544cc0e86d6f16a", "split": "test", "audio_id": "foa_b5c4a31a0a8f28aaf39f", "audio_path": "audio/test/foa_b5c4a31a0a8f28aaf39f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The sound source located at the back-right is a scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_1d46899f3e7728f7ea9c", "split": "test", "audio_id": "foa_864177c960682cef381d", "audio_path": "audio/test/foa_864177c960682cef381d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-91.8 degrees, elevation=25.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-91.8 degrees, elevation=25.5 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_b398e0c118f583a10235", "split": "test", "audio_id": "foa_16d1deb4e9a2c34d93d8", "audio_path": "audio/test/foa_16d1deb4e9a2c34d93d8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter starting at 0.8s and ending at 20.0s.", "canonical_answer": "laughter (0.8s to 20.0s)", "answer_meta": {"time_span": [0.8, 20.0]}}
{"qa_id": "qa_b90b5bcb8bf5bf8a6367", "split": "test", "audio_id": "foa_c956add6ec6aeef07d14", "audio_path": "audio/test/foa_c956add6ec6aeef07d14.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "94.6 degrees", "canonical_answer": "94.6 degrees", "answer_meta": {"azimuth_deg": 94.6}}
{"qa_id": "qa_a7b495c5fb6f0077104e", "split": "test", "audio_id": "foa_e01296b7f8676564f4bf", "audio_path": "audio/test/foa_e01296b7f8676564f4bf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "135.4 degrees", "canonical_answer": "135.4 degrees", "answer_meta": {"azimuth_deg": 135.4}}
{"qa_id": "qa_294d9f6612c6e54de7a4", "split": "test", "audio_id": "foa_3dc39d07ee57921887e6", "audio_path": "audio/test/foa_3dc39d07ee57921887e6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the crack located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.1 degrees", "canonical_answer": "16.1 degrees", "answer_meta": {"elevation_deg": 16.1}}
{"qa_id": "qa_efb3dd8e8eb19e4af9c3", "split": "test", "audio_id": "foa_66d375c2b3ac9861bc6e", "audio_path": "audio/test/foa_66d375c2b3ac9861bc6e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left and below side? Answer in one sentence.", "answer": "The source coming from the back-left and below is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_405fb64e8506fa8756fd", "split": "test", "audio_id": "foa_3279df98349c99a53f0e", "audio_path": "audio/test/foa_3279df98349c99a53f0e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=22.8 degrees, elevation=-29.7 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=22.8 degrees and elevation=-29.7 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_ee4a133eff80535f8a78", "split": "test", "audio_id": "foa_d7d96f89dcfd3038ebdf", "audio_path": "audio/test/foa_d7d96f89dcfd3038ebdf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech active from 0.5s to 6.7s.", "canonical_answer": "speech (0.5s to 6.7s)", "answer_meta": {"time_span": [0.5, 6.7]}}
{"qa_id": "qa_8f60ce204cd7c911e3c5", "split": "test", "audio_id": "foa_ede857c07f18b8695eb7", "audio_path": "audio/test/foa_ede857c07f18b8695eb7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the insect be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect event is active from 0.3s to 0.8s.", "canonical_answer": "0.3s to 0.8s", "answer_meta": {"time_span": [0.3, 0.8]}}
{"qa_id": "qa_7c63f54a46d91c5f6dd4", "split": "test", "audio_id": "foa_794744d4de8f6f5b20c1", "audio_path": "audio/test/foa_794744d4de8f6f5b20c1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=60.9 degrees, elevation=21.1 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=60.9 degrees and elevation=21.1 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_40ec499a47c62ea51350", "split": "test", "audio_id": "foa_bdf1e41033b36474dbe5", "audio_path": "audio/test/foa_bdf1e41033b36474dbe5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the bell occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell event is active from 0.0s to 0.2s.", "canonical_answer": "0.0s to 0.2s", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_3e6e0d496ceca6e26bd5", "split": "test", "audio_id": "foa_8d175a40c25b78867131", "audio_path": "audio/test/foa_8d175a40c25b78867131.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains cooking from 0.0s to 20.0s, home sound from 0.7s to 18.5s, and a keyboard instrument from 18.9s to 20.0s.", "canonical_answer": "cooking (0.0s to 20.0s); home sound (0.7s to 18.5s); keyboard instrument (18.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_4c8f65d21ed68d84dabf", "split": "test", "audio_id": "foa_b9c74c8cc63137a970e3", "audio_path": "audio/test/foa_b9c74c8cc63137a970e3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_94b03a021be9381ba6ef", "split": "test", "audio_id": "foa_5aa710403c2efb67463d", "audio_path": "audio/test/foa_5aa710403c2efb67463d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.7 degrees", "canonical_answer": "25.7 degrees", "answer_meta": {"elevation_deg": 25.7}}
{"qa_id": "qa_1d8fefbcb1e0c8ab3fe5", "split": "test", "audio_id": "foa_89896ad757e513290182", "audio_path": "audio/test/foa_89896ad757e513290182.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "64.4 degrees", "canonical_answer": "64.4 degrees", "answer_meta": {"azimuth_deg": 64.4}}
{"qa_id": "qa_bf431c2166b472260015", "split": "test", "audio_id": "foa_b286403d12d2626a2717", "audio_path": "audio/test/foa_b286403d12d2626a2717.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains kitchenware from 0.1s to 2.6s, speech from 0.2s to 7.2s, and footsteps from 1.1s to 20.0s.", "canonical_answer": "kitchenware (0.1s to 2.6s); speech (0.2s to 7.2s); footsteps (1.1s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_9ccf3aeff661fdcea5b2", "split": "test", "audio_id": "foa_9e03e2f70c8669bbef58", "audio_path": "audio/test/foa_9e03e2f70c8669bbef58.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.5 degrees", "canonical_answer": "-33.5 degrees", "answer_meta": {"elevation_deg": -33.5}}
{"qa_id": "qa_29b5a359fb25eccce95d", "split": "test", "audio_id": "foa_4d84a822dfafad8c5c61", "audio_path": "audio/test/foa_4d84a822dfafad8c5c61.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the dog active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The dog is active from 0.5s to 8.2s.", "canonical_answer": "0.5s to 8.2s", "answer_meta": {"time_span": [0.5, 8.2]}}
{"qa_id": "qa_a7dbdeb49ad098c486ed", "split": "test", "audio_id": "foa_69322a9c6bd39e081d2c", "audio_path": "audio/test/foa_69322a9c6bd39e081d2c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-32.5 degrees, elevation=-14.5 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=-32.5 degrees and elevation=-14.5 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_2ed0a042447abb7b3e7a", "split": "test", "audio_id": "foa_90574f5da5d2a27db045", "audio_path": "audio/test/foa_90574f5da5d2a27db045.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the aircraft coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "109.3 degrees", "canonical_answer": "109.3 degrees", "answer_meta": {"azimuth_deg": 109.3}}
{"qa_id": "qa_36c3739ad93a33834814", "split": "test", "audio_id": "foa_3e68098128548bfe18ba", "audio_path": "audio/test/foa_3e68098128548bfe18ba.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left side? Answer in one sentence.", "answer": "The sound coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_370300b82e57e656e053", "split": "test", "audio_id": "foa_9061e71417790db20896", "audio_path": "audio/test/foa_9061e71417790db20896.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the water be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is audible from 0.0s to 5.8s.", "canonical_answer": "0.0s to 5.8s", "answer_meta": {"time_span": [0.0, 5.8]}}
{"qa_id": "qa_dd8117e29ea0f89d1ff0", "split": "test", "audio_id": "foa_56c3d758823c3bbbe418", "audio_path": "audio/test/foa_56c3d758823c3bbbe418.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.3 degrees", "canonical_answer": "1.3 degrees", "answer_meta": {"elevation_deg": 1.3}}
{"qa_id": "qa_6b53c14a14e7701a76d1", "split": "test", "audio_id": "foa_ee7ca5e48c36ff190a72", "audio_path": "audio/test/foa_ee7ca5e48c36ff190a72.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source coming from the front-right is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_5f2f46bb726db01751e5", "split": "test", "audio_id": "foa_e300dc11ca52794e13da", "audio_path": "audio/test/foa_e300dc11ca52794e13da.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=4.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=4.9 degrees and elevation=0.0 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_0c2e30c9c2a6f6a81326", "split": "test", "audio_id": "foa_cb0992e66859654a94fc", "audio_path": "audio/test/foa_cb0992e66859654a94fc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.4s to 3.8s and another instance of speech from 0.5s to 4.9s.", "canonical_answer": "speech (0.4s to 3.8s); speech (0.5s to 4.9s)", "answer_meta": {}}
{"qa_id": "qa_e483bdb1c542173de9fb", "split": "test", "audio_id": "foa_218c4d3483b9facdccb9", "audio_path": "audio/test/foa_218c4d3483b9facdccb9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the bird coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "136.2 degrees", "canonical_answer": "136.2 degrees", "answer_meta": {"azimuth_deg": 136.2}}
{"qa_id": "qa_5845b95abb628968d937", "split": "test", "audio_id": "foa_276533388dcaf5ff303d", "audio_path": "audio/test/foa_276533388dcaf5ff303d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the kitchenware be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware is active from 0.5s to 20.0s.", "canonical_answer": "0.5s to 20.0s", "answer_meta": {"time_span": [0.5, 20.0]}}
{"qa_id": "qa_2cdc69e8ee86edec6c04", "split": "test", "audio_id": "foa_dddd886a0f5c4669e07f", "audio_path": "audio/test/foa_dddd886a0f5c4669e07f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.2 degrees", "canonical_answer": "-13.2 degrees", "answer_meta": {"azimuth_deg": -13.2}}
{"qa_id": "qa_6eed32f429f2394004e4", "split": "test", "audio_id": "foa_5810043ea976c1783c3a", "audio_path": "audio/test/foa_5810043ea976c1783c3a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=10.2 degrees, elevation=-50.6 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=10.2 degrees and elevation=-50.6 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_083e4dee8f99189d9f56", "split": "test", "audio_id": "foa_c393b557445ea7f2000d", "audio_path": "audio/test/foa_c393b557445ea7f2000d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.2 degrees", "canonical_answer": "25.2 degrees", "answer_meta": {"elevation_deg": 25.2}}
{"qa_id": "qa_ee3ce309327fc1096213", "split": "test", "audio_id": "foa_a1e0c1baa6743656d284", "audio_path": "audio/test/foa_a1e0c1baa6743656d284.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back and above is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_d45e52b2bb9e3e0e9b4c", "split": "test", "audio_id": "foa_327ac0b0d59abbb34cff", "audio_path": "audio/test/foa_327ac0b0d59abbb34cff.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains machine from 0.0s to 20.0s, aircraft from 7.6s to 15.9s, and a car from 19.5s to 20.0s.", "canonical_answer": "machine (0.0s to 20.0s); aircraft (7.6s to 15.9s); car (19.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_e05a52f51f663df000a3", "split": "test", "audio_id": "foa_24e875972bd884d495cb", "audio_path": "audio/test/foa_24e875972bd884d495cb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 6.0s and speech from 0.6s to 10.7s.", "canonical_answer": "speech (0.3s to 6.0s); speech (0.6s to 10.7s)", "answer_meta": {}}
{"qa_id": "qa_a5aadc00ab88db74ef5e", "split": "test", "audio_id": "foa_5973867e98beec478e51", "audio_path": "audio/test/foa_5973867e98beec478e51.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wood in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.6 degrees", "canonical_answer": "-12.6 degrees", "answer_meta": {"azimuth_deg": -12.6}}
{"qa_id": "qa_663dd242c776197ed69a", "split": "test", "audio_id": "foa_3b69678c141f959f4ec3", "audio_path": "audio/test/foa_3b69678c141f959f4ec3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound coming from the left is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_fad5b84d6090071c6bd4", "split": "test", "audio_id": "foa_98bda251b210c36bff83", "audio_path": "audio/test/foa_98bda251b210c36bff83.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=48.7 degrees, elevation=-6.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth 48.7 degrees and elevation -6.2 degrees is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_e45f79d02711f7f18df6", "split": "test", "audio_id": "foa_cf5487eba7efd69a4ec6", "audio_path": "audio/test/foa_cf5487eba7efd69a4ec6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 12.0s to 14.1s.", "canonical_answer": "12.0s to 14.1s", "answer_meta": {"time_span": [12.0, 14.1]}}
{"qa_id": "qa_c88c9e7974879854b60b", "split": "test", "audio_id": "foa_5b1419089b3b3504970f", "audio_path": "audio/test/foa_5b1419089b3b3504970f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.8 degrees", "canonical_answer": "-27.8 degrees", "answer_meta": {"elevation_deg": -27.8}}
{"qa_id": "qa_c17373676664f76c6467", "split": "test", "audio_id": "foa_57f99e1dbf7311cf3bb6", "audio_path": "audio/test/foa_57f99e1dbf7311cf3bb6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-56.1 degrees", "canonical_answer": "-56.1 degrees", "answer_meta": {"elevation_deg": -56.1}}
{"qa_id": "qa_b040b7f3d80082654893", "split": "test", "audio_id": "foa_2a91126c5b7247c689bf", "audio_path": "audio/test/foa_2a91126c5b7247c689bf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 0.3s to 17.3s, a drawer cabinet from 14.7s to 20.0s, and a string instrument from 19.0s to 20.0s.", "canonical_answer": "singing (0.3s to 17.3s); drawer cabinet (14.7s to 20.0s); string instrument (19.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_35025972418d27dbb6ec", "split": "test", "audio_id": "foa_716e7dd8721f0884e822", "audio_path": "audio/test/foa_716e7dd8721f0884e822.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the dog active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The dog is active during the interval from 1.0s to 13.7s.", "canonical_answer": "1.0s to 13.7s", "answer_meta": {"time_span": [1.0, 13.7]}}
{"qa_id": "qa_4daa9339a6030bc19aa2", "split": "test", "audio_id": "foa_65e1f3b148b4360e49e6", "audio_path": "audio/test/foa_65e1f3b148b4360e49e6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=33.7 degrees, elevation=-21.3 degrees? Answer in one sentence.", "answer": "A person is singing at azimuth=33.7 degrees and elevation=-21.3 degrees.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_a2b48c0b8678331c16c4", "split": "test", "audio_id": "foa_d49ac1ad928f51f7d0e6", "audio_path": "audio/test/foa_d49ac1ad928f51f7d0e6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the laughter coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.7 degrees", "canonical_answer": "-0.7 degrees", "answer_meta": {"azimuth_deg": -0.7}}
{"qa_id": "qa_8d530da7e831bd0726cd", "split": "test", "audio_id": "foa_2dd23efe5870e97a87a7", "audio_path": "audio/test/foa_2dd23efe5870e97a87a7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source coming from the right and below is an animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_cd755ecc8894b3696207", "split": "test", "audio_id": "foa_be46391c176e6ed1751f", "audio_path": "audio/test/foa_be46391c176e6ed1751f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle event that lasts from 0.0s to 20.0s.", "canonical_answer": "vehicle (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_243b55618966402c5cdd", "split": "test", "audio_id": "foa_f17d230ee35e98b9ca3b", "audio_path": "audio/test/foa_f17d230ee35e98b9ca3b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the percussion be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is audible from 5.4s to 6.5s.", "canonical_answer": "5.4s to 6.5s", "answer_meta": {"time_span": [5.4, 6.5]}}
{"qa_id": "qa_1302b95e9b43de68a7fa", "split": "test", "audio_id": "foa_cc1a6fdacb975b92f4cd", "audio_path": "audio/test/foa_cc1a6fdacb975b92f4cd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The source coming from the front-left is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_87611f4d4194d112ab1e", "split": "test", "audio_id": "foa_c71bd14d36f79e80ddd9", "audio_path": "audio/test/foa_c71bd14d36f79e80ddd9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-136.0 degrees", "canonical_answer": "-136.0 degrees", "answer_meta": {"azimuth_deg": -136.0}}
{"qa_id": "qa_cf6deda9d92318d97f84", "split": "test", "audio_id": "foa_37567952fbb7b04cb095", "audio_path": "audio/test/foa_37567952fbb7b04cb095.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.3 degrees", "canonical_answer": "18.3 degrees", "answer_meta": {"elevation_deg": 18.3}}
{"qa_id": "qa_9b1ea4feb44abec003d4", "split": "test", "audio_id": "foa_21b707309d9591cf706f", "audio_path": "audio/test/foa_21b707309d9591cf706f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-77.6 degrees, elevation=12.1 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth -77.6 degrees and elevation 12.1 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_5601c167e46300b39916", "split": "test", "audio_id": "foa_c011eb1d2d2b7243d884", "audio_path": "audio/test/foa_c011eb1d2d2b7243d884.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of crushing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 0.3s to 7.0s.", "canonical_answer": "0.3s to 7.0s", "answer_meta": {"time_span": [0.3, 7.0]}}
{"qa_id": "qa_e084bc271ba5adea98dd", "split": "test", "audio_id": "foa_6607c4c74a7b07cb6918", "audio_path": "audio/test/foa_6607c4c74a7b07cb6918.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a machine from 0.0s to 14.1s, a tool from 7.3s to 18.4s, and a metal clink from 13.6s to 20.0s.", "canonical_answer": "machine (0.0s to 14.1s); tool (7.3s to 18.4s); metal clink (13.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_31a9994cb0f422dc6fa3", "split": "test", "audio_id": "foa_64cd55eee01bf8a4a047", "audio_path": "audio/test/foa_64cd55eee01bf8a4a047.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=0.0 degrees, elevation=-33.1 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=0.0 degrees and elevation=-33.1 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_716759398f904b098290", "split": "test", "audio_id": "foa_c6157cfae92d0b22c3ed", "audio_path": "audio/test/foa_c6157cfae92d0b22c3ed.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the fire in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.2 degrees", "canonical_answer": "3.2 degrees", "answer_meta": {"elevation_deg": 3.2}}
{"qa_id": "qa_621c8a0b0c01c7bb14aa", "split": "test", "audio_id": "foa_2b41618cab7a523c90ec", "audio_path": "audio/test/foa_2b41618cab7a523c90ec.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The sound originating from the back-left and above is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_1f7a53e241b6963a50b8", "split": "test", "audio_id": "foa_c1d5f68e7886d3598e58", "audio_path": "audio/test/foa_c1d5f68e7886d3598e58.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the home sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "160.0 degrees", "canonical_answer": "160.0 degrees", "answer_meta": {"azimuth_deg": 160.0}}
{"qa_id": "qa_d9b037d1a3077835d6bd", "split": "test", "audio_id": "foa_622e30a97a20a4a39382", "audio_path": "audio/test/foa_622e30a97a20a4a39382.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 15.3s to 15.8s.", "canonical_answer": "15.3s to 15.8s", "answer_meta": {"time_span": [15.3, 15.8]}}
{"qa_id": "qa_42adffcf19ef341d7435", "split": "test", "audio_id": "foa_1a1cadea93038fd32877", "audio_path": "audio/test/foa_1a1cadea93038fd32877.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.9 degrees", "canonical_answer": "-22.9 degrees", "answer_meta": {"elevation_deg": -22.9}}
{"qa_id": "qa_1edcd0b0ce15490c9984", "split": "test", "audio_id": "foa_14348858050c9ab216cf", "audio_path": "audio/test/foa_14348858050c9ab216cf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which source is heard from the left and below of the listener? Answer in one sentence.", "answer": "The source coming from the left and below is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_2f3e175f85c8d04c50e5", "split": "test", "audio_id": "foa_a383a807f249458ca85f", "audio_path": "audio/test/foa_a383a807f249458ca85f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features human vocalization from 0.0s to 7.6s and human vocalization from 0.0s to 1.8s.", "canonical_answer": "human vocalization (0.0s to 7.6s); human vocalization (0.0s to 1.8s)", "answer_meta": {}}
{"qa_id": "qa_9c00fab099be451ba614", "split": "test", "audio_id": "foa_23df3faf59817b33f987", "audio_path": "audio/test/foa_23df3faf59817b33f987.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the crack coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.0 degrees", "canonical_answer": "-50.0 degrees", "answer_meta": {"azimuth_deg": -50.0}}
{"qa_id": "qa_38c669806a70ac1f3005", "split": "test", "audio_id": "foa_868329ea39d62b9abea3", "audio_path": "audio/test/foa_868329ea39d62b9abea3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=47.9 degrees, elevation=-14.8 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth 47.9 degrees and elevation -14.8 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_c9202f885ce13dff7573", "split": "test", "audio_id": "foa_ff15fb000e700b2de087", "audio_path": "audio/test/foa_ff15fb000e700b2de087.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front and below is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_03135810ed429b09a08d", "split": "test", "audio_id": "foa_a4b10b82b12bc5c4535d", "audio_path": "audio/test/foa_a4b10b82b12bc5c4535d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-55.1 degrees", "canonical_answer": "-55.1 degrees", "answer_meta": {"elevation_deg": -55.1}}
{"qa_id": "qa_3eaa7b3107920bd8a7ac", "split": "test", "audio_id": "foa_92d056f1abe1686c2797", "audio_path": "audio/test/foa_92d056f1abe1686c2797.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-103.6 degrees", "canonical_answer": "-103.6 degrees", "answer_meta": {"azimuth_deg": -103.6}}
{"qa_id": "qa_6d5146f18fdfcd0bb7bd", "split": "test", "audio_id": "foa_d58467ccc4f8fd253c82", "audio_path": "audio/test/foa_d58467ccc4f8fd253c82.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the body sound event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound event is active from 0.3s to 12.6s.", "canonical_answer": "0.3s to 12.6s", "answer_meta": {"time_span": [0.3, 12.6]}}
{"qa_id": "qa_cbefc244d62e09136a0e", "split": "test", "audio_id": "foa_2289fb804b89385e84d4", "audio_path": "audio/test/foa_2289fb804b89385e84d4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 0.0s to 1.4s.", "canonical_answer": "human vocalization (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_0864136d54590c114afc", "split": "test", "audio_id": "foa_63e7df6405f5131a5e58", "audio_path": "audio/test/foa_63e7df6405f5131a5e58.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=121.8 degrees, elevation=21.7 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth 121.8 degrees and elevation 21.7 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_1a426f9fb89379e43f46", "split": "test", "audio_id": "foa_51075b7040f05beb73e7", "audio_path": "audio/test/foa_51075b7040f05beb73e7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below? Answer in one sentence.", "answer": "The sound source coming from the front-right and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_ef3c1416cc2f39d624b0", "split": "test", "audio_id": "foa_8927db6600bd90ebcce6", "audio_path": "audio/test/foa_8927db6600bd90ebcce6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in the audio, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a wind instrument occurring from 0.1s to 1.3s.", "canonical_answer": "wind instrument (0.1s to 1.3s)", "answer_meta": {"time_span": [0.1, 1.3]}}
{"qa_id": "qa_1f5cba17e62a77854c76", "split": "test", "audio_id": "foa_79c3de15c3a154d112b1", "audio_path": "audio/test/foa_79c3de15c3a154d112b1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the appliance in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.1 degrees", "canonical_answer": "-29.1 degrees", "answer_meta": {"azimuth_deg": -29.1}}
{"qa_id": "qa_86b89c5b68858c907310", "split": "test", "audio_id": "foa_1e49c79576b291f5d498", "audio_path": "audio/test/foa_1e49c79576b291f5d498.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 4.0s to 17.1s.", "canonical_answer": "4.0s to 17.1s", "answer_meta": {"time_span": [4.0, 17.1]}}
{"qa_id": "qa_c45b52a01d5fc00378d9", "split": "test", "audio_id": "foa_b7d6e6aafa34dfe39c89", "audio_path": "audio/test/foa_b7d6e6aafa34dfe39c89.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-81.1 degrees, elevation=-14.6 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=-81.1 degrees and elevation=-14.6 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_b39107d46606020f94c8", "split": "test", "audio_id": "foa_9f3cf747d291a55f541c", "audio_path": "audio/test/foa_9f3cf747d291a55f541c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the wind instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.6s to 3.6s.", "canonical_answer": "0.6s to 3.6s", "answer_meta": {"time_span": [0.6, 3.6]}}
{"qa_id": "qa_ec19c5ce4492ce2c475f", "split": "test", "audio_id": "foa_39345ef13b9b59ebd6b0", "audio_path": "audio/test/foa_39345ef13b9b59ebd6b0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "133.7 degrees", "canonical_answer": "133.7 degrees", "answer_meta": {"azimuth_deg": 133.7}}
{"qa_id": "qa_936e55657fc2a1bb4cc6", "split": "test", "audio_id": "foa_03ecbc09121e7020d9b9", "audio_path": "audio/test/foa_03ecbc09121e7020d9b9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the telephone alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.7 degrees", "canonical_answer": "-23.7 degrees", "answer_meta": {"elevation_deg": -23.7}}
{"qa_id": "qa_95bbcea5cad68ea2d575", "split": "test", "audio_id": "foa_e6b6c4feba9e42f43070", "audio_path": "audio/test/foa_e6b6c4feba9e42f43070.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features percussion occurring from 0.0s to 16.0s.", "canonical_answer": "percussion (0.0s to 16.0s)", "answer_meta": {"time_span": [0.0, 16.0]}}
{"qa_id": "qa_b0bc9bc4e86f2d7e1e5f", "split": "test", "audio_id": "foa_7aa9fbae6d2045ce9083", "audio_path": "audio/test/foa_7aa9fbae6d2045ce9083.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-1.8 degrees, elevation=-4.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-1.8 degrees and elevation=-4.5 degrees is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_2a6e6b333f0b3e841467", "split": "test", "audio_id": "foa_09cda48d0a68c603dff5", "audio_path": "audio/test/foa_09cda48d0a68c603dff5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the right and below of the listener? Answer in one sentence.", "answer": "The sound source heard from the right and below is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_e68de50a0ea89b7eb590", "split": "test", "audio_id": "foa_be1e5e3808782f904edb", "audio_path": "audio/test/foa_be1e5e3808782f904edb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=124.6 degrees, elevation=35.9 degrees? Answer in one sentence.", "answer": "A door is heard coming from azimuth=124.6 degrees and elevation=35.9 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_ee50984d1791c7c4d2bc", "split": "test", "audio_id": "foa_614ae6a20cf415a5f175", "audio_path": "audio/test/foa_614ae6a20cf415a5f175.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e08beeab04d139c7d1f8", "split": "test", "audio_id": "foa_0a856e761d5bbbc3fec4", "audio_path": "audio/test/foa_0a856e761d5bbbc3fec4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.8 degrees", "canonical_answer": "-30.8 degrees", "answer_meta": {"azimuth_deg": -30.8}}
{"qa_id": "qa_c8660bd79c8be1f6cb25", "split": "test", "audio_id": "foa_6b35332c7ea41de57389", "audio_path": "audio/test/foa_6b35332c7ea41de57389.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a machine that is audible from 0.0s to 20.0s.", "canonical_answer": "machine (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_7e8db12cb37302395da0", "split": "test", "audio_id": "foa_e593a33913e574939032", "audio_path": "audio/test/foa_e593a33913e574939032.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.3s to 2.9s.", "canonical_answer": "0.3s to 2.9s", "answer_meta": {"time_span": [0.3, 2.9]}}
{"qa_id": "qa_1ee3a0db286d70d72acc", "split": "test", "audio_id": "foa_d11beab962a64787f8d5", "audio_path": "audio/test/foa_d11beab962a64787f8d5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.2 degrees", "canonical_answer": "-9.2 degrees", "answer_meta": {"elevation_deg": -9.2}}
{"qa_id": "qa_bb2847b8c1b2f7e03aac", "split": "test", "audio_id": "foa_abaeb87d7608346f6e44", "audio_path": "audio/test/foa_abaeb87d7608346f6e44.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-142.3 degrees, elevation=-3.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-142.3 degrees, elevation=-3.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fd931c5ffbde1cd5b6f2", "split": "test", "audio_id": "foa_0db7b19d892b63dad16b", "audio_path": "audio/test/foa_0db7b19d892b63dad16b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.3 degrees", "canonical_answer": "16.3 degrees", "answer_meta": {"elevation_deg": 16.3}}
{"qa_id": "qa_c3921a92d91929a04fad", "split": "test", "audio_id": "foa_ff326d202762c96ed3dc", "audio_path": "audio/test/foa_ff326d202762c96ed3dc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.2 degrees", "canonical_answer": "-9.2 degrees", "answer_meta": {"azimuth_deg": -9.2}}
{"qa_id": "qa_8ef7a162078c8ce17ffa", "split": "test", "audio_id": "foa_4b6629451100847f6695", "audio_path": "audio/test/foa_4b6629451100847f6695.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.4s to 4.4s.", "canonical_answer": "0.4s to 4.4s", "answer_meta": {"time_span": [0.4, 4.4]}}
{"qa_id": "qa_e224542aae13f94f9fdb", "split": "test", "audio_id": "foa_10ea3065217da44afae1", "audio_path": "audio/test/foa_10ea3065217da44afae1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a telephone alarm from 0.0s to 20.0s, kitchenware from 6.4s to 7.1s, and a cat from 8.2s to 17.2s.", "canonical_answer": "telephone alarm (0.0s to 20.0s); kitchenware (6.4s to 7.1s); cat (8.2s to 17.2s)", "answer_meta": {}}
{"qa_id": "qa_6eb62c6cb05f3ab1ce72", "split": "test", "audio_id": "foa_57809b4e17ec0e4a1676", "audio_path": "audio/test/foa_57809b4e17ec0e4a1676.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The sound coming from the front-left is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_2466b8ad15c338b13a9f", "split": "test", "audio_id": "foa_70653bbe4e896e17a82d", "audio_path": "audio/test/foa_70653bbe4e896e17a82d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains ocean from 0.0s to 6.4s, speech from 0.4s to 7.4s, laughter from 0.8s to 7.2s, a keyboard instrument from 0.9s to 20.0s, and a bird from 2.5s to 20.0s.", "canonical_answer": "ocean (0.0s to 6.4s); speech (0.4s to 7.4s); laughter (0.8s to 7.2s); keyboard instrument (0.9s to 20.0s); bird (2.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_fc209d54e2cf7bafb20b", "split": "test", "audio_id": "foa_24939463a882d52cf8c0", "audio_path": "audio/test/foa_24939463a882d52cf8c0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below direction? Answer in one sentence.", "answer": "The sound source coming from the front and below is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_934aac5ec2f5740aa144", "split": "test", "audio_id": "foa_54a5bab508dad15622f8", "audio_path": "audio/test/foa_54a5bab508dad15622f8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=41.4 degrees, elevation=20.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=41.4 degrees and elevation=20.8 degrees is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_ea43f1fcd066b6c2929d", "split": "test", "audio_id": "foa_f3e8314603274bd493c1", "audio_path": "audio/test/foa_f3e8314603274bd493c1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the paper sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The paper event is active from 1.7s to 2.6s.", "canonical_answer": "1.7s to 2.6s", "answer_meta": {"time_span": [1.7, 2.6]}}
{"qa_id": "qa_a0f6cd46630fb62678db", "split": "test", "audio_id": "foa_a69226a029517657bc7d", "audio_path": "audio/test/foa_a69226a029517657bc7d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.5 degrees", "canonical_answer": "-0.5 degrees", "answer_meta": {"azimuth_deg": -0.5}}
{"qa_id": "qa_156ac0c7fdebb60cadeb", "split": "test", "audio_id": "foa_7c6464cfd438be238f0f", "audio_path": "audio/test/foa_7c6464cfd438be238f0f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the insect? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.4 degrees", "canonical_answer": "28.4 degrees", "answer_meta": {"elevation_deg": 28.4}}
{"qa_id": "qa_509c43214727edadff9f", "split": "test", "audio_id": "foa_783cd25a4a0c7c16c72e", "audio_path": "audio/test/foa_783cd25a4a0c7c16c72e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.3 degrees", "canonical_answer": "21.3 degrees", "answer_meta": {"elevation_deg": 21.3}}
{"qa_id": "qa_e1391a42d521ff4070d7", "split": "test", "audio_id": "foa_c03a5678300c56eb61f9", "audio_path": "audio/test/foa_c03a5678300c56eb61f9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock from 0.0s to 7.0s.", "canonical_answer": "clock (0.0s to 7.0s)", "answer_meta": {"time_span": [0.0, 7.0]}}
{"qa_id": "qa_13ed53ae92de99e918b3", "split": "test", "audio_id": "foa_fd7fa21efc0f48b94e58", "audio_path": "audio/test/foa_fd7fa21efc0f48b94e58.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=102.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=102.7 degrees, elevation=0.0 degrees is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_f64d2b98e1b8e04f013f", "split": "test", "audio_id": "foa_6a0fc1b561407c986c3c", "audio_path": "audio/test/foa_6a0fc1b561407c986c3c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.6 degrees", "canonical_answer": "-1.6 degrees", "answer_meta": {"azimuth_deg": -1.6}}
{"qa_id": "qa_b625460f2ae44dc9f0ec", "split": "test", "audio_id": "foa_8a8bca6c1d5202e9f631", "audio_path": "audio/test/foa_8a8bca6c1d5202e9f631.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the body sound event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound event is active from 3.2s to 9.0s.", "canonical_answer": "3.2s to 9.0s", "answer_meta": {"time_span": [3.2, 9.0]}}
{"qa_id": "qa_70445be757c09bf864c0", "split": "test", "audio_id": "foa_8ceb44004ec65232019a", "audio_path": "audio/test/foa_8ceb44004ec65232019a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_55a30e5e0663b8887a0f", "split": "test", "audio_id": "foa_a194b110a72c75402079", "audio_path": "audio/test/foa_a194b110a72c75402079.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and above position? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_130cf33bb0146145b0dd", "split": "test", "audio_id": "foa_0dec3e9062cc3fe03630", "audio_path": "audio/test/foa_0dec3e9062cc3fe03630.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a dog sound from 0.0s to 3.2s.", "canonical_answer": "dog (0.0s to 3.2s)", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_9543ce398dd59b3f9532", "split": "test", "audio_id": "foa_7089e7e3cb188fab85db", "audio_path": "audio/test/foa_7089e7e3cb188fab85db.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the zipper active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper is active from 0.1s to 0.9s.", "canonical_answer": "0.1s to 0.9s", "answer_meta": {"time_span": [0.1, 0.9]}}
{"qa_id": "qa_a12bfff7cce8695a6ef2", "split": "test", "audio_id": "foa_176a2a3b1c38e97c3857", "audio_path": "audio/test/foa_176a2a3b1c38e97c3857.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=13.3 degrees, elevation=8.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=13.3 degrees and elevation=8.4 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_8ebabd668e236242b69c", "split": "test", "audio_id": "foa_8c8f423ce817c6ea82fb", "audio_path": "audio/test/foa_8c8f423ce817c6ea82fb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-56.8 degrees", "canonical_answer": "-56.8 degrees", "answer_meta": {"azimuth_deg": -56.8}}
{"qa_id": "qa_665f62777dd8c1f09078", "split": "test", "audio_id": "foa_39d6f54df29f0e963111", "audio_path": "audio/test/foa_39d6f54df29f0e963111.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.3 degrees", "canonical_answer": "-26.3 degrees", "answer_meta": {"elevation_deg": -26.3}}
{"qa_id": "qa_c0526321d26fa31175ce", "split": "test", "audio_id": "foa_ac8700569450704dc54a", "audio_path": "audio/test/foa_ac8700569450704dc54a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the car sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The car sound occurs from 0.0s to 5.8s.", "canonical_answer": "0.0s to 5.8s", "answer_meta": {"time_span": [0.0, 5.8]}}
{"qa_id": "qa_aa1d076cf0fef95f4cec", "split": "test", "audio_id": "foa_8a95243499eec787beaa", "audio_path": "audio/test/foa_8a95243499eec787beaa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.7 degrees", "canonical_answer": "8.7 degrees", "answer_meta": {"azimuth_deg": 8.7}}
{"qa_id": "qa_ad410f5074878c2f2045", "split": "test", "audio_id": "foa_4ccddd2737a945b081b0", "audio_path": "audio/test/foa_4ccddd2737a945b081b0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left of the listener? Answer in one sentence.", "answer": "The source heard from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7bd73eb1f95cca8dd6e8", "split": "test", "audio_id": "foa_c2b473afaefc018fdfcf", "audio_path": "audio/test/foa_c2b473afaefc018fdfcf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=110.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=110.1 degrees, elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_551835564e29dde8afa7", "split": "test", "audio_id": "foa_d5e9bc253cacdb4ce2e5", "audio_path": "audio/test/foa_d5e9bc253cacdb4ce2e5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a dog sound that lasts from 0.0s to 10.5s.", "canonical_answer": "dog (0.0s to 10.5s)", "answer_meta": {"time_span": [0.0, 10.5]}}
{"qa_id": "qa_9ac88f61c8c88d374057", "split": "test", "audio_id": "foa_8f9db4656487237b1c85", "audio_path": "audio/test/foa_8f9db4656487237b1c85.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.3 degrees", "canonical_answer": "-30.3 degrees", "answer_meta": {"elevation_deg": -30.3}}
{"qa_id": "qa_140b3ba034d5d1d9947f", "split": "test", "audio_id": "foa_20d15e3bfa014d3fb0a3", "audio_path": "audio/test/foa_20d15e3bfa014d3fb0a3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=42.5 degrees, elevation=25.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=42.5 degrees, elevation=25.4 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3a6028c78325aaffb94c", "split": "test", "audio_id": "foa_1e6ae5037be3301a4055", "audio_path": "audio/test/foa_1e6ae5037be3301a4055.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.0s to 9.8s.", "canonical_answer": "breathing (0.0s to 9.8s)", "answer_meta": {"time_span": [0.0, 9.8]}}
{"qa_id": "qa_8dc380c6011f15511f96", "split": "test", "audio_id": "foa_4c4b3715f6c5be46304c", "audio_path": "audio/test/foa_4c4b3715f6c5be46304c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the glass? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.0 degrees", "canonical_answer": "-21.0 degrees", "answer_meta": {"elevation_deg": -21.0}}
{"qa_id": "qa_ae31757a7ecd6e618957", "split": "test", "audio_id": "foa_e6c909d7b65f0f4cff1a", "audio_path": "audio/test/foa_e6c909d7b65f0f4cff1a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "125.5 degrees", "canonical_answer": "125.5 degrees", "answer_meta": {"azimuth_deg": 125.5}}
{"qa_id": "qa_a8a353587bbb3746a7c4", "split": "test", "audio_id": "foa_defbbe0c4fe5bc5802f2", "audio_path": "audio/test/foa_defbbe0c4fe5bc5802f2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The source coming from the back is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_3a507623f516fdaebbb4", "split": "test", "audio_id": "foa_3091a30ac7b6fa1b43f9", "audio_path": "audio/test/foa_3091a30ac7b6fa1b43f9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the sound of the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.0s to 3.4s.", "canonical_answer": "0.0s to 3.4s", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_9b15e587eba9ee015add", "split": "test", "audio_id": "foa_ecabff5aaa43be9f87a2", "audio_path": "audio/test/foa_ecabff5aaa43be9f87a2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.0s to 0.6s.", "canonical_answer": "breathing (0.0s to 0.6s)", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_f1da1b8c46f8105e3b95", "split": "test", "audio_id": "foa_14d05e9c1776950b308d", "audio_path": "audio/test/foa_14d05e9c1776950b308d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.6 degrees", "canonical_answer": "17.6 degrees", "answer_meta": {"azimuth_deg": 17.6}}
{"qa_id": "qa_ea4370efdd0b68e6ad78", "split": "test", "audio_id": "foa_56b9b983b715631fd7a9", "audio_path": "audio/test/foa_56b9b983b715631fd7a9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the animal in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.2 degrees", "canonical_answer": "-41.2 degrees", "answer_meta": {"elevation_deg": -41.2}}
{"qa_id": "qa_6bf825f6a159c699dcea", "split": "test", "audio_id": "foa_b52afdbe2113fb3e9957", "audio_path": "audio/test/foa_b52afdbe2113fb3e9957.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event occurs from 0.0s to 2.4s.", "canonical_answer": "0.0s to 2.4s", "answer_meta": {"time_span": [0.0, 2.4]}}
{"qa_id": "qa_3a965a9f0f3d61470dc8", "split": "test", "audio_id": "foa_ef274e7018d329c6cc10", "audio_path": "audio/test/foa_ef274e7018d329c6cc10.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=86.0 degrees, elevation=-6.8 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=86.0 degrees and elevation=-6.8 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_f755a4b86480401ee187", "split": "test", "audio_id": "foa_fdb52802b599b175c37c", "audio_path": "audio/test/foa_fdb52802b599b175c37c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the sound source located to the left and below the listener? Answer in one sentence.", "answer": "The sound source located to the left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fb1e5df4b5c356857f60", "split": "test", "audio_id": "foa_9f6034d44f21f3df7936", "audio_path": "audio/test/foa_9f6034d44f21f3df7936.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the ocean coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "138.9 degrees", "canonical_answer": "138.9 degrees", "answer_meta": {"azimuth_deg": 138.9}}
{"qa_id": "qa_6cc65c1c8b20fdc60317", "split": "test", "audio_id": "foa_1dc07a04d22e59a220aa", "audio_path": "audio/test/foa_1dc07a04d22e59a220aa.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=57.5 degrees, elevation=-23.3 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=57.5 degrees and elevation=-23.3 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_8ff0b50ef9b56d6ebd31", "split": "test", "audio_id": "foa_1b61c1a50aa09c733676", "audio_path": "audio/test/foa_1b61c1a50aa09c733676.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the percussion occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion sound is active from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_b1f1b77198af12bc7b2f", "split": "test", "audio_id": "foa_a3755944dbfc1814e9a9", "audio_path": "audio/test/foa_a3755944dbfc1814e9a9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the camera in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.3 degrees", "canonical_answer": "-19.3 degrees", "answer_meta": {"elevation_deg": -19.3}}
{"qa_id": "qa_c23dc6dfc41e265c9a78", "split": "test", "audio_id": "foa_9759906b5ce8fefb7f50", "audio_path": "audio/test/foa_9759906b5ce8fefb7f50.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard coming from the back-right of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-right is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_6e17f57efdd9c0bc1af1", "split": "test", "audio_id": "foa_7971773b558c06137fc5", "audio_path": "audio/test/foa_7971773b558c06137fc5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a guitar playing from 0.0s to 6.5s.", "canonical_answer": "guitar (0.0s to 6.5s)", "answer_meta": {"time_span": [0.0, 6.5]}}
{"qa_id": "qa_57197ed0456dcf235499", "split": "test", "audio_id": "foa_fd3caeb57c0524d73018", "audio_path": "audio/test/foa_fd3caeb57c0524d73018.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound from 0.0s to 2.3s, a wind instrument from 0.4s to 1.4s, and a camera from 1.8s to 3.6s.", "canonical_answer": "body sound (0.0s to 2.3s); wind instrument (0.4s to 1.4s); camera (1.8s to 3.6s)", "answer_meta": {}}
{"qa_id": "qa_9fd999551a4b98826b01", "split": "test", "audio_id": "foa_f8643f715eed619cdbd0", "audio_path": "audio/test/foa_f8643f715eed619cdbd0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-33.3 degrees, elevation=-38.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-33.3 degrees, elevation=-38.0 degrees is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_8dd0aaf85e6d22a75489", "split": "test", "audio_id": "foa_32e2eea92d9f2c161183", "audio_path": "audio/test/foa_32e2eea92d9f2c161183.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.2 degrees", "canonical_answer": "-22.2 degrees", "answer_meta": {"elevation_deg": -22.2}}
{"qa_id": "qa_709c10d7dc73cc1cbb1c", "split": "test", "audio_id": "foa_80026d1d40248926ecbe", "audio_path": "audio/test/foa_80026d1d40248926ecbe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-117.3 degrees", "canonical_answer": "-117.3 degrees", "answer_meta": {"azimuth_deg": -117.3}}
{"qa_id": "qa_65d231e2b6e7206e07d1", "split": "test", "audio_id": "foa_df3e09f2f716a5921d70", "audio_path": "audio/test/foa_df3e09f2f716a5921d70.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event is active from 0.1s to 7.6s.", "canonical_answer": "0.1s to 7.6s", "answer_meta": {"time_span": [0.1, 7.6]}}
{"qa_id": "qa_121ccedc1f19d0a437d9", "split": "test", "audio_id": "foa_1021b04bf6b512e60616", "audio_path": "audio/test/foa_1021b04bf6b512e60616.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source located at the front-left is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_2355948c4c0ed3a85b07", "split": "test", "audio_id": "foa_cc1c225b4e87b7771f60", "audio_path": "audio/test/foa_cc1c225b4e87b7771f60.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.0 degrees", "canonical_answer": "-11.0 degrees", "answer_meta": {"elevation_deg": -11.0}}
{"qa_id": "qa_305f774369099e3796b6", "split": "test", "audio_id": "foa_7103f0842809bbf6857c", "audio_path": "audio/test/foa_7103f0842809bbf6857c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter from 0.0s to 0.3s.", "canonical_answer": "laughter (0.0s to 0.3s)", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_cb9ce56240644bd1f773", "split": "test", "audio_id": "foa_e62ae6b652bd0d70291e", "audio_path": "audio/test/foa_e62ae6b652bd0d70291e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The sound source located at the front-right and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_53ed20ff75e1a8f1fe0e", "split": "test", "audio_id": "foa_ef300d61c49f465f4bbe", "audio_path": "audio/test/foa_ef300d61c49f465f4bbe.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=9.0 degrees, elevation=12.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=9.0 degrees and elevation=12.7 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_421f41787c25d62b6733", "split": "test", "audio_id": "foa_1bd8f6d544702384a3c8", "audio_path": "audio/test/foa_1bd8f6d544702384a3c8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.2s to 3.0s.", "canonical_answer": "0.2s to 3.0s", "answer_meta": {"time_span": [0.2, 3.0]}}
{"qa_id": "qa_aae6bd1fc0bb4aaf99e7", "split": "test", "audio_id": "foa_2a3708cb40ba9b042f14", "audio_path": "audio/test/foa_2a3708cb40ba9b042f14.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the musical instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.0 degrees", "canonical_answer": "57.0 degrees", "answer_meta": {"azimuth_deg": 57.0}}
{"qa_id": "qa_94a4752679d9356ae1b7", "split": "test", "audio_id": "foa_04caa8a29d7dae2f6c44", "audio_path": "audio/test/foa_04caa8a29d7dae2f6c44.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an appliance from 0.5s to 20.0s.", "canonical_answer": "appliance (0.5s to 20.0s)", "answer_meta": {"time_span": [0.5, 20.0]}}
{"qa_id": "qa_d0df0a5281c29909fd78", "split": "test", "audio_id": "foa_0f679a34598435a339c1", "audio_path": "audio/test/foa_0f679a34598435a339c1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the cat coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-61.4 degrees", "canonical_answer": "-61.4 degrees", "answer_meta": {"azimuth_deg": -61.4}}
{"qa_id": "qa_a8c32d8bc7054bde3077", "split": "test", "audio_id": "foa_a76dfb023d4d4a4f2823", "audio_path": "audio/test/foa_a76dfb023d4d4a4f2823.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.1s to 5.8s.", "canonical_answer": "0.1s to 5.8s", "answer_meta": {"time_span": [0.1, 5.8]}}
{"qa_id": "qa_59877c79554bab67c06b", "split": "test", "audio_id": "foa_f3a242fc2ccc20a6270f", "audio_path": "audio/test/foa_f3a242fc2ccc20a6270f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the animal? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.8 degrees", "canonical_answer": "13.8 degrees", "answer_meta": {"elevation_deg": 13.8}}
{"qa_id": "qa_655477d937ae91098761", "split": "test", "audio_id": "foa_df319fab818057fb5a29", "audio_path": "audio/test/foa_df319fab818057fb5a29.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_ae08ddd624c687688b50", "split": "test", "audio_id": "foa_77c43e5d43aec32d5f77", "audio_path": "audio/test/foa_77c43e5d43aec32d5f77.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=83.7 degrees, elevation=-34.5 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=83.7 degrees and elevation=-34.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_75d5e493fb0e8efd0be8", "split": "test", "audio_id": "foa_b599ed7325278f176032", "audio_path": "audio/test/foa_b599ed7325278f176032.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.1s to 3.8s and speech from 0.1s to 1.9s.", "canonical_answer": "speech (0.1s to 3.8s); speech (0.1s to 1.9s)", "answer_meta": {}}
{"qa_id": "qa_3fa0ff9fdacb1834f13d", "split": "test", "audio_id": "foa_7912bd0d16017c6bc7c1", "audio_path": "audio/test/foa_7912bd0d16017c6bc7c1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the writing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing sound is active from 0.2s to 20.0s.", "canonical_answer": "0.2s to 20.0s", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_d3cfc9479926604563c3", "split": "test", "audio_id": "foa_99a30c6cc63e3db82fb5", "audio_path": "audio/test/foa_99a30c6cc63e3db82fb5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.6 degrees", "canonical_answer": "-11.6 degrees", "answer_meta": {"elevation_deg": -11.6}}
{"qa_id": "qa_531ee379609d12ff4d8a", "split": "test", "audio_id": "foa_da6d6e803c00489699a3", "audio_path": "audio/test/foa_da6d6e803c00489699a3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source located in the front and below is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_e18ff4c37863f6321edd", "split": "test", "audio_id": "foa_7f4dbdf5002b63147694", "audio_path": "audio/test/foa_7f4dbdf5002b63147694.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=31.0 degrees, elevation=-3.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=31.0 degrees and elevation=-3.4 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_eec9219fa099d88682b8", "split": "test", "audio_id": "foa_7126b340ae6ed1dd130e", "audio_path": "audio/test/foa_7126b340ae6ed1dd130e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-78.3 degrees", "canonical_answer": "-78.3 degrees", "answer_meta": {"azimuth_deg": -78.3}}
{"qa_id": "qa_246dbee4e9adc4ace696", "split": "test", "audio_id": "foa_980e3d961863103d31fd", "audio_path": "audio/test/foa_980e3d961863103d31fd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-54.1 degrees, elevation=-4.5 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-54.1 degrees and elevation=-4.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_3c858b35a20653769897", "split": "test", "audio_id": "foa_b22afb427957f7c6c279", "audio_path": "audio/test/foa_b22afb427957f7c6c279.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the water sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water sound occurs from 0.0s to 4.5s.", "canonical_answer": "0.0s to 4.5s", "answer_meta": {"time_span": [0.0, 4.5]}}
{"qa_id": "qa_719b3f9fbef7b2a4b754", "split": "test", "audio_id": "foa_202e59f53c06329f1d31", "audio_path": "audio/test/foa_202e59f53c06329f1d31.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.5 degrees", "canonical_answer": "1.5 degrees", "answer_meta": {"elevation_deg": 1.5}}
{"qa_id": "qa_1b8d464c80fd2705bd83", "split": "test", "audio_id": "foa_27bb8c4762a803315ad7", "audio_path": "audio/test/foa_27bb8c4762a803315ad7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features glass from 1.5s to 2.3s, scratch from 1.8s to 3.4s, door from 2.8s to 9.0s, and human vocalization from 4.0s to 9.8s.", "canonical_answer": "glass (1.5s to 2.3s); scratch (1.8s to 3.4s); door (2.8s to 9.0s); human vocalization (4.0s to 9.8s)", "answer_meta": {}}
{"qa_id": "qa_3b343ac4c6fcd6a3afb5", "split": "test", "audio_id": "foa_5718a29e6cdd705fa393", "audio_path": "audio/test/foa_5718a29e6cdd705fa393.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the glass in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "171.0 degrees", "canonical_answer": "171.0 degrees", "answer_meta": {"azimuth_deg": 171.0}}
{"qa_id": "qa_5e31cf2af743bb1b24cf", "split": "test", "audio_id": "foa_ec43d32c140593ba13d3", "audio_path": "audio/test/foa_ec43d32c140593ba13d3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The sound source located at the front-right and below is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_13e6124423bbfe8300f5", "split": "test", "audio_id": "foa_d94028a7d0122dd50c33", "audio_path": "audio/test/foa_d94028a7d0122dd50c33.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "160.5 degrees", "canonical_answer": "160.5 degrees", "answer_meta": {"azimuth_deg": 160.5}}
{"qa_id": "qa_3ecd33f0b8959a202863", "split": "test", "audio_id": "foa_28a91a65b7590da27323", "audio_path": "audio/test/foa_28a91a65b7590da27323.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the knock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock is active from 0.0s to 0.6s.", "canonical_answer": "0.0s to 0.6s", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_600992ced999ef7594db", "split": "test", "audio_id": "foa_598f0ca8182b6cdd89d7", "audio_path": "audio/test/foa_598f0ca8182b6cdd89d7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-92.2 degrees, elevation=2.2 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth -92.2 degrees and elevation 2.2 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_fead4a6a0e4dc0ea1e40", "split": "test", "audio_id": "foa_531c89ebc86add804e3e", "audio_path": "audio/test/foa_531c89ebc86add804e3e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the thunderstorm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.2 degrees", "canonical_answer": "10.2 degrees", "answer_meta": {"elevation_deg": 10.2}}
{"qa_id": "qa_fad6987f76fea493cfde", "split": "test", "audio_id": "foa_e20094207235e73d8cb3", "audio_path": "audio/test/foa_e20094207235e73d8cb3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains male speech occurring from 0.4s to 8.8s.", "canonical_answer": "male speech (0.4s to 8.8s)", "answer_meta": {"time_span": [0.4, 8.8]}}
{"qa_id": "qa_b24dbdcfc58d81a0b95f", "split": "test", "audio_id": "foa_89b8aec418d2729604ae", "audio_path": "audio/test/foa_89b8aec418d2729604ae.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fbcdc7d0b50af63eee9e", "split": "test", "audio_id": "foa_25dda63d6a0dd47afa9b", "audio_path": "audio/test/foa_25dda63d6a0dd47afa9b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the keyboard instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.8 degrees", "canonical_answer": "-67.8 degrees", "answer_meta": {"azimuth_deg": -67.8}}
{"qa_id": "qa_1f930580567027cf6f23", "split": "test", "audio_id": "foa_4fc04115521eb46d5487", "audio_path": "audio/test/foa_4fc04115521eb46d5487.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the vehicle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.6 degrees", "canonical_answer": "1.6 degrees", "answer_meta": {"elevation_deg": 1.6}}
{"qa_id": "qa_e130e82fe52ea4dbf669", "split": "test", "audio_id": "foa_4e06641c4164d6a55097", "audio_path": "audio/test/foa_4e06641c4164d6a55097.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-11.9 degrees, elevation=-24.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-11.9 degrees, elevation=-24.9 degrees is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_5889d530f6476e27f846", "split": "test", "audio_id": "foa_8d4e1dda705a419f7e83", "audio_path": "audio/test/foa_8d4e1dda705a419f7e83.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the body sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound event is active from 0.0s to 0.9s.", "canonical_answer": "0.0s to 0.9s", "answer_meta": {"time_span": [0.0, 0.9]}}
{"qa_id": "qa_eabc081074b9788d0178", "split": "test", "audio_id": "foa_f74f07bfcc01b91ab4e0", "audio_path": "audio/test/foa_f74f07bfcc01b91ab4e0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The sound originating from the front-right and below is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_11e69fc68a0ceda00248", "split": "test", "audio_id": "foa_6fc6e73d8793777bd8cf", "audio_path": "audio/test/foa_6fc6e73d8793777bd8cf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool sound from 0.0s to 10.9s.", "canonical_answer": "tool (0.0s to 10.9s)", "answer_meta": {"time_span": [0.0, 10.9]}}
{"qa_id": "qa_26931ca953930248dc55", "split": "test", "audio_id": "foa_949e92f63e51aa36b23f", "audio_path": "audio/test/foa_949e92f63e51aa36b23f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.0 degrees", "canonical_answer": "10.0 degrees", "answer_meta": {"elevation_deg": 10.0}}
{"qa_id": "qa_9f09d1aa3af4222eee81", "split": "test", "audio_id": "foa_63ad2121b04f7554d899", "audio_path": "audio/test/foa_63ad2121b04f7554d899.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the bird occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 2.0s to 3.5s.", "canonical_answer": "2.0s to 3.5s", "answer_meta": {"time_span": [2.0, 3.5]}}
{"qa_id": "qa_b4a8175727ff521fa982", "split": "test", "audio_id": "foa_9f3429bddc6737f631a5", "audio_path": "audio/test/foa_9f3429bddc6737f631a5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The sound source coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7770891218b595651c34", "split": "test", "audio_id": "foa_32612bdda506f1d7ef5f", "audio_path": "audio/test/foa_32612bdda506f1d7ef5f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 4.3s and another instance of speech from 0.5s to 3.9s.", "canonical_answer": "speech (0.3s to 4.3s); speech (0.5s to 3.9s)", "answer_meta": {}}
{"qa_id": "qa_8f0430c66d50e2b89e54", "split": "test", "audio_id": "foa_76e1f3f0d2b9eb1fa288", "audio_path": "audio/test/foa_76e1f3f0d2b9eb1fa288.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-127.5 degrees, elevation=15.5 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth -127.5 degrees and elevation 15.5 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_aa64a68a25f6eaf1f654", "split": "test", "audio_id": "foa_eb13b997744e39d5a188", "audio_path": "audio/test/foa_eb13b997744e39d5a188.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.6 degrees", "canonical_answer": "38.6 degrees", "answer_meta": {"azimuth_deg": 38.6}}
{"qa_id": "qa_5f04a66a278d522c3450", "split": "test", "audio_id": "foa_ff4dcbc904d20a42b83a", "audio_path": "audio/test/foa_ff4dcbc904d20a42b83a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-41.1 degrees, elevation=39.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-41.1 degrees and elevation=39.4 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_79531638b2b33029cd3c", "split": "test", "audio_id": "foa_4366b183d40fb2272a89", "audio_path": "audio/test/foa_4366b183d40fb2272a89.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a telephone alarm from 0.0s to 6.3s, percussion from 0.7s to 1.6s, a home sound from 5.9s to 12.0s, and writing from 8.2s to 10.4s.", "canonical_answer": "telephone alarm (0.0s to 6.3s); percussion (0.7s to 1.6s); home sound (5.9s to 12.0s); writing (8.2s to 10.4s)", "answer_meta": {}}
{"qa_id": "qa_6db37aaab2799c70feba", "split": "test", "audio_id": "foa_e6ef74afca4955a3ba1a", "audio_path": "audio/test/foa_e6ef74afca4955a3ba1a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "87.2 degrees", "canonical_answer": "87.2 degrees", "answer_meta": {"azimuth_deg": 87.2}}
{"qa_id": "qa_c458b6316282cd72019e", "split": "test", "audio_id": "foa_3a5b88ad220c01334268", "audio_path": "audio/test/foa_3a5b88ad220c01334268.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_335169f6ec927330035a", "split": "test", "audio_id": "foa_d92463c38f47a640c590", "audio_path": "audio/test/foa_d92463c38f47a640c590.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the duration of the singing event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 0.5s to 19.5s.", "canonical_answer": "0.5s to 19.5s", "answer_meta": {"time_span": [0.5, 19.5]}}
{"qa_id": "qa_b95ca04466fc77324467", "split": "test", "audio_id": "foa_0cb667e0185133a24e96", "audio_path": "audio/test/foa_0cb667e0185133a24e96.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.8 degrees", "canonical_answer": "14.8 degrees", "answer_meta": {"elevation_deg": 14.8}}
{"qa_id": "qa_d2d6994e1d6c185840ee", "split": "test", "audio_id": "foa_8174879781c520bba139", "audio_path": "audio/test/foa_8174879781c520bba139.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features glass occurring from 0.3s to 7.8s, a knock from 0.6s to 1.2s, and an alarm from 7.8s to 9.7s.", "canonical_answer": "glass (0.3s to 7.8s); knock (0.6s to 1.2s); alarm (7.8s to 9.7s)", "answer_meta": {}}
{"qa_id": "qa_48962577e3f56ccde407", "split": "test", "audio_id": "foa_041c4bea31c04574f551", "audio_path": "audio/test/foa_041c4bea31c04574f551.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the train be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is audible from 12.4s to 14.9s.", "canonical_answer": "12.4s to 14.9s", "answer_meta": {"time_span": [12.4, 14.9]}}
{"qa_id": "qa_9d9231f1ef8f51197429", "split": "test", "audio_id": "foa_add0e186d56741ebf752", "audio_path": "audio/test/foa_add0e186d56741ebf752.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=12.8 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth 12.8 degrees and elevation 0.0 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_1d8d314571af88e53dfd", "split": "test", "audio_id": "foa_e853a2f7770bc390d2f0", "audio_path": "audio/test/foa_e853a2f7770bc390d2f0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the knock coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.0 degrees", "canonical_answer": "-18.0 degrees", "answer_meta": {"azimuth_deg": -18.0}}
{"qa_id": "qa_ac10807e4f0cf7b531f8", "split": "test", "audio_id": "foa_024def661df7cd27e2ea", "audio_path": "audio/test/foa_024def661df7cd27e2ea.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.4 degrees", "canonical_answer": "7.4 degrees", "answer_meta": {"elevation_deg": 7.4}}
{"qa_id": "qa_a64068d1cd7f5964402c", "split": "test", "audio_id": "foa_689e311416adab756121", "audio_path": "audio/test/foa_689e311416adab756121.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the back? Answer in one sentence.", "answer": "The sound that can be heard from the back is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_255131fe3381a339598c", "split": "test", "audio_id": "foa_4e62ad0afd49ebf1964c", "audio_path": "audio/test/foa_4e62ad0afd49ebf1964c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the body sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is audible from 9.1s to 10.7s.", "canonical_answer": "9.1s to 10.7s", "answer_meta": {"time_span": [9.1, 10.7]}}
{"qa_id": "qa_1339242ae408100dfb2f", "split": "test", "audio_id": "foa_cb94e6ee03f7c0d47651", "audio_path": "audio/test/foa_cb94e6ee03f7c0d47651.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the crackle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-108.8 degrees", "canonical_answer": "-108.8 degrees", "answer_meta": {"azimuth_deg": -108.8}}
{"qa_id": "qa_af796c99c1cd9c374201", "split": "test", "audio_id": "foa_dd6c24488144ddd127ba", "audio_path": "audio/test/foa_dd6c24488144ddd127ba.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.0 degrees", "canonical_answer": "-20.0 degrees", "answer_meta": {"elevation_deg": -20.0}}
{"qa_id": "qa_09a5a39401c10c0cf261", "split": "test", "audio_id": "foa_fdd4e21db92383801cd9", "audio_path": "audio/test/foa_fdd4e21db92383801cd9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=31.4 degrees, elevation=31.9 degrees? Answer in one sentence.", "answer": "A war sound is heard coming from azimuth 31.4 degrees and elevation 31.9 degrees.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_6ff965b074920b3ab3da", "split": "test", "audio_id": "foa_b345a2dbfcfcdf8c5032", "audio_path": "audio/test/foa_b345a2dbfcfcdf8c5032.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The source heard from the left is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_83b8fdd2f3e931e962c1", "split": "test", "audio_id": "foa_e8abb72d097340d245e1", "audio_path": "audio/test/foa_e8abb72d097340d245e1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains bird from 0.3s to 14.2s, breathing from 6.0s to 13.9s, and a crack from 14.1s to 20.0s.", "canonical_answer": "bird (0.3s to 14.2s); breathing (6.0s to 13.9s); crack (14.1s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_ea0a944a7008990a8656", "split": "test", "audio_id": "foa_4fc41038881c723a7235", "audio_path": "audio/test/foa_4fc41038881c723a7235.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1f02f2f154889765ac46", "split": "test", "audio_id": "foa_7db29b26489baeefa3e7", "audio_path": "audio/test/foa_7db29b26489baeefa3e7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat that is active from 0.0s to 11.2s.", "canonical_answer": "cat (0.0s to 11.2s)", "answer_meta": {"time_span": [0.0, 11.2]}}
{"qa_id": "qa_20379035f4fbfa6f3d91", "split": "test", "audio_id": "foa_ffbcf999c88d8aa53f88", "audio_path": "audio/test/foa_ffbcf999c88d8aa53f88.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the bell in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.7 degrees", "canonical_answer": "40.7 degrees", "answer_meta": {"elevation_deg": 40.7}}
{"qa_id": "qa_5c25fbbb019b53c53670", "split": "test", "audio_id": "foa_2ed0370f8252417baf8e", "audio_path": "audio/test/foa_2ed0370f8252417baf8e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=132.6 degrees, elevation=7.5 degrees? Answer in one sentence.", "answer": "A person is singing at that location.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_0b66e5042c0db5e136cc", "split": "test", "audio_id": "foa_f64190c5b3deb0568cd1", "audio_path": "audio/test/foa_f64190c5b3deb0568cd1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 12.8s to 13.4s.", "canonical_answer": "12.8s to 13.4s", "answer_meta": {"time_span": [12.8, 13.4]}}
{"qa_id": "qa_a425f237f937df40c068", "split": "test", "audio_id": "foa_9efceda12a818c87dce5", "audio_path": "audio/test/foa_9efceda12a818c87dce5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-57.9 degrees", "canonical_answer": "-57.9 degrees", "answer_meta": {"azimuth_deg": -57.9}}
{"qa_id": "qa_621c40798dc132b67afe", "split": "test", "audio_id": "foa_20ac3f0f012ccfb06988", "audio_path": "audio/test/foa_20ac3f0f012ccfb06988.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.0 degrees", "canonical_answer": "-39.0 degrees", "answer_meta": {"elevation_deg": -39.0}}
{"qa_id": "qa_065d32d1cf5cb8298589", "split": "test", "audio_id": "foa_a1348ecdd80e4e7b6691", "audio_path": "audio/test/foa_a1348ecdd80e4e7b6691.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-109.5 degrees", "canonical_answer": "-109.5 degrees", "answer_meta": {"azimuth_deg": -109.5}}
{"qa_id": "qa_70bbff4e5f98f9ef9092", "split": "test", "audio_id": "foa_cf57ea3618af4076359f", "audio_path": "audio/test/foa_cf57ea3618af4076359f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-74.4 degrees, elevation=0.5 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth -74.4 degrees and elevation 0.5 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_8edef613f4ae2d9c90c0", "split": "test", "audio_id": "foa_60508cb7040e32237ba0", "audio_path": "audio/test/foa_60508cb7040e32237ba0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front of the listener? Answer in one sentence.", "answer": "The source heard from the front is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_6ca6407e6ef4ef1e4be0", "split": "test", "audio_id": "foa_a9d13450651f67e70a6c", "audio_path": "audio/test/foa_a9d13450651f67e70a6c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the breathing event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event occurs from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_7316dece62e3acecd58f", "split": "test", "audio_id": "foa_025211f6e1ace30441fd", "audio_path": "audio/test/foa_025211f6e1ace30441fd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an aircraft from 0.0s to 20.0s, a car from 0.5s to 20.0s, paper from 4.3s to 13.4s, and a train from 13.7s to 17.4s.", "canonical_answer": "aircraft (0.0s to 20.0s); car (0.5s to 20.0s); paper (4.3s to 13.4s); train (13.7s to 17.4s)", "answer_meta": {}}
{"qa_id": "qa_6976b075425f58bdaab8", "split": "test", "audio_id": "foa_e4027ecf97e4eed13b1b", "audio_path": "audio/test/foa_e4027ecf97e4eed13b1b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.5 degrees", "canonical_answer": "10.5 degrees", "answer_meta": {"elevation_deg": 10.5}}
{"qa_id": "qa_16649dd8cfea6b7f5c36", "split": "test", "audio_id": "foa_da0bde7a319fc3ae3f62", "audio_path": "audio/test/foa_da0bde7a319fc3ae3f62.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-124.5 degrees", "canonical_answer": "-124.5 degrees", "answer_meta": {"azimuth_deg": -124.5}}
{"qa_id": "qa_1895744c4bb7682c33be", "split": "test", "audio_id": "foa_bbed03858a4268199328", "audio_path": "audio/test/foa_bbed03858a4268199328.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 3.8s and speech from 0.4s to 1.8s.", "canonical_answer": "speech (0.4s to 3.8s); speech (0.4s to 1.8s)", "answer_meta": {}}
{"qa_id": "qa_793889a120113bdb3c74", "split": "test", "audio_id": "foa_f7d0d17184f31d2b1bdf", "audio_path": "audio/test/foa_f7d0d17184f31d2b1bdf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=80.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=80.2 degrees, elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0c8d1cd12c51e92f1515", "split": "test", "audio_id": "foa_b2714f831ea55135ff5d", "audio_path": "audio/test/foa_b2714f831ea55135ff5d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound coming from the right is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_885c5d9ce3037bb1c4fe", "split": "test", "audio_id": "foa_004079dc9a090da5dba2", "audio_path": "audio/test/foa_004079dc9a090da5dba2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the glass sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The glass sound is active from 0.1s to 2.4s.", "canonical_answer": "0.1s to 2.4s", "answer_meta": {"time_span": [0.1, 2.4]}}
{"qa_id": "qa_7804a16e26747a98d624", "split": "test", "audio_id": "foa_48746762473dae589e5a", "audio_path": "audio/test/foa_48746762473dae589e5a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=80.6 degrees, elevation=4.8 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=80.6 degrees and elevation=4.8 degrees is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_e0b93fa832ef5d5e1f7e", "split": "test", "audio_id": "foa_9bb7c7d28e27f5755c75", "audio_path": "audio/test/foa_9bb7c7d28e27f5755c75.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.6 degrees", "canonical_answer": "-33.6 degrees", "answer_meta": {"elevation_deg": -33.6}}
{"qa_id": "qa_88d6d18f9cd32bb21bec", "split": "test", "audio_id": "foa_38af4afb459f5527851f", "audio_path": "audio/test/foa_38af4afb459f5527851f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "178.1 degrees", "canonical_answer": "178.1 degrees", "answer_meta": {"azimuth_deg": 178.1}}
{"qa_id": "qa_c02461a6509b26765469", "split": "test", "audio_id": "foa_b19970617387b630aa66", "audio_path": "audio/test/foa_b19970617387b630aa66.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right and below side? Answer in one sentence.", "answer": "The sound coming from the front-right and below is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_31c2305bee6552798f06", "split": "test", "audio_id": "foa_b485f696073009615deb", "audio_path": "audio/test/foa_b485f696073009615deb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the drawer cabinet occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet event is active from 12.7s to 20.0s.", "canonical_answer": "12.7s to 20.0s", "answer_meta": {"time_span": [12.7, 20.0]}}
{"qa_id": "qa_969db89fa8b3e258120e", "split": "test", "audio_id": "foa_6e33d99df29fc40244e4", "audio_path": "audio/test/foa_6e33d99df29fc40244e4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "A bell is heard in the audio from 0.2s to 19.8s.", "canonical_answer": "bell (0.2s to 19.8s)", "answer_meta": {"time_span": [0.2, 19.8]}}
{"qa_id": "qa_15b1c10209acb5a22f25", "split": "test", "audio_id": "foa_3c250bc9e1c30c9660df", "audio_path": "audio/test/foa_3c250bc9e1c30c9660df.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tape? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.0 degrees", "canonical_answer": "-89.0 degrees", "answer_meta": {"azimuth_deg": -89.0}}
{"qa_id": "qa_72197bdc2c58aa1b6c2c", "split": "test", "audio_id": "foa_faab31104b98600d69ba", "audio_path": "audio/test/foa_faab31104b98600d69ba.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.3s to 2.2s and speech occurring from 0.6s to 5.2s.", "canonical_answer": "speech (0.3s to 2.2s); speech (0.6s to 5.2s)", "answer_meta": {}}
{"qa_id": "qa_07e1a4eef6f358f46cdd", "split": "test", "audio_id": "foa_08200c2b9c07c1820837", "audio_path": "audio/test/foa_08200c2b9c07c1820837.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the glass sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The glass sound is active from 8.2s to 9.5s.", "canonical_answer": "8.2s to 9.5s", "answer_meta": {"time_span": [8.2, 9.5]}}
{"qa_id": "qa_750c581af5c7b6c1dc32", "split": "test", "audio_id": "foa_37573143fe1dc7976b1b", "audio_path": "audio/test/foa_37573143fe1dc7976b1b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-78.9 degrees, elevation=-13.4 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -78.9 degrees and elevation -13.4 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_e823e3b8ce888d23f4c7", "split": "test", "audio_id": "foa_faa2330c78f3fbd9cd55", "audio_path": "audio/test/foa_faa2330c78f3fbd9cd55.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is emanating from the back-left position? Answer in one sentence.", "answer": "The sound source coming from the back-left is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_0dacbc5371444fa43eb2", "split": "test", "audio_id": "foa_9769b3fcab6550797ac9", "audio_path": "audio/test/foa_9769b3fcab6550797ac9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.1 degrees", "canonical_answer": "9.1 degrees", "answer_meta": {"elevation_deg": 9.1}}
{"qa_id": "qa_613e513a5385e9c0a55b", "split": "test", "audio_id": "foa_cd9c4fb2bf8a7b3928c5", "audio_path": "audio/test/foa_cd9c4fb2bf8a7b3928c5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.1 degrees", "canonical_answer": "-16.1 degrees", "answer_meta": {"elevation_deg": -16.1}}
{"qa_id": "qa_6ad1566b56a203e60470", "split": "test", "audio_id": "foa_887197043591e563d814", "audio_path": "audio/test/foa_887197043591e563d814.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the left of the listener? Answer in one sentence.", "answer": "The source heard from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3a0861b04eea974b1725", "split": "test", "audio_id": "foa_a50fd7355d4036089f89", "audio_path": "audio/test/foa_a50fd7355d4036089f89.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 1.0s to 7.5s.", "canonical_answer": "human vocalization (1.0s to 7.5s)", "answer_meta": {"time_span": [1.0, 7.5]}}
{"qa_id": "qa_e457790343d8e5aed512", "split": "test", "audio_id": "foa_162d6885d02b39f1bdf3", "audio_path": "audio/test/foa_162d6885d02b39f1bdf3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-65.3 degrees, elevation=4.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-65.3 degrees and elevation=4.0 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_886f01ee39c03a57b0aa", "split": "test", "audio_id": "foa_d6908a2b584d632c528b", "audio_path": "audio/test/foa_d6908a2b584d632c528b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 0.1s to 18.4s.", "canonical_answer": "0.1s to 18.4s", "answer_meta": {"time_span": [0.1, 18.4]}}
{"qa_id": "qa_f27a9e386bfff449d51c", "split": "test", "audio_id": "foa_0c9d947686a61484fe49", "audio_path": "audio/test/foa_0c9d947686a61484fe49.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "161.0 degrees", "canonical_answer": "161.0 degrees", "answer_meta": {"azimuth_deg": 161.0}}
{"qa_id": "qa_2aa5c9914d46cd4511a3", "split": "test", "audio_id": "foa_07f8db1958dc86fc86c7", "audio_path": "audio/test/foa_07f8db1958dc86fc86c7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the telephone alarm be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is audible from 0.1s to 20.0s.", "canonical_answer": "0.1s to 20.0s", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_a81858dcb3047a2cfcc0", "split": "test", "audio_id": "foa_c541e81a832f28f58efe", "audio_path": "audio/test/foa_c541e81a832f28f58efe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-103.5 degrees", "canonical_answer": "-103.5 degrees", "answer_meta": {"azimuth_deg": -103.5}}
{"qa_id": "qa_2c8d443c84e2fb28bf8e", "split": "test", "audio_id": "foa_f5a163049488a0b207cb", "audio_path": "audio/test/foa_f5a163049488a0b207cb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=20.6 degrees, elevation=-2.3 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 20.6 degrees and elevation -2.3 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_25d4fa7c93ea291b8c15", "split": "test", "audio_id": "foa_bbccbd22003a7fbb53e6", "audio_path": "audio/test/foa_bbccbd22003a7fbb53e6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the crushing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.6 degrees", "canonical_answer": "-5.6 degrees", "answer_meta": {"elevation_deg": -5.6}}
{"qa_id": "qa_cb19897067ea50347e8d", "split": "test", "audio_id": "foa_7713f20ef270e168e9b6", "audio_path": "audio/test/foa_7713f20ef270e168e9b6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a tool from 0.1s to 9.4s, glass from 5.1s to 11.5s, and a door from 9.6s to 11.2s.", "canonical_answer": "tool (0.1s to 9.4s); glass (5.1s to 11.5s); door (9.6s to 11.2s)", "answer_meta": {}}
{"qa_id": "qa_66eef66583d2290eb084", "split": "test", "audio_id": "foa_90adf8c8461646a8df27", "audio_path": "audio/test/foa_90adf8c8461646a8df27.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source coming from the front-left is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_1223709e1e5c50048291", "split": "test", "audio_id": "foa_076adbe31f9b712651e6", "audio_path": "audio/test/foa_076adbe31f9b712651e6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the left and below is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_4c1fecb05b941f17e33d", "split": "test", "audio_id": "foa_b29b14e7bac663f28cd7", "audio_path": "audio/test/foa_b29b14e7bac663f28cd7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 4.0s and another instance of speech from 0.6s to 6.2s.", "canonical_answer": "speech (0.4s to 4.0s); speech (0.6s to 6.2s)", "answer_meta": {}}
{"qa_id": "qa_877c243bba4b17ba2432", "split": "test", "audio_id": "foa_2b51024e6eae74b7f7d7", "audio_path": "audio/test/foa_2b51024e6eae74b7f7d7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "43.9 degrees", "canonical_answer": "43.9 degrees", "answer_meta": {"elevation_deg": 43.9}}
{"qa_id": "qa_9a2d2e926448864d1092", "split": "test", "audio_id": "foa_3519cbfaac2254fa1dbf", "audio_path": "audio/test/foa_3519cbfaac2254fa1dbf.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the water sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water sound is active from 0.2s to 6.0s.", "canonical_answer": "0.2s to 6.0s", "answer_meta": {"time_span": [0.2, 6.0]}}
{"qa_id": "qa_ff52f836ccebe1dfd386", "split": "test", "audio_id": "foa_8e06effb4c9fa428c568", "audio_path": "audio/test/foa_8e06effb4c9fa428c568.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the scratch? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.5 degrees", "canonical_answer": "38.5 degrees", "answer_meta": {"azimuth_deg": 38.5}}
{"qa_id": "qa_72ad21e949c5394dea4f", "split": "test", "audio_id": "foa_b5da40455e494b8e2866", "audio_path": "audio/test/foa_b5da40455e494b8e2866.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-9.2 degrees, elevation=-33.8 degrees. Answer in one sentence.", "answer": "The source located at azimuth -9.2 degrees and elevation -33.8 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_19576f2e75793c31c364", "split": "test", "audio_id": "foa_84425f9d7aff81ba1cdf", "audio_path": "audio/test/foa_84425f9d7aff81ba1cdf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the finger snapping? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "88.7 degrees", "canonical_answer": "88.7 degrees", "answer_meta": {"azimuth_deg": 88.7}}
{"qa_id": "qa_eaf3c926d0e6a23b684c", "split": "test", "audio_id": "foa_300a2e0ecf4b9b2f1785", "audio_path": "audio/test/foa_300a2e0ecf4b9b2f1785.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains war sound occurring from 0.1s to 11.6s.", "canonical_answer": "war sound (0.1s to 11.6s)", "answer_meta": {"time_span": [0.1, 11.6]}}
{"qa_id": "qa_6496873a4cc1560cd2a1", "split": "test", "audio_id": "foa_f234a57b994b7870a22f", "audio_path": "audio/test/foa_f234a57b994b7870a22f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval is the machine operating? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event takes place from 4.1s to 19.4s.", "canonical_answer": "4.1s to 19.4s", "answer_meta": {"time_span": [4.1, 19.4]}}
{"qa_id": "qa_546ab2a839a00ce3f520", "split": "test", "audio_id": "foa_82f433ff137eadb54681", "audio_path": "audio/test/foa_82f433ff137eadb54681.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the typing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.6 degrees", "canonical_answer": "-12.6 degrees", "answer_meta": {"elevation_deg": -12.6}}
{"qa_id": "qa_352a7e3298cd95eb82e9", "split": "test", "audio_id": "foa_3b5ea82de03c0a6b67a0", "audio_path": "audio/test/foa_3b5ea82de03c0a6b67a0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right side? Answer in one sentence.", "answer": "The sound coming from the back-right is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_61483fbea534145a4e26", "split": "test", "audio_id": "foa_727bb559ada376dd62d6", "audio_path": "audio/test/foa_727bb559ada376dd62d6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=81.0 degrees, elevation=-10.0 degrees? Answer in one sentence.", "answer": "A car is the sound heard from azimuth 81.0 degrees and elevation -10.0 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_8481ce57fb4580bfe2a3", "split": "test", "audio_id": "foa_446a62b63ee3b1e27098", "audio_path": "audio/test/foa_446a62b63ee3b1e27098.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left? Answer in one sentence.", "answer": "The sound source coming from the back-left is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_70f24be78461986138b7", "split": "test", "audio_id": "foa_0fd6f7fb0899d339a729", "audio_path": "audio/test/foa_0fd6f7fb0899d339a729.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a printer from 0.0s to 16.6s, singing from 11.2s to 20.0s, and a train from 11.3s to 20.0s.", "canonical_answer": "printer (0.0s to 16.6s); singing (11.2s to 20.0s); train (11.3s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_98d7057647e6f962ec72", "split": "test", "audio_id": "foa_73a57b4b6938b8fadb1f", "audio_path": "audio/test/foa_73a57b4b6938b8fadb1f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wood located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.5 degrees", "canonical_answer": "8.5 degrees", "answer_meta": {"elevation_deg": 8.5}}
{"qa_id": "qa_a5741ba7569fe3f07d80", "split": "test", "audio_id": "foa_9ff26f954abc9150856d", "audio_path": "audio/test/foa_9ff26f954abc9150856d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 1.1s to 7.6s.", "canonical_answer": "1.1s to 7.6s", "answer_meta": {"time_span": [1.1, 7.6]}}
{"qa_id": "qa_1ccaea7bdf439bed6115", "split": "test", "audio_id": "foa_3b15f129828092b5ff68", "audio_path": "audio/test/foa_3b15f129828092b5ff68.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=99.8 degrees, elevation=3.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=99.8 degrees and elevation=3.5 degrees is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_78308819640dd6be0c51", "split": "test", "audio_id": "foa_aa9a841b79e163f43754", "audio_path": "audio/test/foa_aa9a841b79e163f43754.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the finger snapping coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "102.5 degrees", "canonical_answer": "102.5 degrees", "answer_meta": {"azimuth_deg": 102.5}}
{"qa_id": "qa_c88488e66fc2e1b311b5", "split": "test", "audio_id": "foa_3c4c08563026daf26edf", "audio_path": "audio/test/foa_3c4c08563026daf26edf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is originating from the back-left of the listener? Answer in one sentence.", "answer": "The sound source heard from the back-left is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_c1fed91a770e8925c245", "split": "test", "audio_id": "foa_255e08b0469a152cb527", "audio_path": "audio/test/foa_255e08b0469a152cb527.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-150.4 degrees", "canonical_answer": "-150.4 degrees", "answer_meta": {"azimuth_deg": -150.4}}
{"qa_id": "qa_32bc0a197502916772f2", "split": "test", "audio_id": "foa_912e8e21d4517e35b395", "audio_path": "audio/test/foa_912e8e21d4517e35b395.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time period can the fire be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire is active from 3.3s to 5.1s.", "canonical_answer": "3.3s to 5.1s", "answer_meta": {"time_span": [3.3, 5.1]}}
{"qa_id": "qa_0056c0ce2bad43f503a0", "split": "test", "audio_id": "foa_a224e1d3e261d85f2683", "audio_path": "audio/test/foa_a224e1d3e261d85f2683.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=175.2 degrees, elevation=-49.0 degrees? Answer in one sentence.", "answer": "A tool is located at azimuth=175.2 degrees and elevation=-49.0 degrees.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_1981d38ae430c57b03b0", "split": "test", "audio_id": "foa_a99443838a2ca4a9c4e9", "audio_path": "audio/test/foa_a99443838a2ca4a9c4e9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.0 degrees", "canonical_answer": "8.0 degrees", "answer_meta": {"elevation_deg": 8.0}}
{"qa_id": "qa_23b1dd0117559228aafd", "split": "test", "audio_id": "foa_06e664b9fd4b8faf7eaf", "audio_path": "audio/test/foa_06e664b9fd4b8faf7eaf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.0s to 1.7s and additional speech from 0.5s to 9.6s.", "canonical_answer": "speech (0.0s to 1.7s); speech (0.5s to 9.6s)", "answer_meta": {}}
{"qa_id": "qa_2a9db79a9db59122ef10", "split": "test", "audio_id": "foa_6579633892abb9a90294", "audio_path": "audio/test/foa_6579633892abb9a90294.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left and below side? Answer in one sentence.", "answer": "The sound coming from the front-left and below is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_022f6e4a0d8eeb8d0989", "split": "test", "audio_id": "foa_d72cd7983c77d805e55b", "audio_path": "audio/test/foa_d72cd7983c77d805e55b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "129.5 degrees", "canonical_answer": "129.5 degrees", "answer_meta": {"azimuth_deg": 129.5}}
{"qa_id": "qa_c444dcd8d040877d3a33", "split": "test", "audio_id": "foa_d801f6109389e31aa9f4", "audio_path": "audio/test/foa_d801f6109389e31aa9f4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.6 degrees", "canonical_answer": "22.6 degrees", "answer_meta": {"elevation_deg": 22.6}}
{"qa_id": "qa_a5a73839061989233111", "split": "test", "audio_id": "foa_ab1552490bffc73186db", "audio_path": "audio/test/foa_ab1552490bffc73186db.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat from 0.0s to 16.6s, a vehicle from 2.5s to 12.3s, and writing from 5.9s to 6.7s.", "canonical_answer": "cat (0.0s to 16.6s); vehicle (2.5s to 12.3s); writing (5.9s to 6.7s)", "answer_meta": {}}
{"qa_id": "qa_adaa8c956baed9be8e22", "split": "test", "audio_id": "foa_1f9e977c6ee32d497169", "audio_path": "audio/test/foa_1f9e977c6ee32d497169.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the cat active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active during the interval from 2.2s to 20.0s.", "canonical_answer": "2.2s to 20.0s", "answer_meta": {"time_span": [2.2, 20.0]}}
{"qa_id": "qa_cd69ab24031ba39a0ec3", "split": "test", "audio_id": "foa_f74d14113f693ca5c3de", "audio_path": "audio/test/foa_f74d14113f693ca5c3de.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-69.8 degrees, elevation=-10.6 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -69.8 degrees and elevation -10.6 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_74b0b63c960359c58ddd", "split": "test", "audio_id": "foa_0b986a2d9bc64c5272fa", "audio_path": "audio/test/foa_0b986a2d9bc64c5272fa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_69e86f8d9d6969dea2ae", "split": "test", "audio_id": "foa_8de7a057ce98469cf5e2", "audio_path": "audio/test/foa_8de7a057ce98469cf5e2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_2103793c9aab9a43ad44", "split": "test", "audio_id": "foa_536063f217f28edc27fe", "audio_path": "audio/test/foa_536063f217f28edc27fe.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 1.8s to 9.5s.", "canonical_answer": "singing (1.8s to 9.5s)", "answer_meta": {"time_span": [1.8, 9.5]}}
{"qa_id": "qa_97df12e7c398d3b93f2e", "split": "test", "audio_id": "foa_cf106a9fece69483cf35", "audio_path": "audio/test/foa_cf106a9fece69483cf35.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 0.4s to 12.4s.", "canonical_answer": "0.4s to 12.4s", "answer_meta": {"time_span": [0.4, 12.4]}}
{"qa_id": "qa_ae02214b55099a83ca68", "split": "test", "audio_id": "foa_bbe34485ce53f9f55b3d", "audio_path": "audio/test/foa_bbe34485ce53f9f55b3d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-167.4 degrees", "canonical_answer": "-167.4 degrees", "answer_meta": {"azimuth_deg": -167.4}}
{"qa_id": "qa_d02727f4a3fe6c1a8296", "split": "test", "audio_id": "foa_e6682947518a869a2949", "audio_path": "audio/test/foa_e6682947518a869a2949.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-122.9 degrees, elevation=2.6 degrees? Answer in one sentence.", "answer": "A bell is the sound heard from azimuth -122.9 degrees and elevation 2.6 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_19454faeb0b61e3d6dfa", "split": "test", "audio_id": "foa_829767f0e02d39a3c08e", "audio_path": "audio/test/foa_829767f0e02d39a3c08e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the male speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.0s to 4.8s.", "canonical_answer": "0.0s to 4.8s", "answer_meta": {"time_span": [0.0, 4.8]}}
{"qa_id": "qa_51920a6e9dd4ffc0f846", "split": "test", "audio_id": "foa_7de803692b64e2cf2ee0", "audio_path": "audio/test/foa_7de803692b64e2cf2ee0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.1 degrees", "canonical_answer": "8.1 degrees", "answer_meta": {"elevation_deg": 8.1}}
{"qa_id": "qa_36e0736936d14954cd0a", "split": "test", "audio_id": "foa_6afa6b6bc6f0719a3ac3", "audio_path": "audio/test/foa_6afa6b6bc6f0719a3ac3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=2.5 degrees, elevation=12.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=2.5 degrees and elevation=12.7 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_44fd20d7c9af14b9c332", "split": "test", "audio_id": "foa_094d55dde02c7713bf43", "audio_path": "audio/test/foa_094d55dde02c7713bf43.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is a vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_20c85a310af393d3af12", "split": "test", "audio_id": "foa_bfeddc27ca7f058283d6", "audio_path": "audio/test/foa_bfeddc27ca7f058283d6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock from 0.0s to 20.0s, a war sound from 7.3s to 7.9s, and speech from 9.5s to 10.1s.", "canonical_answer": "clock (0.0s to 20.0s); war sound (7.3s to 7.9s); speech (9.5s to 10.1s)", "answer_meta": {}}
{"qa_id": "qa_50eafed9703ce785f63f", "split": "test", "audio_id": "foa_e00218b36ea19e74d5b5", "audio_path": "audio/test/foa_e00218b36ea19e74d5b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-47.7 degrees", "canonical_answer": "-47.7 degrees", "answer_meta": {"azimuth_deg": -47.7}}
{"qa_id": "qa_1d58dff34e396b59183d", "split": "test", "audio_id": "foa_e13d6ecbda03544e0294", "audio_path": "audio/test/foa_e13d6ecbda03544e0294.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a keyboard instrument from 0.0s to 14.6s, a door from 4.5s to 6.6s, and breathing from 14.3s to 14.8s.", "canonical_answer": "keyboard instrument (0.0s to 14.6s); door (4.5s to 6.6s); breathing (14.3s to 14.8s)", "answer_meta": {}}
{"qa_id": "qa_842a50c9af238ea4c8ff", "split": "test", "audio_id": "foa_8add9278f1993c3a6b32", "audio_path": "audio/test/foa_8add9278f1993c3a6b32.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-20.0 degrees, elevation=30.6 degrees? Answer in one sentence.", "answer": "A door is located at azimuth=-20.0 degrees and elevation=30.6 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_7acc97d5188f1fd3561d", "split": "test", "audio_id": "foa_39505be506bcf54a4491", "audio_path": "audio/test/foa_39505be506bcf54a4491.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the knock coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-130.3 degrees", "canonical_answer": "-130.3 degrees", "answer_meta": {"azimuth_deg": -130.3}}
{"qa_id": "qa_a6427f4399707324ab60", "split": "test", "audio_id": "foa_74d1d3856e687cb2eb44", "audio_path": "audio/test/foa_74d1d3856e687cb2eb44.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the finger snapping occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping is active from 0.3s to 13.2s.", "canonical_answer": "0.3s to 13.2s", "answer_meta": {"time_span": [0.3, 13.2]}}
{"qa_id": "qa_77e6ed6ecdb03669dfeb", "split": "test", "audio_id": "foa_ba0a8fe59e0e8cd8167f", "audio_path": "audio/test/foa_ba0a8fe59e0e8cd8167f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the rain? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.3 degrees", "canonical_answer": "-29.3 degrees", "answer_meta": {"elevation_deg": -29.3}}
{"qa_id": "qa_93eeabd7411ce4b042bc", "split": "test", "audio_id": "foa_57e149fb0ff56d8ac7cf", "audio_path": "audio/test/foa_57e149fb0ff56d8ac7cf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right side? Answer in one sentence.", "answer": "The sound that can be heard from the right side is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_1fd028c58480fb4e3464", "split": "test", "audio_id": "foa_9ecaf2dfd41b57c073b7", "audio_path": "audio/test/foa_9ecaf2dfd41b57c073b7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=10.0 degrees, elevation=-13.1 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth=10.0 degrees and elevation=-13.1 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_f35babbd8430c95cc6e0", "split": "test", "audio_id": "foa_5d3e9b4d0e2d48184594", "audio_path": "audio/test/foa_5d3e9b4d0e2d48184594.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are occurring in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a crack from 0.3s to 17.9s, an animal sound from 3.4s to 5.9s, and a machine sound from 6.0s to 14.0s.", "canonical_answer": "crack (0.3s to 17.9s); animal (3.4s to 5.9s); machine (6.0s to 14.0s)", "answer_meta": {}}
{"qa_id": "qa_cd0c83791e0556a2a4e5", "split": "test", "audio_id": "foa_f6384c57242c05681ed3", "audio_path": "audio/test/foa_f6384c57242c05681ed3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "80.3 degrees", "canonical_answer": "80.3 degrees", "answer_meta": {"azimuth_deg": 80.3}}
{"qa_id": "qa_e85a72c5628525c4f0d0", "split": "test", "audio_id": "foa_1a763f6877ae45f45c31", "audio_path": "audio/test/foa_1a763f6877ae45f45c31.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is a human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_6b7f254d2a8d900dfaee", "split": "test", "audio_id": "foa_c358731b5523e988795f", "audio_path": "audio/test/foa_c358731b5523e988795f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the female speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech is active from 0.0s to 6.5s.", "canonical_answer": "0.0s to 6.5s", "answer_meta": {"time_span": [0.0, 6.5]}}
{"qa_id": "qa_b90603f5eac0ab34b88d", "split": "test", "audio_id": "foa_8014a2334fdb7748f25c", "audio_path": "audio/test/foa_8014a2334fdb7748f25c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.1 degrees", "canonical_answer": "9.1 degrees", "answer_meta": {"elevation_deg": 9.1}}
{"qa_id": "qa_c4c07eb18d4be1094d67", "split": "test", "audio_id": "foa_bec35eaa9ee2277f8601", "audio_path": "audio/test/foa_bec35eaa9ee2277f8601.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the cooking in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.8 degrees", "canonical_answer": "-9.8 degrees", "answer_meta": {"elevation_deg": -9.8}}
{"qa_id": "qa_033b15ec7a76e660ed75", "split": "test", "audio_id": "foa_8b36689ce5a6359742dc", "audio_path": "audio/test/foa_8b36689ce5a6359742dc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-120.2 degrees, elevation=9.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-120.2 degrees and elevation=9.6 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_8c2cca65eda6d0d6c663", "split": "test", "audio_id": "foa_d89e5e605166b219ca5b", "audio_path": "audio/test/foa_d89e5e605166b219ca5b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and below the listener? Answer in one sentence.", "answer": "The source coming from the back and below is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_b746c948ba9b17ab0ffd", "split": "test", "audio_id": "foa_61df878fb923edeee8a3", "audio_path": "audio/test/foa_61df878fb923edeee8a3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock that lasts from 0.0s to 8.4s.", "canonical_answer": "clock (0.0s to 8.4s)", "answer_meta": {"time_span": [0.0, 8.4]}}
{"qa_id": "qa_c630821a8e70d16c8d01", "split": "test", "audio_id": "foa_00ccdd7cff654bb83719", "audio_path": "audio/test/foa_00ccdd7cff654bb83719.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the typing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "161.6 degrees", "canonical_answer": "161.6 degrees", "answer_meta": {"azimuth_deg": 161.6}}
{"qa_id": "qa_aebcd572f2e1591e0ced", "split": "test", "audio_id": "foa_a8a5414bb40d812506bd", "audio_path": "audio/test/foa_a8a5414bb40d812506bd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the string instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument occurs from 0.0s to 0.4s.", "canonical_answer": "0.0s to 0.4s", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_8a0cf7c5c663faf59389", "split": "test", "audio_id": "foa_b3eb546df7fb4754467f", "audio_path": "audio/test/foa_b3eb546df7fb4754467f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the speech heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.0s to 18.7s.", "canonical_answer": "0.0s to 18.7s", "answer_meta": {"time_span": [0.0, 18.7]}}
{"qa_id": "qa_c3d49934a552b12cd8c2", "split": "test", "audio_id": "foa_e2dc20cd2e6999d7a920", "audio_path": "audio/test/foa_e2dc20cd2e6999d7a920.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the front-right of the listener? Answer in one sentence.", "answer": "The source heard coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_308b1f5513321c2b501e", "split": "test", "audio_id": "foa_18984e5364f51ed8fe9a", "audio_path": "audio/test/foa_18984e5364f51ed8fe9a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the cat coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "160.1 degrees", "canonical_answer": "160.1 degrees", "answer_meta": {"azimuth_deg": 160.1}}
{"qa_id": "qa_e81acafee6813827a3f2", "split": "test", "audio_id": "foa_937bd963159463c52bec", "audio_path": "audio/test/foa_937bd963159463c52bec.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=48.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=48.9 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fb184b499df1daa8a9d3", "split": "test", "audio_id": "foa_e1f68e514b34ab411954", "audio_path": "audio/test/foa_e1f68e514b34ab411954.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound from 0.0s to 3.0s and scratch from 0.0s to 1.3s.", "canonical_answer": "body sound (0.0s to 3.0s); scratch (0.0s to 1.3s)", "answer_meta": {}}
{"qa_id": "qa_b6d9b00ae1221d1fc98c", "split": "test", "audio_id": "foa_58424325081a766cdc81", "audio_path": "audio/test/foa_58424325081a766cdc81.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.5 degrees", "canonical_answer": "33.5 degrees", "answer_meta": {"elevation_deg": 33.5}}
{"qa_id": "qa_b112a6893d044da75e64", "split": "test", "audio_id": "foa_26c37e871994ed8dc423", "audio_path": "audio/test/foa_26c37e871994ed8dc423.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the female speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech is active from 3.6s to 17.4s.", "canonical_answer": "3.6s to 17.4s", "answer_meta": {"time_span": [3.6, 17.4]}}
{"qa_id": "qa_9ff40e51b18d3c84e7c1", "split": "test", "audio_id": "foa_2b10580d010f6e42f68a", "audio_path": "audio/test/foa_2b10580d010f6e42f68a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3b57bfa27288b41963f7", "split": "test", "audio_id": "foa_cb0cb223b5e5091fcb4f", "audio_path": "audio/test/foa_cb0cb223b5e5091fcb4f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=68.4 degrees, elevation=40.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=68.4 degrees and elevation=40.1 degrees is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_6b023e2b430f3f541ef3", "split": "test", "audio_id": "foa_a629108a1f3c1217d70b", "audio_path": "audio/test/foa_a629108a1f3c1217d70b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.4 degrees", "canonical_answer": "-50.4 degrees", "answer_meta": {"azimuth_deg": -50.4}}
{"qa_id": "qa_f37d8e6cb6fa1f2dc85c", "split": "test", "audio_id": "foa_a2643ac8609cf1d0c090", "audio_path": "audio/test/foa_a2643ac8609cf1d0c090.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.3 degrees", "canonical_answer": "-3.3 degrees", "answer_meta": {"elevation_deg": -3.3}}
{"qa_id": "qa_0a74cb67bdf8d5256a6b", "split": "test", "audio_id": "foa_b522b877cfc3184a7b22", "audio_path": "audio/test/foa_b522b877cfc3184a7b22.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 2.0s and speech from 0.8s to 3.9s.", "canonical_answer": "speech (0.6s to 2.0s); speech (0.8s to 3.9s)", "answer_meta": {}}
{"qa_id": "qa_f09ed8c527747252310e", "split": "test", "audio_id": "foa_44fe825afdab93bcac2e", "audio_path": "audio/test/foa_44fe825afdab93bcac2e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-75.1 degrees", "canonical_answer": "-75.1 degrees", "answer_meta": {"azimuth_deg": -75.1}}
{"qa_id": "qa_3e5f3c3d4a1f73b0233e", "split": "test", "audio_id": "foa_07eb57db033c7f9ddda1", "audio_path": "audio/test/foa_07eb57db033c7f9ddda1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the kitchenware be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware is active from 0.0s to 4.6s.", "canonical_answer": "0.0s to 4.6s", "answer_meta": {"time_span": [0.0, 4.6]}}
{"qa_id": "qa_15d70d0030bf5f09d805", "split": "test", "audio_id": "foa_d9e3b5bb8d0f7f3af0eb", "audio_path": "audio/test/foa_d9e3b5bb8d0f7f3af0eb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=98.4 degrees, elevation=-4.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=98.4 degrees and elevation=-4.9 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_cfea3457ec71badb8b5b", "split": "test", "audio_id": "foa_836ad0d8c8bb0a8c97b2", "audio_path": "audio/test/foa_836ad0d8c8bb0a8c97b2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the metal clink in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.2 degrees", "canonical_answer": "18.2 degrees", "answer_meta": {"elevation_deg": 18.2}}
{"qa_id": "qa_d6d7dbaabc42be2c7f73", "split": "test", "audio_id": "foa_fe0b1287507db4b3b959", "audio_path": "audio/test/foa_fe0b1287507db4b3b959.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio, and what is the duration of each event? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wind from 0.0s to 13.8s and tape from 2.0s to 5.5s.", "canonical_answer": "wind (0.0s to 13.8s); tape (2.0s to 5.5s)", "answer_meta": {}}
{"qa_id": "qa_d4e973689a6d34d79677", "split": "test", "audio_id": "foa_e42f6af75e2bf81834ca", "audio_path": "audio/test/foa_e42f6af75e2bf81834ca.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front and above side? Answer in one sentence.", "answer": "The sound coming from the front and above is a telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_215560693de1f376e278", "split": "test", "audio_id": "foa_d1f53227fdd9ee394259", "audio_path": "audio/test/foa_d1f53227fdd9ee394259.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.2 degrees", "canonical_answer": "20.2 degrees", "answer_meta": {"elevation_deg": 20.2}}
{"qa_id": "qa_900cfd1c6020029d71ce", "split": "test", "audio_id": "foa_98600d8a55736b3d2bf1", "audio_path": "audio/test/foa_98600d8a55736b3d2bf1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=37.3 degrees, elevation=-8.5 degrees? Answer in one sentence.", "answer": "An alarm is originating from azimuth=37.3 degrees and elevation=-8.5 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_12734f9987845f3220f3", "split": "test", "audio_id": "foa_daaa3727dcbc3ae3bf76", "audio_path": "audio/test/foa_daaa3727dcbc3ae3bf76.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.4s to 4.7s.", "canonical_answer": "0.4s to 4.7s", "answer_meta": {"time_span": [0.4, 4.7]}}
{"qa_id": "qa_64b6f653466734c32caf", "split": "test", "audio_id": "foa_75490a25de1b563d39eb", "audio_path": "audio/test/foa_75490a25de1b563d39eb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_9a76add8b55b43bf8ad4", "split": "test", "audio_id": "foa_a34e1886c4b642e0104a", "audio_path": "audio/test/foa_a34e1886c4b642e0104a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "165.7 degrees", "canonical_answer": "165.7 degrees", "answer_meta": {"azimuth_deg": 165.7}}
{"qa_id": "qa_f215d2716d1a015541ef", "split": "test", "audio_id": "foa_3c21794fe2027e59f2c3", "audio_path": "audio/test/foa_3c21794fe2027e59f2c3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains footsteps from 0.1s to 11.6s, a war sound from 3.0s to 4.7s, and wind from 7.2s to 11.4s.", "canonical_answer": "footsteps (0.1s to 11.6s); war sound (3.0s to 4.7s); wind (7.2s to 11.4s)", "answer_meta": {}}
{"qa_id": "qa_ba4afcf9539599e9cbef", "split": "test", "audio_id": "foa_23a707a4394d9e489ddc", "audio_path": "audio/test/foa_23a707a4394d9e489ddc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool event that occurs from 0.8s to 7.0s.", "canonical_answer": "tool (0.8s to 7.0s)", "answer_meta": {"time_span": [0.8, 7.0]}}
{"qa_id": "qa_00d0ff947979d32d6c5d", "split": "test", "audio_id": "foa_58f75b0ebd50da059a28", "audio_path": "audio/test/foa_58f75b0ebd50da059a28.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 11.2s.", "canonical_answer": "0.6s to 11.2s", "answer_meta": {"time_span": [0.6, 11.2]}}
{"qa_id": "qa_1f8fca72ac7e84cb23e1", "split": "test", "audio_id": "foa_117fcceeb4ba77d07a3c", "audio_path": "audio/test/foa_117fcceeb4ba77d07a3c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above? Answer in one sentence.", "answer": "The source coming from the back and above is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_d8daef5fdf57245bcdd9", "split": "test", "audio_id": "foa_eeacb41170419d80e588", "audio_path": "audio/test/foa_eeacb41170419d80e588.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-24.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-24.7 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_8ea0e888c792c9cb8d41", "split": "test", "audio_id": "foa_33c00ee46488f0e502b8", "audio_path": "audio/test/foa_33c00ee46488f0e502b8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "67.3 degrees", "canonical_answer": "67.3 degrees", "answer_meta": {"azimuth_deg": 67.3}}
{"qa_id": "qa_4e60150dc75f35853794", "split": "test", "audio_id": "foa_8253dd2008885b1e6d3d", "audio_path": "audio/test/foa_8253dd2008885b1e6d3d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.3 degrees", "canonical_answer": "4.3 degrees", "answer_meta": {"elevation_deg": 4.3}}
{"qa_id": "qa_addbb413c6ddff06f8b2", "split": "test", "audio_id": "foa_a0af0fb7b45cb7cb9d34", "audio_path": "audio/test/foa_a0af0fb7b45cb7cb9d34.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.3 degrees", "canonical_answer": "-30.3 degrees", "answer_meta": {"azimuth_deg": -30.3}}
{"qa_id": "qa_db51664def1388baa80e", "split": "test", "audio_id": "foa_1c3d3809d5462418053a", "audio_path": "audio/test/foa_1c3d3809d5462418053a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is a telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_97c91d99612b9c34c56a", "split": "test", "audio_id": "foa_ac83b9cad1e08e8660b9", "audio_path": "audio/test/foa_ac83b9cad1e08e8660b9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the typing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing event is active from 0.1s to 20.0s.", "canonical_answer": "0.1s to 20.0s", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_81b37e838ec2a10fce9b", "split": "test", "audio_id": "foa_d7f1983712f4b17b52a6", "audio_path": "audio/test/foa_d7f1983712f4b17b52a6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.4 degrees", "canonical_answer": "11.4 degrees", "answer_meta": {"elevation_deg": 11.4}}
{"qa_id": "qa_3c2110639b5e4c09b6e4", "split": "test", "audio_id": "foa_8f687e624c94b185b771", "audio_path": "audio/test/foa_8f687e624c94b185b771.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=25.7 degrees, elevation=-25.2 degrees? Answer in one sentence.", "answer": "A drum is the sound heard from azimuth=25.7 degrees, elevation=-25.2 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_aefdca334da20e2a1fc8", "split": "test", "audio_id": "foa_066044e342c76264e3d9", "audio_path": "audio/test/foa_066044e342c76264e3d9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that is heard from 0.5s to 8.8s.", "canonical_answer": "bird (0.5s to 8.8s)", "answer_meta": {"time_span": [0.5, 8.8]}}
{"qa_id": "qa_b5a72bf996e954ccbff0", "split": "test", "audio_id": "foa_03390dc8031d30fbeb96", "audio_path": "audio/test/foa_03390dc8031d30fbeb96.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the insect active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect is active from 0.0s to 14.4s.", "canonical_answer": "0.0s to 14.4s", "answer_meta": {"time_span": [0.0, 14.4]}}
{"qa_id": "qa_5efb24f74504bf6f4dbe", "split": "test", "audio_id": "foa_c383ff9d8fbc774a3822", "audio_path": "audio/test/foa_c383ff9d8fbc774a3822.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a gong that is active from 0.0s to 1.6s.", "canonical_answer": "gong (0.0s to 1.6s)", "answer_meta": {"time_span": [0.0, 1.6]}}
{"qa_id": "qa_4ec6409177b2272908d0", "split": "test", "audio_id": "foa_19691958ef9c8c54dce0", "audio_path": "audio/test/foa_19691958ef9c8c54dce0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The source coming from the right is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_d28afb92aed08db0d630", "split": "test", "audio_id": "foa_002eab197a065dafe7ae", "audio_path": "audio/test/foa_002eab197a065dafe7ae.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.6 degrees", "canonical_answer": "-23.6 degrees", "answer_meta": {"elevation_deg": -23.6}}
{"qa_id": "qa_e1fbc769094de2852f83", "split": "test", "audio_id": "foa_17acc795043b074be129", "audio_path": "audio/test/foa_17acc795043b074be129.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=99.9 degrees, elevation=-14.0 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth 99.9 degrees and elevation -14.0 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_089895fb3e133df07bf5", "split": "test", "audio_id": "foa_ea659daf76ea44abfdad", "audio_path": "audio/test/foa_ea659daf76ea44abfdad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "45.5 degrees", "canonical_answer": "45.5 degrees", "answer_meta": {"azimuth_deg": 45.5}}
{"qa_id": "qa_1c7819f9f3adbc78671e", "split": "test", "audio_id": "foa_17c3ef42f761fd092cb9", "audio_path": "audio/test/foa_17c3ef42f761fd092cb9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the gong located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.3 degrees", "canonical_answer": "0.3 degrees", "answer_meta": {"elevation_deg": 0.3}}
{"qa_id": "qa_5a9cb5a4fe2ae16435ba", "split": "test", "audio_id": "foa_7454df968dce7069d1cd", "audio_path": "audio/test/foa_7454df968dce7069d1cd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back and below? Answer in one sentence.", "answer": "The sound source coming from the back and below is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_62db4dbb267b3baa1cd8", "split": "test", "audio_id": "foa_f88742f4905af94fdee4", "audio_path": "audio/test/foa_f88742f4905af94fdee4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a clock from 0.1s to 20.0s, a train from 12.1s to 15.0s, a drawer cabinet from 15.2s to 16.6s, and wood from 17.7s to 18.3s.", "canonical_answer": "clock (0.1s to 20.0s); train (12.1s to 15.0s); drawer cabinet (15.2s to 16.6s); wood (17.7s to 18.3s)", "answer_meta": {}}
{"qa_id": "qa_73238b0f7c95303b437a", "split": "test", "audio_id": "foa_c356a7d8c7396c3087f2", "audio_path": "audio/test/foa_c356a7d8c7396c3087f2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "126.1 degrees", "canonical_answer": "126.1 degrees", "answer_meta": {"azimuth_deg": 126.1}}
{"qa_id": "qa_7a95f70bffc57fe67b1e", "split": "test", "audio_id": "foa_fe45d716bf5ec4b44e05", "audio_path": "audio/test/foa_fe45d716bf5ec4b44e05.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 0.0s to 5.8s.", "canonical_answer": "0.0s to 5.8s", "answer_meta": {"time_span": [0.0, 5.8]}}
{"qa_id": "qa_9a4dbf1f2d234f84b5bf", "split": "test", "audio_id": "foa_f77e04c20da3ad8262ed", "audio_path": "audio/test/foa_f77e04c20da3ad8262ed.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-71.9 degrees, elevation=-2.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-71.9 degrees, elevation=-2.8 degrees is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_cece900912d7e53a5f06", "split": "test", "audio_id": "foa_bc534892698fe8fae290", "audio_path": "audio/test/foa_bc534892698fe8fae290.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the back and above position? Answer in one sentence.", "answer": "The sound that can be heard from the back and above is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_ed68d87e213d97cb9bbd", "split": "test", "audio_id": "foa_37e378db751fb2caade8", "audio_path": "audio/test/foa_37e378db751fb2caade8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 0.1s to 0.8s.", "canonical_answer": "0.1s to 0.8s", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_a0731b96dbc285f9da64", "split": "test", "audio_id": "foa_11d2e4d2891af73caf7b", "audio_path": "audio/test/foa_11d2e4d2891af73caf7b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=167.2 degrees, elevation=-1.3 degrees. Answer in one sentence.", "answer": "The source located at azimuth 167.2 degrees and elevation -1.3 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_e6f5205e4c5466002aba", "split": "test", "audio_id": "foa_6d9b91a41cddea353e19", "audio_path": "audio/test/foa_6d9b91a41cddea353e19.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the animal? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_6307adb669087c40f131", "split": "test", "audio_id": "foa_77472c89709d81802dbb", "audio_path": "audio/test/foa_77472c89709d81802dbb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-161.7 degrees", "canonical_answer": "-161.7 degrees", "answer_meta": {"azimuth_deg": -161.7}}
{"qa_id": "qa_e5cada62609b4ca08c62", "split": "test", "audio_id": "foa_e970362081bc4cf3fc10", "audio_path": "audio/test/foa_e970362081bc4cf3fc10.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle from 0.4s to 10.2s, male speech from 2.7s to 9.5s, crackle from 10.1s to 15.4s, and a scratch from 10.3s to 14.4s.", "canonical_answer": "vehicle (0.4s to 10.2s); male speech (2.7s to 9.5s); crackle (10.1s to 15.4s); scratch (10.3s to 14.4s)", "answer_meta": {}}
{"qa_id": "qa_4a9d6f7b12214f0e8fe4", "split": "test", "audio_id": "foa_686dbdf4b7ec3829944e", "audio_path": "audio/test/foa_686dbdf4b7ec3829944e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=59.9 degrees, elevation=-0.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=59.9 degrees and elevation=-0.7 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_2bbda375789023a84162", "split": "test", "audio_id": "foa_f8d26fac65253090050c", "audio_path": "audio/test/foa_f8d26fac65253090050c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter from 0.1s to 1.0s.", "canonical_answer": "laughter (0.1s to 1.0s)", "answer_meta": {"time_span": [0.1, 1.0]}}
{"qa_id": "qa_08ba974b00181984d86e", "split": "test", "audio_id": "foa_2af36dba58653e6a19a0", "audio_path": "audio/test/foa_2af36dba58653e6a19a0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-157.2 degrees", "canonical_answer": "-157.2 degrees", "answer_meta": {"azimuth_deg": -157.2}}
{"qa_id": "qa_1d72b25ed38742de2ebd", "split": "test", "audio_id": "foa_079725014203a4b4683a", "audio_path": "audio/test/foa_079725014203a4b4683a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in front of and above the listener? Answer in one sentence.", "answer": "The sound source located in front of and above the listener is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_fc31b791c973e2f3a417", "split": "test", "audio_id": "foa_f06c857a7e565b090c33", "audio_path": "audio/test/foa_f06c857a7e565b090c33.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the bird located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.9 degrees", "canonical_answer": "-27.9 degrees", "answer_meta": {"elevation_deg": -27.9}}
{"qa_id": "qa_6a6f51ad8187b6fce5b3", "split": "test", "audio_id": "foa_b62a6e155a94655c7857", "audio_path": "audio/test/foa_b62a6e155a94655c7857.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the scratch active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 0.0s to 1.6s.", "canonical_answer": "0.0s to 1.6s", "answer_meta": {"time_span": [0.0, 1.6]}}
{"qa_id": "qa_ce04004ffa1b864754b5", "split": "test", "audio_id": "foa_bb60794c7b66c85969a9", "audio_path": "audio/test/foa_bb60794c7b66c85969a9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument that plays from 0.0s to 8.2s.", "canonical_answer": "wind instrument (0.0s to 8.2s)", "answer_meta": {"time_span": [0.0, 8.2]}}
{"qa_id": "qa_ba212ee2b1976875142e", "split": "test", "audio_id": "foa_9f2b5a8f6696a4200a78", "audio_path": "audio/test/foa_9f2b5a8f6696a4200a78.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 0.4s to 20.0s.", "canonical_answer": "0.4s to 20.0s", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_d00c1a21b08d64ea944c", "split": "test", "audio_id": "foa_9a74eee6264a6d990a6c", "audio_path": "audio/test/foa_9a74eee6264a6d990a6c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the bird coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "36.9 degrees", "canonical_answer": "36.9 degrees", "answer_meta": {"azimuth_deg": 36.9}}
{"qa_id": "qa_9919d8e1e6e424169273", "split": "test", "audio_id": "foa_92f3d42b2b4df287a08a", "audio_path": "audio/test/foa_92f3d42b2b4df287a08a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-25.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -25.1 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_82fb3bfad314fb264be8", "split": "test", "audio_id": "foa_c6daf87d6c0ba2f2aa68", "audio_path": "audio/test/foa_c6daf87d6c0ba2f2aa68.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.1 degrees", "canonical_answer": "6.1 degrees", "answer_meta": {"elevation_deg": 6.1}}
{"qa_id": "qa_c7c3af1104a4aa2c7517", "split": "test", "audio_id": "foa_62c99cb108f1f806708e", "audio_path": "audio/test/foa_62c99cb108f1f806708e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the left and above of the listener? Answer in one sentence.", "answer": "The source heard coming from the left and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_72b90bc5a4f8bc3431f8", "split": "test", "audio_id": "foa_75fa8bd01c3a0d6f4cb7", "audio_path": "audio/test/foa_75fa8bd01c3a0d6f4cb7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the metal clink coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-88.5 degrees", "canonical_answer": "-88.5 degrees", "answer_meta": {"azimuth_deg": -88.5}}
{"qa_id": "qa_f8185b5d88c6415d4c27", "split": "test", "audio_id": "foa_dbe6aa46e59cae542ff9", "audio_path": "audio/test/foa_dbe6aa46e59cae542ff9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.1 degrees", "canonical_answer": "9.1 degrees", "answer_meta": {"elevation_deg": 9.1}}
{"qa_id": "qa_859feed59a844bc6fa01", "split": "test", "audio_id": "foa_4dda4250a8b5d92c9b12", "audio_path": "audio/test/foa_4dda4250a8b5d92c9b12.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=54.6 degrees, elevation=2.3 degrees? Answer in one sentence.", "answer": "A knock is heard originating from azimuth 54.6 degrees and elevation 2.3 degrees.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_aec7087d415f402bf8e0", "split": "test", "audio_id": "foa_0aeac9062ed4a204972e", "audio_path": "audio/test/foa_0aeac9062ed4a204972e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.3s to 13.0s.", "canonical_answer": "0.3s to 13.0s", "answer_meta": {"time_span": [0.3, 13.0]}}
{"qa_id": "qa_c6d462f766c1b1b14785", "split": "test", "audio_id": "foa_27ce0287a61609788f54", "audio_path": "audio/test/foa_27ce0287a61609788f54.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_0ee407495a62f1b215c5", "split": "test", "audio_id": "foa_8dba8cbf966f7c2ac1c3", "audio_path": "audio/test/foa_8dba8cbf966f7c2ac1c3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drawer cabinet that is active from 1.7s to 2.0s.", "canonical_answer": "drawer cabinet (1.7s to 2.0s)", "answer_meta": {"time_span": [1.7, 2.0]}}
{"qa_id": "qa_c227ebd70b51bed48f1f", "split": "test", "audio_id": "foa_3e0e4f6924034185497e", "audio_path": "audio/test/foa_3e0e4f6924034185497e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.2 degrees", "canonical_answer": "12.2 degrees", "answer_meta": {"elevation_deg": 12.2}}
{"qa_id": "qa_fd6fd244baeb94fbfd72", "split": "test", "audio_id": "foa_3f12c9bf14a5eaaf51d7", "audio_path": "audio/test/foa_3f12c9bf14a5eaaf51d7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the appliance occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 0.8s to 3.1s.", "canonical_answer": "0.8s to 3.1s", "answer_meta": {"time_span": [0.8, 3.1]}}
{"qa_id": "qa_2ab746ecd6499dfff15b", "split": "test", "audio_id": "foa_02d93de36cd64a692c72", "audio_path": "audio/test/foa_02d93de36cd64a692c72.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-50.6 degrees, elevation=7.2 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -50.6 degrees and elevation 7.2 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0338a788b873bd5137f9", "split": "test", "audio_id": "foa_d14b45201a49d5247445", "audio_path": "audio/test/foa_d14b45201a49d5247445.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing occurring from 0.1s to 4.3s.", "canonical_answer": "breathing (0.1s to 4.3s)", "answer_meta": {"time_span": [0.1, 4.3]}}
{"qa_id": "qa_a2b331b74d51305e7392", "split": "test", "audio_id": "foa_89b0623044a4b37f4c49", "audio_path": "audio/test/foa_89b0623044a4b37f4c49.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tape coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.2 degrees", "canonical_answer": "2.2 degrees", "answer_meta": {"azimuth_deg": 2.2}}
{"qa_id": "qa_df417f0f213e19b56f77", "split": "test", "audio_id": "foa_616d45cfb5d49791e79c", "audio_path": "audio/test/foa_616d45cfb5d49791e79c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The sound source located at the back-left is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_69cf9ad5a46e92ac38ff", "split": "test", "audio_id": "foa_ea3b5509001474f95c11", "audio_path": "audio/test/foa_ea3b5509001474f95c11.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right side is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_505535bc4bc384651cb0", "split": "test", "audio_id": "foa_a56406ef14a91d201976", "audio_path": "audio/test/foa_a56406ef14a91d201976.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources can be heard in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features tape from 1.8s to 20.0s, a keyboard instrument from 8.3s to 9.4s, and a train from 8.5s to 20.0s.", "canonical_answer": "tape (1.8s to 20.0s); keyboard instrument (8.3s to 9.4s); train (8.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_dd410bead24f4d7d66af", "split": "test", "audio_id": "foa_76b30ab71397cf4c8c89", "audio_path": "audio/test/foa_76b30ab71397cf4c8c89.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=3.7 degrees, elevation=-53.4 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=3.7 degrees and elevation=-53.4 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_b308dcae8792616e9be6", "split": "test", "audio_id": "foa_f425745cade7f596113a", "audio_path": "audio/test/foa_f425745cade7f596113a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the finger snapping occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping event is active from 0.3s to 13.2s.", "canonical_answer": "0.3s to 13.2s", "answer_meta": {"time_span": [0.3, 13.2]}}
{"qa_id": "qa_97ac274a8962e8184384", "split": "test", "audio_id": "foa_59f7b0f491a68478a403", "audio_path": "audio/test/foa_59f7b0f491a68478a403.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tearing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "103.7 degrees", "canonical_answer": "103.7 degrees", "answer_meta": {"azimuth_deg": 103.7}}
{"qa_id": "qa_d38ed6c9962932485efc", "split": "test", "audio_id": "foa_e2509dbb7257fc1ea87e", "audio_path": "audio/test/foa_e2509dbb7257fc1ea87e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.3 degrees", "canonical_answer": "-1.3 degrees", "answer_meta": {"elevation_deg": -1.3}}
{"qa_id": "qa_b2596244376e1a10e948", "split": "test", "audio_id": "foa_bd16d12ced78b82e2708", "audio_path": "audio/test/foa_bd16d12ced78b82e2708.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains a printer sound that lasts from 0.0s to 6.3s.", "canonical_answer": "printer (0.0s to 6.3s)", "answer_meta": {"time_span": [0.0, 6.3]}}
{"qa_id": "qa_f7278c033236cff7e6d6", "split": "test", "audio_id": "foa_9b71d5d568ccb3891426", "audio_path": "audio/test/foa_9b71d5d568ccb3891426.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the paper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-172.1 degrees", "canonical_answer": "-172.1 degrees", "answer_meta": {"azimuth_deg": -172.1}}
{"qa_id": "qa_569d6015f79ccbd7ea15", "split": "test", "audio_id": "foa_581b19125199f4919133", "audio_path": "audio/test/foa_581b19125199f4919133.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The source that can be heard from the back and below is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_f009fe3c6d2839648db7", "split": "test", "audio_id": "foa_289d789c1cbf173e5a49", "audio_path": "audio/test/foa_289d789c1cbf173e5a49.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=73.4 degrees, elevation=11.2 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=73.4 degrees and elevation=11.2 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_ed95310b386861dc6481", "split": "test", "audio_id": "foa_02ff03c74089f56903fd", "audio_path": "audio/test/foa_02ff03c74089f56903fd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.6 degrees", "canonical_answer": "-25.6 degrees", "answer_meta": {"elevation_deg": -25.6}}
{"qa_id": "qa_2838800ec241a7b9fd3d", "split": "test", "audio_id": "foa_06eab5f048c29340583f", "audio_path": "audio/test/foa_06eab5f048c29340583f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the dog active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The dog is active throughout the interval from 0.1s to 20.0s.", "canonical_answer": "0.1s to 20.0s", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_e0766b2129a22fbf1c2a", "split": "test", "audio_id": "foa_77d5cf392bdbb269bb72", "audio_path": "audio/test/foa_77d5cf392bdbb269bb72.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=38.3 degrees, elevation=19.1 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=38.3 degrees and elevation=19.1 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_ce9dfd376788545a841f", "split": "test", "audio_id": "foa_c35f3db0073663c5ac18", "audio_path": "audio/test/foa_c35f3db0073663c5ac18.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the scratch be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is active from 0.0s to 1.8s.", "canonical_answer": "0.0s to 1.8s", "answer_meta": {"time_span": [0.0, 1.8]}}
{"qa_id": "qa_e8ab1b093a0b32f4eb35", "split": "test", "audio_id": "foa_09c9e22d5dedc4a8e775", "audio_path": "audio/test/foa_09c9e22d5dedc4a8e775.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains crackle from 0.8s to 7.6s, train from 2.4s to 10.8s, bell from 9.0s to 10.1s, and fire from 9.4s to 11.3s.", "canonical_answer": "crackle (0.8s to 7.6s); train (2.4s to 10.8s); bell (9.0s to 10.1s); fire (9.4s to 11.3s)", "answer_meta": {}}
{"qa_id": "qa_c0bf7a16e8d2c8f4e744", "split": "test", "audio_id": "foa_7e751fde28b741535573", "audio_path": "audio/test/foa_7e751fde28b741535573.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.6 degrees", "canonical_answer": "38.6 degrees", "answer_meta": {"azimuth_deg": 38.6}}
{"qa_id": "qa_9d2c2e09dfd67dcee41c", "split": "test", "audio_id": "foa_0bbad4929975eec70737", "audio_path": "audio/test/foa_0bbad4929975eec70737.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the right and below? Answer in one sentence.", "answer": "The sound source coming from the right and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_4f01215ad7ee0a62242d", "split": "test", "audio_id": "foa_8c143fe4b2e188e7178c", "audio_path": "audio/test/foa_8c143fe4b2e188e7178c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.0 degrees", "canonical_answer": "30.0 degrees", "answer_meta": {"elevation_deg": 30.0}}
{"qa_id": "qa_6e30688a3ad878bcadc1", "split": "test", "audio_id": "foa_35073232a44690976cdd", "audio_path": "audio/test/foa_35073232a44690976cdd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.8 degrees", "canonical_answer": "11.8 degrees", "answer_meta": {"elevation_deg": 11.8}}
{"qa_id": "qa_71081f47931187976a1f", "split": "test", "audio_id": "foa_8addb93d6ffb8af9c7cc", "audio_path": "audio/test/foa_8addb93d6ffb8af9c7cc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the front? Answer in one sentence.", "answer": "The sound source coming from the front is home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_540f1ec28233e6a3b52d", "split": "test", "audio_id": "foa_e5834416efbc4d6737c5", "audio_path": "audio/test/foa_e5834416efbc4d6737c5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-42.6 degrees, elevation=6.5 degrees? Answer in one sentence.", "answer": "A person is singing at that specific location.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_2c6082da0c360d3c75d2", "split": "test", "audio_id": "foa_a489d041c89a55b38448", "audio_path": "audio/test/foa_a489d041c89a55b38448.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the train active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is active from 5.6s to 18.3s.", "canonical_answer": "5.6s to 18.3s", "answer_meta": {"time_span": [5.6, 18.3]}}
{"qa_id": "qa_0e6b92b1593645cc4207", "split": "test", "audio_id": "foa_b183084575ec12854097", "audio_path": "audio/test/foa_b183084575ec12854097.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that occurs from 4.2s to 18.9s.", "canonical_answer": "knock (4.2s to 18.9s)", "answer_meta": {"time_span": [4.2, 18.9]}}
{"qa_id": "qa_c5de29f3e5e4c4eb99af", "split": "test", "audio_id": "foa_8f18d251b5a074d48c04", "audio_path": "audio/test/foa_8f18d251b5a074d48c04.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.9 degrees", "canonical_answer": "-12.9 degrees", "answer_meta": {"azimuth_deg": -12.9}}
{"qa_id": "qa_b50f5de6ca4157e9e3af", "split": "test", "audio_id": "foa_7147d75e2d3a1075d226", "audio_path": "audio/test/foa_7147d75e2d3a1075d226.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-161.1 degrees", "canonical_answer": "-161.1 degrees", "answer_meta": {"azimuth_deg": -161.1}}
{"qa_id": "qa_e343a504dcea31cc8e65", "split": "test", "audio_id": "foa_dc08e5e7ead5dc46f66e", "audio_path": "audio/test/foa_dc08e5e7ead5dc46f66e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.7 degrees", "canonical_answer": "-38.7 degrees", "answer_meta": {"elevation_deg": -38.7}}
{"qa_id": "qa_c8379bd69a98136bf165", "split": "test", "audio_id": "foa_05694f075bb341cfbcbc", "audio_path": "audio/test/foa_05694f075bb341cfbcbc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=31.3 degrees, elevation=19.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=31.3 degrees and elevation=19.4 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_71fff5ac4ce457a1110f", "split": "test", "audio_id": "foa_65e0f837fe79f3acc4e8", "audio_path": "audio/test/foa_65e0f837fe79f3acc4e8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the guitar be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is audible from 0.2s to 1.5s.", "canonical_answer": "0.2s to 1.5s", "answer_meta": {"time_span": [0.2, 1.5]}}
{"qa_id": "qa_83138c5deb5a1715668f", "split": "test", "audio_id": "foa_00043dd72187e5aa2141", "audio_path": "audio/test/foa_00043dd72187e5aa2141.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains a drum sound occurring from 0.0s to 0.1s.", "canonical_answer": "drum (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_5f5a3c97d9ec1f008e52", "split": "test", "audio_id": "foa_113180ec7e791a33bacd", "audio_path": "audio/test/foa_113180ec7e791a33bacd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the left of the listener? Answer in one sentence.", "answer": "The sound source heard from the left is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_86a4c597d5a9609c9ab3", "split": "test", "audio_id": "foa_16d0bb9acce1bb53189a", "audio_path": "audio/test/foa_16d0bb9acce1bb53189a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an insect from 0.0s to 20.0s.", "canonical_answer": "insect (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_7e3c8dd212a308d4a78f", "split": "test", "audio_id": "foa_1dd9af3ea2cb631a910b", "audio_path": "audio/test/foa_1dd9af3ea2cb631a910b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the keyboard instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.1s to 3.6s.", "canonical_answer": "0.1s to 3.6s", "answer_meta": {"time_span": [0.1, 3.6]}}
{"qa_id": "qa_a969183df9a3a50d6866", "split": "test", "audio_id": "foa_a10c8cc7e305d2c97342", "audio_path": "audio/test/foa_a10c8cc7e305d2c97342.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the right of the listener? Answer in one sentence.", "answer": "The source coming from the right is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_51de3c6fb8d0728a3677", "split": "test", "audio_id": "foa_7404cdb2aec8225567ad", "audio_path": "audio/test/foa_7404cdb2aec8225567ad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "146.0 degrees", "canonical_answer": "146.0 degrees", "answer_meta": {"azimuth_deg": 146.0}}
{"qa_id": "qa_1a0e74d06f0183761687", "split": "test", "audio_id": "foa_266daed638347c7d4018", "audio_path": "audio/test/foa_266daed638347c7d4018.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.4 degrees", "canonical_answer": "28.4 degrees", "answer_meta": {"elevation_deg": 28.4}}
{"qa_id": "qa_11f30f6e72228192640e", "split": "test", "audio_id": "foa_dcf649ce2ee0476ee136", "audio_path": "audio/test/foa_dcf649ce2ee0476ee136.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=59.3 degrees, elevation=-2.6 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=59.3 degrees and elevation=-2.6 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7fd7f4c4c473888d9a0c", "split": "test", "audio_id": "foa_c029363fbf829d208935", "audio_path": "audio/test/foa_c029363fbf829d208935.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.2 degrees", "canonical_answer": "-19.2 degrees", "answer_meta": {"elevation_deg": -19.2}}
{"qa_id": "qa_8e26885f0704483a2682", "split": "test", "audio_id": "foa_e6461267203235415972", "audio_path": "audio/test/foa_e6461267203235415972.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back and below of the listener? Answer in one sentence.", "answer": "The source heard from the back and below is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_f00a27e57132564af6d7", "split": "test", "audio_id": "foa_32bcdedff6e38a47c69e", "audio_path": "audio/test/foa_32bcdedff6e38a47c69e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the crackle coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.1 degrees", "canonical_answer": "3.1 degrees", "answer_meta": {"azimuth_deg": 3.1}}
{"qa_id": "qa_f710238964ac237dc63e", "split": "test", "audio_id": "foa_f6ad37a1f6e2506908d9", "audio_path": "audio/test/foa_f6ad37a1f6e2506908d9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=113.9 degrees, elevation=-16.1 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=113.9 degrees and elevation=-16.1 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_ad160ff6067b472b4f79", "split": "test", "audio_id": "foa_0810ad07ade73a58706e", "audio_path": "audio/test/foa_0810ad07ade73a58706e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this audio clip, and what is the duration for each one? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features paper from 0.4s to 12.8s, a door from 3.4s to 4.2s, male speech from 6.6s to 7.1s, body sound from 9.0s to 10.0s, and a drawer cabinet from 9.4s to 13.0s.", "canonical_answer": "paper (0.4s to 12.8s); door (3.4s to 4.2s); male speech (6.6s to 7.1s); body sound (9.0s to 10.0s); drawer cabinet (9.4s to 13.0s)", "answer_meta": {}}
{"qa_id": "qa_9192d8d6e1dbb6aeec12", "split": "test", "audio_id": "foa_1ce1eb9a73cf3e4e4daf", "audio_path": "audio/test/foa_1ce1eb9a73cf3e4e4daf.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the home sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The home sound is active from 0.2s to 20.0s.", "canonical_answer": "0.2s to 20.0s", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_dfc573584d294f358413", "split": "test", "audio_id": "foa_5746804824947e785620", "audio_path": "audio/test/foa_5746804824947e785620.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains typing from 0.0s to 14.8s, a metal clink from 7.2s to 11.6s, singing from 8.6s to 15.6s, and a dog from 11.8s to 15.1s.", "canonical_answer": "typing (0.0s to 14.8s); metal clink (7.2s to 11.6s); singing (8.6s to 15.6s); dog (11.8s to 15.1s)", "answer_meta": {}}
{"qa_id": "qa_3f909c2a6492a0d9d465", "split": "test", "audio_id": "foa_ad4f9c845b25ca7b2a3d", "audio_path": "audio/test/foa_ad4f9c845b25ca7b2a3d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard from the back and below? Answer in one sentence.", "answer": "The sound source coming from the back and below is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_9e6dff51f96ac99afeba", "split": "test", "audio_id": "foa_09d742bbdf6aab37c220", "audio_path": "audio/test/foa_09d742bbdf6aab37c220.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=92.7 degrees, elevation=20.2 degrees? Answer in one sentence.", "answer": "An animal sound is coming from azimuth 92.7 degrees and elevation 20.2 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_ac914600f14b4a374d0c", "split": "test", "audio_id": "foa_7278dc600c557447fe1a", "audio_path": "audio/test/foa_7278dc600c557447fe1a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the camera in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "112.4 degrees", "canonical_answer": "112.4 degrees", "answer_meta": {"azimuth_deg": 112.4}}
{"qa_id": "qa_c3b74a4aa2bb0f641eef", "split": "test", "audio_id": "foa_0651218d9498eb37f00c", "audio_path": "audio/test/foa_0651218d9498eb37f00c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tape active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tape event is active from 0.8s to 12.9s.", "canonical_answer": "0.8s to 12.9s", "answer_meta": {"time_span": [0.8, 12.9]}}
{"qa_id": "qa_437853a855d654e714c6", "split": "test", "audio_id": "foa_5f756ca7b0e97c3b9932", "audio_path": "audio/test/foa_5f756ca7b0e97c3b9932.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.6 degrees", "canonical_answer": "-3.6 degrees", "answer_meta": {"elevation_deg": -3.6}}
{"qa_id": "qa_eb9712ae816147c2333e", "split": "test", "audio_id": "foa_8616e279807270e27365", "audio_path": "audio/test/foa_8616e279807270e27365.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-58.5 degrees", "canonical_answer": "-58.5 degrees", "answer_meta": {"elevation_deg": -58.5}}
{"qa_id": "qa_ed05d08cf08f1b6d9c58", "split": "test", "audio_id": "foa_ce6eb6eb4d8b19687467", "audio_path": "audio/test/foa_ce6eb6eb4d8b19687467.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that is active from 0.8s to 4.8s.", "canonical_answer": "knock (0.8s to 4.8s)", "answer_meta": {"time_span": [0.8, 4.8]}}
{"qa_id": "qa_cc28cc478b2737011528", "split": "test", "audio_id": "foa_960f9b67f1463e3a9a31", "audio_path": "audio/test/foa_960f9b67f1463e3a9a31.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source located at the front-left is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_84469e8a8c3e239d0a15", "split": "test", "audio_id": "foa_ad107ebce56e28aca944", "audio_path": "audio/test/foa_ad107ebce56e28aca944.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=65.8 degrees, elevation=-2.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=65.8 degrees, elevation=-2.0 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_b072dd539f02bd837ed8", "split": "test", "audio_id": "foa_ce953d9544e59432f48b", "audio_path": "audio/test/foa_ce953d9544e59432f48b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the dog be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The dog is heard in the audio from 3.1s to 3.8s.", "canonical_answer": "3.1s to 3.8s", "answer_meta": {"time_span": [3.1, 3.8]}}
{"qa_id": "qa_e3cdbe9549923273bd45", "split": "test", "audio_id": "foa_81f053fd76948b15ae67", "audio_path": "audio/test/foa_81f053fd76948b15ae67.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the war sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-116.2 degrees", "canonical_answer": "-116.2 degrees", "answer_meta": {"azimuth_deg": -116.2}}
{"qa_id": "qa_ceaded487ca2c1e57876", "split": "test", "audio_id": "foa_674095ecd56be3b46115", "audio_path": "audio/test/foa_674095ecd56be3b46115.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a zipper from 0.6s to 8.3s, a telephone alarm from 0.9s to 2.8s, and a gong from 4.2s to 8.5s.", "canonical_answer": "zipper (0.6s to 8.3s); telephone alarm (0.9s to 2.8s); gong (4.2s to 8.5s)", "answer_meta": {}}
{"qa_id": "qa_1e22da6d5b1ce3389ba6", "split": "test", "audio_id": "foa_103bbd4b67d4b5d68dad", "audio_path": "audio/test/foa_103bbd4b67d4b5d68dad.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-16.9 degrees, elevation=8.3 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth -16.9 degrees and elevation 8.3 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_6763bfe6125f3e8f00f5", "split": "test", "audio_id": "foa_85ad3d3484b5721355b4", "audio_path": "audio/test/foa_85ad3d3484b5721355b4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.5 degrees", "canonical_answer": "57.5 degrees", "answer_meta": {"elevation_deg": 57.5}}
{"qa_id": "qa_2aa9540dbfb8c591f951", "split": "test", "audio_id": "foa_466b96f4650ab15b24df", "audio_path": "audio/test/foa_466b96f4650ab15b24df.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left? Answer in one sentence.", "answer": "The sound source coming from the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_924200070bad2c53dde7", "split": "test", "audio_id": "foa_a1b4e4f0919ca12a8efb", "audio_path": "audio/test/foa_a1b4e4f0919ca12a8efb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the crushing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.7 degrees", "canonical_answer": "-63.7 degrees", "answer_meta": {"azimuth_deg": -63.7}}
{"qa_id": "qa_45afd98aa01a29fdfc0c", "split": "test", "audio_id": "foa_dc4d5e26a940b577d83a", "audio_path": "audio/test/foa_dc4d5e26a940b577d83a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird event occurs from 0.0s to 2.0s.", "canonical_answer": "0.0s to 2.0s", "answer_meta": {"time_span": [0.0, 2.0]}}
{"qa_id": "qa_f2c8e6d3db5e6fb9bb94", "split": "test", "audio_id": "foa_45396b26ba191ae116b7", "audio_path": "audio/test/foa_45396b26ba191ae116b7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.3 degrees", "canonical_answer": "7.3 degrees", "answer_meta": {"elevation_deg": 7.3}}
{"qa_id": "qa_43e57b9b129fc5e5fcd4", "split": "test", "audio_id": "foa_e876da51b05fc847b2be", "audio_path": "audio/test/foa_e876da51b05fc847b2be.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.2s to 2.3s.", "canonical_answer": "0.2s to 2.3s", "answer_meta": {"time_span": [0.2, 2.3]}}
{"qa_id": "qa_6780c082fe2b3350735c", "split": "test", "audio_id": "foa_e900a48dbf58345c55d8", "audio_path": "audio/test/foa_e900a48dbf58345c55d8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=56.0 degrees, elevation=5.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=56.0 degrees and elevation=5.7 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_031a61f601d4e0ea2861", "split": "test", "audio_id": "foa_bad4ab32219a1270ac56", "audio_path": "audio/test/foa_bad4ab32219a1270ac56.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The source located to the front-right and below the listener is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_29e9b6bb38a3fcc1b946", "split": "test", "audio_id": "foa_c179aaad26558266f8a7", "audio_path": "audio/test/foa_c179aaad26558266f8a7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "141.1 degrees", "canonical_answer": "141.1 degrees", "answer_meta": {"azimuth_deg": 141.1}}
{"qa_id": "qa_649f97cb415255dbeb0e", "split": "test", "audio_id": "foa_32521388b9e56f42c343", "audio_path": "audio/test/foa_32521388b9e56f42c343.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are audible in this clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains ocean from 0.0s to 20.0s, percussion from 11.2s to 12.2s, and frog from 18.1s to 19.4s.", "canonical_answer": "ocean (0.0s to 20.0s); percussion (11.2s to 12.2s); frog (18.1s to 19.4s)", "answer_meta": {}}
{"qa_id": "qa_a3f53a730b0d3b6129a7", "split": "test", "audio_id": "foa_730e72355a30994db9a1", "audio_path": "audio/test/foa_730e72355a30994db9a1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c3e5d9a0fe256fa0a8db", "split": "test", "audio_id": "foa_1239d8af111b4efee068", "audio_path": "audio/test/foa_1239d8af111b4efee068.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.7 degrees", "canonical_answer": "-5.7 degrees", "answer_meta": {"elevation_deg": -5.7}}
{"qa_id": "qa_91804000d24ad06d7d62", "split": "test", "audio_id": "foa_a9fbfdc0c0cc3fb16ceb", "audio_path": "audio/test/foa_a9fbfdc0c0cc3fb16ceb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-113.0 degrees, elevation=-21.3 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth -113.0 degrees and elevation -21.3 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_9d6d73529574a5498012", "split": "test", "audio_id": "foa_eb03c074021b0c1b264b", "audio_path": "audio/test/foa_eb03c074021b0c1b264b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 8.9s.", "canonical_answer": "0.6s to 8.9s", "answer_meta": {"time_span": [0.6, 8.9]}}
{"qa_id": "qa_8718b623dea2fccaec36", "split": "test", "audio_id": "foa_30866efe1c9375e9146e", "audio_path": "audio/test/foa_30866efe1c9375e9146e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cooking? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-175.4 degrees", "canonical_answer": "-175.4 degrees", "answer_meta": {"azimuth_deg": -175.4}}
{"qa_id": "qa_045de4cfa1e81a4b2c2d", "split": "test", "audio_id": "foa_ae496e69286933ce9d61", "audio_path": "audio/test/foa_ae496e69286933ce9d61.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.4s to 5.4s and additional speech from 0.6s to 6.2s.", "canonical_answer": "speech (0.4s to 5.4s); speech (0.6s to 6.2s)", "answer_meta": {}}
{"qa_id": "qa_cafb78da710eaf64076b", "split": "test", "audio_id": "foa_b979cc467ff3f1a81a82", "audio_path": "audio/test/foa_b979cc467ff3f1a81a82.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the string instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.2s to 4.1s.", "canonical_answer": "0.2s to 4.1s", "answer_meta": {"time_span": [0.2, 4.1]}}
{"qa_id": "qa_16480c70c9c102b5ab6f", "split": "test", "audio_id": "foa_f9855a30384ae1ee5c77", "audio_path": "audio/test/foa_f9855a30384ae1ee5c77.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_4cef958358ff3e9eae7b", "split": "test", "audio_id": "foa_23a9b83be270932070e6", "audio_path": "audio/test/foa_23a9b83be270932070e6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a vehicle from 0.1s to 18.5s, a gong from 3.0s to 5.5s, and cooking sounds from 12.5s to 15.8s.", "canonical_answer": "vehicle (0.1s to 18.5s); gong (3.0s to 5.5s); cooking (12.5s to 15.8s)", "answer_meta": {}}
{"qa_id": "qa_a428c3ba0be76ef551f6", "split": "test", "audio_id": "foa_e99fbb55498e3fc73f86", "audio_path": "audio/test/foa_e99fbb55498e3fc73f86.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=34.5 degrees, elevation=-11.7 degrees? Answer in one sentence.", "answer": "A train is located at azimuth 34.5 degrees and elevation -11.7 degrees.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_a2d9b5801cd7e153619a", "split": "test", "audio_id": "foa_54562584901710c8a9ec", "audio_path": "audio/test/foa_54562584901710c8a9ec.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the aircraft in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.4 degrees", "canonical_answer": "28.4 degrees", "answer_meta": {"elevation_deg": 28.4}}
{"qa_id": "qa_2246114ec4e66d1ba0b3", "split": "test", "audio_id": "foa_5f8eccaaa849bf6a8ba3", "audio_path": "audio/test/foa_5f8eccaaa849bf6a8ba3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.7 degrees", "canonical_answer": "32.7 degrees", "answer_meta": {"azimuth_deg": 32.7}}
{"qa_id": "qa_83fb5d7ba5811ad712b7", "split": "test", "audio_id": "foa_503bb6174fb9fbe702bc", "audio_path": "audio/test/foa_503bb6174fb9fbe702bc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left? Answer in one sentence.", "answer": "The sound source coming from the back-left is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_b37866cf2eead73d304e", "split": "test", "audio_id": "foa_902a2d80dc4e126e15b0", "audio_path": "audio/test/foa_902a2d80dc4e126e15b0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "141.8 degrees", "canonical_answer": "141.8 degrees", "answer_meta": {"azimuth_deg": 141.8}}
{"qa_id": "qa_1b51911e9d439baa5af6", "split": "test", "audio_id": "foa_7dbbcbff17a67a79b528", "audio_path": "audio/test/foa_7dbbcbff17a67a79b528.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the gong sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong sound is active from 4.0s to 10.6s.", "canonical_answer": "4.0s to 10.6s", "answer_meta": {"time_span": [4.0, 10.6]}}
{"qa_id": "qa_5a64ebe29d772de4f9f0", "split": "test", "audio_id": "foa_87653c09e76fd1e85731", "audio_path": "audio/test/foa_87653c09e76fd1e85731.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a door sound that occurs from 1.3s to 6.7s.", "canonical_answer": "door (1.3s to 6.7s)", "answer_meta": {"time_span": [1.3, 6.7]}}
{"qa_id": "qa_1fd3a8342e039bcdbaf2", "split": "test", "audio_id": "foa_63aec46a47fff0c0a395", "audio_path": "audio/test/foa_63aec46a47fff0c0a395.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.5 degrees", "canonical_answer": "30.5 degrees", "answer_meta": {"elevation_deg": 30.5}}
{"qa_id": "qa_072916261ed5cbbe5b0a", "split": "test", "audio_id": "foa_3afa783e3ba96e213aa7", "audio_path": "audio/test/foa_3afa783e3ba96e213aa7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-138.5 degrees, elevation=2.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-138.5 degrees and elevation=2.3 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_f24997f339f2226f3496", "split": "test", "audio_id": "foa_30013005651b9c6d9f91", "audio_path": "audio/test/foa_30013005651b9c6d9f91.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=101.9 degrees, elevation=-20.6 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=101.9 degrees and elevation=-20.6 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_9bbc510d0ba563f6b554", "split": "test", "audio_id": "foa_bb0e83e882e0c17c3abe", "audio_path": "audio/test/foa_bb0e83e882e0c17c3abe.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the duration of the singing event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 0.1s to 5.5s.", "canonical_answer": "0.1s to 5.5s", "answer_meta": {"time_span": [0.1, 5.5]}}
{"qa_id": "qa_071b782baf5a47a68200", "split": "test", "audio_id": "foa_f1455c22c46571dca8fb", "audio_path": "audio/test/foa_f1455c22c46571dca8fb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a frog sound occurring from 0.6s to 20.0s.", "canonical_answer": "frog (0.6s to 20.0s)", "answer_meta": {"time_span": [0.6, 20.0]}}
{"qa_id": "qa_4a8b9f9b0d422770a967", "split": "test", "audio_id": "foa_28df90692c95d735f38a", "audio_path": "audio/test/foa_28df90692c95d735f38a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "66.5 degrees", "canonical_answer": "66.5 degrees", "answer_meta": {"azimuth_deg": 66.5}}
{"qa_id": "qa_3b8fbdbf1de975727916", "split": "test", "audio_id": "foa_08b0190c4ac48817b404", "audio_path": "audio/test/foa_08b0190c4ac48817b404.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The source heard from the right is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_84c55e84562e69aec18b", "split": "test", "audio_id": "foa_123122a54eefc9499dcc", "audio_path": "audio/test/foa_123122a54eefc9499dcc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the metal clink in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.6 degrees", "canonical_answer": "-25.6 degrees", "answer_meta": {"elevation_deg": -25.6}}
{"qa_id": "qa_761c91146928b946e925", "split": "test", "audio_id": "foa_c0892b9fd26a5c067c6d", "audio_path": "audio/test/foa_c0892b9fd26a5c067c6d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=127.0 degrees, elevation=-31.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=127.0 degrees and elevation=-31.5 degrees is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_7c4b31367111eb498259", "split": "test", "audio_id": "foa_1cfcdc7a3d12642555f6", "audio_path": "audio/test/foa_1cfcdc7a3d12642555f6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 1.5s to 15.0s.", "canonical_answer": "human vocalization (1.5s to 15.0s)", "answer_meta": {"time_span": [1.5, 15.0]}}
{"qa_id": "qa_40cada9df015590fe616", "split": "test", "audio_id": "foa_d374404bdfcf1bd4ce97", "audio_path": "audio/test/foa_d374404bdfcf1bd4ce97.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the war sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 1.3s to 5.4s.", "canonical_answer": "1.3s to 5.4s", "answer_meta": {"time_span": [1.3, 5.4]}}
{"qa_id": "qa_fbd4542def65c0e19606", "split": "test", "audio_id": "foa_965717783ece193a183f", "audio_path": "audio/test/foa_965717783ece193a183f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the laughter coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.8 degrees", "canonical_answer": "-26.8 degrees", "answer_meta": {"azimuth_deg": -26.8}}
{"qa_id": "qa_cff4fa542a413a960f35", "split": "test", "audio_id": "foa_308b0335caa808029f21", "audio_path": "audio/test/foa_308b0335caa808029f21.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.8 degrees", "canonical_answer": "16.8 degrees", "answer_meta": {"elevation_deg": 16.8}}
{"qa_id": "qa_2f5670aaa070cd2c6d97", "split": "test", "audio_id": "foa_ff178f91cda088c5d53f", "audio_path": "audio/test/foa_ff178f91cda088c5d53f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The source coming from the front is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_1c065e7894b1ac443abd", "split": "test", "audio_id": "foa_a289372abe0f8321bdeb", "audio_path": "audio/test/foa_a289372abe0f8321bdeb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a musical instrument active from 0.0s to 10.0s.", "canonical_answer": "musical instrument (0.0s to 10.0s)", "answer_meta": {"time_span": [0.0, 10.0]}}
{"qa_id": "qa_45154ea0424e6579ce94", "split": "test", "audio_id": "foa_e5bfd524b19943df1c8c", "audio_path": "audio/test/foa_e5bfd524b19943df1c8c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the writing take place? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing is active from 0.0s to 11.3s.", "canonical_answer": "0.0s to 11.3s", "answer_meta": {"time_span": [0.0, 11.3]}}
{"qa_id": "qa_5b765c73e78b62307910", "split": "test", "audio_id": "foa_e4161df816822703318b", "audio_path": "audio/test/foa_e4161df816822703318b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.9 degrees", "canonical_answer": "-7.9 degrees", "answer_meta": {"elevation_deg": -7.9}}
{"qa_id": "qa_d9155f0f52dd7ccdf958", "split": "test", "audio_id": "foa_180666f8cb41d95a0911", "audio_path": "audio/test/foa_180666f8cb41d95a0911.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the metal clink coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.3 degrees", "canonical_answer": "1.3 degrees", "answer_meta": {"azimuth_deg": 1.3}}
{"qa_id": "qa_395d128b0ee828cdf8d9", "split": "test", "audio_id": "foa_b05045be9d6f3fc5ab8a", "audio_path": "audio/test/foa_b05045be9d6f3fc5ab8a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located at the back-right and below? Answer in one sentence.", "answer": "The sound source located at the back-right and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_6a9a98a332e05756a540", "split": "test", "audio_id": "foa_84dc524bae6efaeb4e73", "audio_path": "audio/test/foa_84dc524bae6efaeb4e73.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=44.2 degrees, elevation=-9.1 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=44.2 degrees and elevation=-9.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_969f931427cbc7907d13", "split": "test", "audio_id": "foa_aee9f18ab9085d73eefe", "audio_path": "audio/test/foa_aee9f18ab9085d73eefe.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle from 0.9s to 20.0s, a musical instrument from 16.2s to 20.0s, and an insect from 19.2s to 20.0s.", "canonical_answer": "vehicle (0.9s to 20.0s); musical instrument (16.2s to 20.0s); insect (19.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_54f45849c3bf942a066e", "split": "test", "audio_id": "foa_2d5c56d83de1c425adf2", "audio_path": "audio/test/foa_2d5c56d83de1c425adf2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-43.0 degrees", "canonical_answer": "-43.0 degrees", "answer_meta": {"elevation_deg": -43.0}}
{"qa_id": "qa_fcb4692b20ba74e771f1", "split": "test", "audio_id": "foa_6ca2067fe5d07f93c898", "audio_path": "audio/test/foa_6ca2067fe5d07f93c898.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the ocean sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The ocean is active from 0.0s to 16.9s.", "canonical_answer": "0.0s to 16.9s", "answer_meta": {"time_span": [0.0, 16.9]}}
{"qa_id": "qa_ccd03f24ba77e38a780d", "split": "test", "audio_id": "foa_b3c91a7acfc934b8e436", "audio_path": "audio/test/foa_b3c91a7acfc934b8e436.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which source is heard from the right and above of the listener? Answer in one sentence.", "answer": "The source heard from the right and above is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_d8941399440c8791c10f", "split": "test", "audio_id": "foa_3ecf0dc7c3e3882d065c", "audio_path": "audio/test/foa_3ecf0dc7c3e3882d065c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-178.7 degrees, elevation=18.7 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth -178.7 degrees and elevation 18.7 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_e6579306c81a0bc525c9", "split": "test", "audio_id": "foa_564f75fdff9d003b7647", "audio_path": "audio/test/foa_564f75fdff9d003b7647.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the typing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.5 degrees", "canonical_answer": "-29.5 degrees", "answer_meta": {"azimuth_deg": -29.5}}
{"qa_id": "qa_138babf87f1fb8d5f443", "split": "test", "audio_id": "foa_248cf6f1212b61eb73c2", "audio_path": "audio/test/foa_248cf6f1212b61eb73c2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-right is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c4d1a4fcf65415f3d938", "split": "test", "audio_id": "foa_19b260a7f344b2a72ad2", "audio_path": "audio/test/foa_19b260a7f344b2a72ad2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.7 degrees", "canonical_answer": "-38.7 degrees", "answer_meta": {"elevation_deg": -38.7}}
{"qa_id": "qa_ca7fe376fe2a95e05045", "split": "test", "audio_id": "foa_13e540b6c6017e415722", "audio_path": "audio/test/foa_13e540b6c6017e415722.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the crackle coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.6 degrees", "canonical_answer": "-16.6 degrees", "answer_meta": {"azimuth_deg": -16.6}}
{"qa_id": "qa_565243e267008a1cf46e", "split": "test", "audio_id": "foa_e6f6edb6abd503ea5388", "audio_path": "audio/test/foa_e6f6edb6abd503ea5388.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-5.8 degrees, elevation=12.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -5.8 degrees and elevation 12.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_28f23a4a9c7a8d6b5eaf", "split": "test", "audio_id": "foa_728aeb3960dc42d51628", "audio_path": "audio/test/foa_728aeb3960dc42d51628.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the ocean be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The ocean is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_d308c2d3e4a5959a9f41", "split": "test", "audio_id": "foa_9d44d0606f900fd3d5e1", "audio_path": "audio/test/foa_9d44d0606f900fd3d5e1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 2.4s and speech from 0.6s to 8.2s.", "canonical_answer": "speech (0.6s to 2.4s); speech (0.6s to 8.2s)", "answer_meta": {}}
{"qa_id": "qa_e3ba53c914d02cde36f0", "split": "test", "audio_id": "foa_3fee26d7aa7626bbaa8f", "audio_path": "audio/test/foa_3fee26d7aa7626bbaa8f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the alarm be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 0.2s to 7.7s.", "canonical_answer": "0.2s to 7.7s", "answer_meta": {"time_span": [0.2, 7.7]}}
{"qa_id": "qa_f0615a794913e83189d5", "split": "test", "audio_id": "foa_c392f498245ff0172029", "audio_path": "audio/test/foa_c392f498245ff0172029.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "126.3 degrees", "canonical_answer": "126.3 degrees", "answer_meta": {"azimuth_deg": 126.3}}
{"qa_id": "qa_87762922dfef761b8338", "split": "test", "audio_id": "foa_b9d52e9264297c223e13", "audio_path": "audio/test/foa_b9d52e9264297c223e13.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Summarize the sound events in the clip together with their time spans. Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 4.0s and speech from 0.6s to 1.4s.", "canonical_answer": "speech (0.2s to 4.0s); speech (0.6s to 1.4s)", "answer_meta": {}}
{"qa_id": "qa_3546b1af5664a63183d5", "split": "test", "audio_id": "foa_d8323a916c19025b765a", "audio_path": "audio/test/foa_d8323a916c19025b765a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the knock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.0 degrees", "canonical_answer": "-15.0 degrees", "answer_meta": {"elevation_deg": -15.0}}
{"qa_id": "qa_42d9066e3fe6c1cb39c8", "split": "test", "audio_id": "foa_5d58d6bbd1ca777e15cd", "audio_path": "audio/test/foa_5d58d6bbd1ca777e15cd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_a0fa7343f4dd0d43c7a5", "split": "test", "audio_id": "foa_ecd27155faa4623a5e59", "audio_path": "audio/test/foa_ecd27155faa4623a5e59.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-58.0 degrees, elevation=1.3 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=-58.0 degrees and elevation=1.3 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_2a5ddeac4abbbe185e63", "split": "test", "audio_id": "foa_e7557fc7c13667677476", "audio_path": "audio/test/foa_e7557fc7c13667677476.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tearing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-129.5 degrees", "canonical_answer": "-129.5 degrees", "answer_meta": {"azimuth_deg": -129.5}}
{"qa_id": "qa_8e876207c972a9df6a9e", "split": "test", "audio_id": "foa_35912a5baa8c9f70a243", "audio_path": "audio/test/foa_35912a5baa8c9f70a243.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the male speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.0s to 0.3s.", "canonical_answer": "0.0s to 0.3s", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_af51cf9fb82f4adb32ad", "split": "test", "audio_id": "foa_3994fc98c63e54fe22f0", "audio_path": "audio/test/foa_3994fc98c63e54fe22f0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.2 degrees", "canonical_answer": "-14.2 degrees", "answer_meta": {"elevation_deg": -14.2}}
{"qa_id": "qa_b9a6911cd38cde86f6bd", "split": "test", "audio_id": "foa_5b870a27feeab506b90c", "audio_path": "audio/test/foa_5b870a27feeab506b90c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.2s to 20.0s, a zipper from 0.3s to 4.6s, and singing from 9.1s to 18.5s.", "canonical_answer": "breathing (0.2s to 20.0s); zipper (0.3s to 4.6s); singing (9.1s to 18.5s)", "answer_meta": {}}
{"qa_id": "qa_6d0d51fe38a25c0665dd", "split": "test", "audio_id": "foa_a75e016eee3233a1a7ee", "audio_path": "audio/test/foa_a75e016eee3233a1a7ee.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is audible from the back-left and above position? Answer in one sentence.", "answer": "The sound coming from the back-left and above is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_71df40f23215005222a2", "split": "test", "audio_id": "foa_20a13739f8c6e86473ec", "audio_path": "audio/test/foa_20a13739f8c6e86473ec.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=113.4 degrees, elevation=-29.8 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=113.4 degrees and elevation=-29.8 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_3206fc7f8a1282381a7d", "split": "test", "audio_id": "foa_6081fc4dcf6e9009dcc7", "audio_path": "audio/test/foa_6081fc4dcf6e9009dcc7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source located to the front-left is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_aff06dd3b48b009e96ca", "split": "test", "audio_id": "foa_a8cdc8248e2963d7bd14", "audio_path": "audio/test/foa_a8cdc8248e2963d7bd14.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the footsteps be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps event is active from 0.0s to 2.3s.", "canonical_answer": "0.0s to 2.3s", "answer_meta": {"time_span": [0.0, 2.3]}}
{"qa_id": "qa_201cf7a29b6ed47f144b", "split": "test", "audio_id": "foa_cf184f68b23438f3ff17", "audio_path": "audio/test/foa_cf184f68b23438f3ff17.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=83.7 degrees, elevation=46.3 degrees? Answer in one sentence.", "answer": "A war sound is located at azimuth=83.7 degrees and elevation=46.3 degrees.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_0a7cfbfc6a5ac0f77f6c", "split": "test", "audio_id": "foa_d9836ebf31afa5f93dc3", "audio_path": "audio/test/foa_d9836ebf31afa5f93dc3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.1 degrees", "canonical_answer": "-37.1 degrees", "answer_meta": {"elevation_deg": -37.1}}
{"qa_id": "qa_ee4de8fca10b4d27372f", "split": "test", "audio_id": "foa_ef89f7e5451eae0c24dd", "audio_path": "audio/test/foa_ef89f7e5451eae0c24dd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell sound that occurs from 0.4s to 9.8s.", "canonical_answer": "bell (0.4s to 9.8s)", "answer_meta": {"time_span": [0.4, 9.8]}}
{"qa_id": "qa_6dde57416b847a03f7ab", "split": "test", "audio_id": "foa_e17d2c218fc6f24de6a5", "audio_path": "audio/test/foa_e17d2c218fc6f24de6a5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-82.8 degrees", "canonical_answer": "-82.8 degrees", "answer_meta": {"azimuth_deg": -82.8}}
{"qa_id": "qa_6e31cae3eae446ac3f73", "split": "test", "audio_id": "foa_35eddd20c31de634cd61", "audio_path": "audio/test/foa_35eddd20c31de634cd61.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the insect event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect event occurs from 0.0s to 8.2s.", "canonical_answer": "0.0s to 8.2s", "answer_meta": {"time_span": [0.0, 8.2]}}
{"qa_id": "qa_2be2f3754725e2e1ceba", "split": "test", "audio_id": "foa_c56b12e642c6f8d9e574", "audio_path": "audio/test/foa_c56b12e642c6f8d9e574.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the zipper coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.2 degrees", "canonical_answer": "52.2 degrees", "answer_meta": {"azimuth_deg": 52.2}}
{"qa_id": "qa_7da10412666564fd9e37", "split": "test", "audio_id": "foa_e2a3f821339802db73ba", "audio_path": "audio/test/foa_e2a3f821339802db73ba.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=65.6 degrees, elevation=-3.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=65.6 degrees and elevation=-3.1 degrees is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_416d18336e0d6ffdbf14", "split": "test", "audio_id": "foa_db9405b1840e53c91b71", "audio_path": "audio/test/foa_db9405b1840e53c91b71.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.3 degrees", "canonical_answer": "-59.3 degrees", "answer_meta": {"elevation_deg": -59.3}}
{"qa_id": "qa_85712fcda0b551aad468", "split": "test", "audio_id": "foa_c3b4309fba0fa0d45557", "audio_path": "audio/test/foa_c3b4309fba0fa0d45557.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in the audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features footsteps that occur from 0.6s to 5.5s.", "canonical_answer": "footsteps (0.6s to 5.5s)", "answer_meta": {"time_span": [0.6, 5.5]}}
{"qa_id": "qa_8b95beda62f4217bc25b", "split": "test", "audio_id": "foa_8070e0bb00621f9c2d51", "audio_path": "audio/test/foa_8070e0bb00621f9c2d51.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard coming from the right and below of the listener? Answer in one sentence.", "answer": "The sound source coming from the right and below is an animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_2907b967cf1d2949f242", "split": "test", "audio_id": "foa_40ac7ce79dfd03b569ad", "audio_path": "audio/test/foa_40ac7ce79dfd03b569ad.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drum that occurs from 0.1s to 5.7s.", "canonical_answer": "drum (0.1s to 5.7s)", "answer_meta": {"time_span": [0.1, 5.7]}}
{"qa_id": "qa_6967c990ed20598ad799", "split": "test", "audio_id": "foa_87fe5a4d1990cb1ccc6e", "audio_path": "audio/test/foa_87fe5a4d1990cb1ccc6e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the singing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 11.9s to 20.0s.", "canonical_answer": "11.9s to 20.0s", "answer_meta": {"time_span": [11.9, 20.0]}}
{"qa_id": "qa_6ae84e0419e9ca73876a", "split": "test", "audio_id": "foa_f63ad3e2410afcdce25c", "audio_path": "audio/test/foa_f63ad3e2410afcdce25c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the vehicle coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-180.0 degrees", "canonical_answer": "-180.0 degrees", "answer_meta": {"azimuth_deg": -180.0}}
{"qa_id": "qa_689760646e47d9f24aca", "split": "test", "audio_id": "foa_71bd87f9defaf929880d", "audio_path": "audio/test/foa_71bd87f9defaf929880d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=27.7 degrees, elevation=5.7 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth=27.7 degrees and elevation=5.7 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_667355ee0dcb089d5cd0", "split": "test", "audio_id": "foa_42fbf25b339c7bc492af", "audio_path": "audio/test/foa_42fbf25b339c7bc492af.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_f95d3bc4af1e28176127", "split": "test", "audio_id": "foa_7f71b83ad196396be3ac", "audio_path": "audio/test/foa_7f71b83ad196396be3ac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "44.8 degrees", "canonical_answer": "44.8 degrees", "answer_meta": {"elevation_deg": 44.8}}
{"qa_id": "qa_51b44653e791bfe98111", "split": "test", "audio_id": "foa_402cdde663cfae14f0db", "audio_path": "audio/test/foa_402cdde663cfae14f0db.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a metal clink from 0.0s to 20.0s, paper from 5.3s to 12.3s, a drawer cabinet from 14.0s to 14.5s, and a bird from 16.1s to 20.0s.", "canonical_answer": "metal clink (0.0s to 20.0s); paper (5.3s to 12.3s); drawer cabinet (14.0s to 14.5s); bird (16.1s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_b1670b73e7bc6dc4e407", "split": "test", "audio_id": "foa_64f285284d2d2a1934e3", "audio_path": "audio/test/foa_64f285284d2d2a1934e3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=8.9 degrees, elevation=5.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=8.9 degrees and elevation=5.7 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_0e2dca5b2fd2da496c73", "split": "test", "audio_id": "foa_87c9ded070103033d924", "audio_path": "audio/test/foa_87c9ded070103033d924.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right side? Answer in one sentence.", "answer": "The sound coming from the right side is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_741e088e2bc775172296", "split": "test", "audio_id": "foa_2a69506f8d57bae8a0e7", "audio_path": "audio/test/foa_2a69506f8d57bae8a0e7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.8 degrees", "canonical_answer": "-37.8 degrees", "answer_meta": {"elevation_deg": -37.8}}
{"qa_id": "qa_c254bd286d23a5df0b1e", "split": "test", "audio_id": "foa_3ffd14d5687c972ac709", "audio_path": "audio/test/foa_3ffd14d5687c972ac709.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the male speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.0s to 2.3s.", "canonical_answer": "0.0s to 2.3s", "answer_meta": {"time_span": [0.0, 2.3]}}
{"qa_id": "qa_3798b55c546a2bfe2b64", "split": "test", "audio_id": "foa_2dbb4351c9f6b14b89a3", "audio_path": "audio/test/foa_2dbb4351c9f6b14b89a3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.0 degrees", "canonical_answer": "33.0 degrees", "answer_meta": {"azimuth_deg": 33.0}}
{"qa_id": "qa_0a2b07c1ddefdac28bce", "split": "test", "audio_id": "foa_deabfa2d1892f2ed4059", "audio_path": "audio/test/foa_deabfa2d1892f2ed4059.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-55.0 degrees", "canonical_answer": "-55.0 degrees", "answer_meta": {"elevation_deg": -55.0}}
{"qa_id": "qa_52167b7d95355c265471", "split": "test", "audio_id": "foa_04dcea383cc664e83a35", "audio_path": "audio/test/foa_04dcea383cc664e83a35.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=175.3 degrees, elevation=8.7 degrees? Answer in one sentence.", "answer": "A cat is the source located at azimuth=175.3 degrees and elevation=8.7 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_0dd5574ba94f4a05ed36", "split": "test", "audio_id": "foa_59dd05b539042f5a3c27", "audio_path": "audio/test/foa_59dd05b539042f5a3c27.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "161.1 degrees", "canonical_answer": "161.1 degrees", "answer_meta": {"azimuth_deg": 161.1}}
{"qa_id": "qa_db35288abf94a3a72192", "split": "test", "audio_id": "foa_09b14e94c3f9be2038b9", "audio_path": "audio/test/foa_09b14e94c3f9be2038b9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the appliance occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 0.0s to 4.0s.", "canonical_answer": "0.0s to 4.0s", "answer_meta": {"time_span": [0.0, 4.0]}}
{"qa_id": "qa_77f8236a5630d1c5acca", "split": "test", "audio_id": "foa_263bd159868ded6c38ce", "audio_path": "audio/test/foa_263bd159868ded6c38ce.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tearing from 1.2s to 20.0s, fire from 4.0s to 7.2s, machine from 7.3s to 14.7s, and guitar from 13.1s to 17.0s.", "canonical_answer": "tearing (1.2s to 20.0s); fire (4.0s to 7.2s); machine (7.3s to 14.7s); guitar (13.1s to 17.0s)", "answer_meta": {}}
{"qa_id": "qa_86cf75fbb4bddd474684", "split": "test", "audio_id": "foa_8a0bdc30bbb1e460f4f5", "audio_path": "audio/test/foa_8a0bdc30bbb1e460f4f5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-right and below of the listener? Answer in one sentence.", "answer": "The sound source heard from the back-right and below is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_7703a1296ff67542fc66", "split": "test", "audio_id": "foa_2a6c83d4948aca53257f", "audio_path": "audio/test/foa_2a6c83d4948aca53257f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.2 degrees", "canonical_answer": "-10.2 degrees", "answer_meta": {"elevation_deg": -10.2}}
{"qa_id": "qa_a805b30001e2e9cbccf5", "split": "test", "audio_id": "foa_84a33a99b176dcb280bb", "audio_path": "audio/test/foa_84a33a99b176dcb280bb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the aircraft event audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The aircraft is active from 5.4s to 13.7s.", "canonical_answer": "5.4s to 13.7s", "answer_meta": {"time_span": [5.4, 13.7]}}
{"qa_id": "qa_45adc4ce1db8b2e5ef98", "split": "test", "audio_id": "foa_9a0a9da1d0eaea178f83", "audio_path": "audio/test/foa_9a0a9da1d0eaea178f83.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c0a1c529ea0674077b0a", "split": "test", "audio_id": "foa_390fc19ed463730cda06", "audio_path": "audio/test/foa_390fc19ed463730cda06.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-155.6 degrees", "canonical_answer": "-155.6 degrees", "answer_meta": {"azimuth_deg": -155.6}}
{"qa_id": "qa_392ecfd0b9841f74cee9", "split": "test", "audio_id": "foa_1480b6e9d68694ec6028", "audio_path": "audio/test/foa_1480b6e9d68694ec6028.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that is present from 0.4s to 12.4s.", "canonical_answer": "bird (0.4s to 12.4s)", "answer_meta": {"time_span": [0.4, 12.4]}}
{"qa_id": "qa_fd7d2406e3dde11842c3", "split": "test", "audio_id": "foa_434f6a78888d9c8675a0", "audio_path": "audio/test/foa_434f6a78888d9c8675a0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=98.3 degrees, elevation=-10.1 degrees. Answer in one sentence.", "answer": "The source located at azimuth 98.3 degrees and elevation -10.1 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_9ac35e92b63b76a52761", "split": "test", "audio_id": "foa_c8c32c10a7ec8e43706f", "audio_path": "audio/test/foa_c8c32c10a7ec8e43706f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the cat coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.7 degrees", "canonical_answer": "-9.7 degrees", "answer_meta": {"azimuth_deg": -9.7}}
{"qa_id": "qa_7c5b6c9067fbd1265d15", "split": "test", "audio_id": "foa_6e55311b608b86abe610", "audio_path": "audio/test/foa_6e55311b608b86abe610.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the cooking in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.6 degrees", "canonical_answer": "-15.6 degrees", "answer_meta": {"elevation_deg": -15.6}}
{"qa_id": "qa_7b996efb5461407be574", "split": "test", "audio_id": "foa_9075ef371bc2fe9c5a27", "audio_path": "audio/test/foa_9075ef371bc2fe9c5a27.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=20.3 degrees, elevation=-21.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=20.3 degrees, elevation=-21.5 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_22c3f8388ec7ea3fcddb", "split": "test", "audio_id": "foa_5e4b547a853efc63e53e", "audio_path": "audio/test/foa_5e4b547a853efc63e53e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine sound that lasts from 0.1s to 19.8s.", "canonical_answer": "machine (0.1s to 19.8s)", "answer_meta": {"time_span": [0.1, 19.8]}}
{"qa_id": "qa_2354a3c873f55fd6d9b8", "split": "test", "audio_id": "foa_817b4a3fe41ba4ce5130", "audio_path": "audio/test/foa_817b4a3fe41ba4ce5130.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right side? Answer in one sentence.", "answer": "The sound originating from the right side is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_429e0db668de08f66fee", "split": "test", "audio_id": "foa_b8bde30596af9599e059", "audio_path": "audio/test/foa_b8bde30596af9599e059.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 7.3s.", "canonical_answer": "0.6s to 7.3s", "answer_meta": {"time_span": [0.6, 7.3]}}
{"qa_id": "qa_00d664fe0e680d91e11f", "split": "test", "audio_id": "foa_dd7b77051fd62cd68952", "audio_path": "audio/test/foa_dd7b77051fd62cd68952.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.7 degrees", "canonical_answer": "15.7 degrees", "answer_meta": {"elevation_deg": 15.7}}
{"qa_id": "qa_b704f2649899f0ed0efd", "split": "test", "audio_id": "foa_f284e2efafa56f249ec4", "audio_path": "audio/test/foa_f284e2efafa56f249ec4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The source located at the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_17664557298dc699e970", "split": "test", "audio_id": "foa_374d9ad678d22780eae8", "audio_path": "audio/test/foa_374d9ad678d22780eae8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=25.4 degrees, elevation=3.3 degrees? Answer in one sentence.", "answer": "A knock is heard originating from azimuth=25.4 degrees and elevation=3.3 degrees.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_364e3ea470cd312e0c4d", "split": "test", "audio_id": "foa_f5d16d8a59d5f6c959e4", "audio_path": "audio/test/foa_f5d16d8a59d5f6c959e4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a guitar playing from 0.1s to 3.5s.", "canonical_answer": "guitar (0.1s to 3.5s)", "answer_meta": {"time_span": [0.1, 3.5]}}
{"qa_id": "qa_864a2d6f7462907aa1bc", "split": "test", "audio_id": "foa_5e6f63fd81ce3f85cf85", "audio_path": "audio/test/foa_5e6f63fd81ce3f85cf85.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the singing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 0.1s to 10.7s.", "canonical_answer": "0.1s to 10.7s", "answer_meta": {"time_span": [0.1, 10.7]}}
{"qa_id": "qa_adb9151de5ba59539b8c", "split": "test", "audio_id": "foa_6269ddca1bca925af1d2", "audio_path": "audio/test/foa_6269ddca1bca925af1d2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the dog coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "165.1 degrees", "canonical_answer": "165.1 degrees", "answer_meta": {"azimuth_deg": 165.1}}
{"qa_id": "qa_294f702b5494ddcd9565", "split": "test", "audio_id": "foa_78cd41683a7e8bf375ce", "audio_path": "audio/test/foa_78cd41683a7e8bf375ce.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the wind instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 13.0s to 17.7s.", "canonical_answer": "13.0s to 17.7s", "answer_meta": {"time_span": [13.0, 17.7]}}
{"qa_id": "qa_68415deef52820cd087a", "split": "test", "audio_id": "foa_5ef923bb3354ab29c8e2", "audio_path": "audio/test/foa_5ef923bb3354ab29c8e2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-107.7 degrees", "canonical_answer": "-107.7 degrees", "answer_meta": {"azimuth_deg": -107.7}}
{"qa_id": "qa_fd0975f5118c02c5dbea", "split": "test", "audio_id": "foa_8b50995c8db267b3210a", "audio_path": "audio/test/foa_8b50995c8db267b3210a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and above? Answer in one sentence.", "answer": "The sound source coming from the back-right and above is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_eddfd9fd0202f665391a", "split": "test", "audio_id": "foa_924d069338b8b0bd1776", "audio_path": "audio/test/foa_924d069338b8b0bd1776.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.0s to 13.0s.", "canonical_answer": "singing (0.0s to 13.0s)", "answer_meta": {"time_span": [0.0, 13.0]}}
{"qa_id": "qa_bdbf94d7ce32d9fceb68", "split": "test", "audio_id": "foa_6d5cb37ad2ec344cf666", "audio_path": "audio/test/foa_6d5cb37ad2ec344cf666.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_72d758ba0fb2a9e606c1", "split": "test", "audio_id": "foa_1e145a9488df54686642", "audio_path": "audio/test/foa_1e145a9488df54686642.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=91.8 degrees, elevation=29.1 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=91.8 degrees and elevation=29.1 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_2059496a1312a84b2d5d", "split": "test", "audio_id": "foa_5b691f0dfc78920b04b0", "audio_path": "audio/test/foa_5b691f0dfc78920b04b0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left and above? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_49ef4c4e576bf9fba2e4", "split": "test", "audio_id": "foa_346c6d879991dd7cc7f8", "audio_path": "audio/test/foa_346c6d879991dd7cc7f8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.7 degrees", "canonical_answer": "57.7 degrees", "answer_meta": {"azimuth_deg": 57.7}}
{"qa_id": "qa_bc02dc4f7c91d31ac3d4", "split": "test", "audio_id": "foa_d229e99ad2058b386d2d", "audio_path": "audio/test/foa_d229e99ad2058b386d2d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the fire in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.3 degrees", "canonical_answer": "-10.3 degrees", "answer_meta": {"elevation_deg": -10.3}}
{"qa_id": "qa_9df018aaab35dd98f10d", "split": "test", "audio_id": "foa_3ea61fd46af9e3be8549", "audio_path": "audio/test/foa_3ea61fd46af9e3be8549.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=56.0 degrees, elevation=-31.0 degrees? Answer in one sentence.", "answer": "A dog is located at azimuth 56.0 degrees and elevation -31.0 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_88ac6d6ac7a4ec280f08", "split": "test", "audio_id": "foa_d5c6ede232db5d9ef838", "audio_path": "audio/test/foa_d5c6ede232db5d9ef838.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features speech from 0.0s to 5.4s, a machine from 4.2s to 6.6s, and wind from 5.8s to 6.5s.", "canonical_answer": "speech (0.0s to 5.4s); machine (4.2s to 6.6s); wind (5.8s to 6.5s)", "answer_meta": {}}
{"qa_id": "qa_dfae8ae5b311538cfc68", "split": "test", "audio_id": "foa_bec566dd7d4862db8637", "audio_path": "audio/test/foa_bec566dd7d4862db8637.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the typing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.0s to 11.0s.", "canonical_answer": "0.0s to 11.0s", "answer_meta": {"time_span": [0.0, 11.0]}}
{"qa_id": "qa_1cefc99060573b699a6d", "split": "test", "audio_id": "foa_37d7c5500cc41dfae712", "audio_path": "audio/test/foa_37d7c5500cc41dfae712.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-162.1 degrees", "canonical_answer": "-162.1 degrees", "answer_meta": {"azimuth_deg": -162.1}}
{"qa_id": "qa_7e793fc063204673fc2d", "split": "test", "audio_id": "foa_05676ce849ae02600ba0", "audio_path": "audio/test/foa_05676ce849ae02600ba0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-30.0 degrees, elevation=-10.7 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-30.0 degrees and elevation=-10.7 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_4663c1a04c0558bd9046", "split": "test", "audio_id": "foa_dccff39de68b0cd7d814", "audio_path": "audio/test/foa_dccff39de68b0cd7d814.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drum event occurring from 0.0s to 10.2s.", "canonical_answer": "drum (0.0s to 10.2s)", "answer_meta": {"time_span": [0.0, 10.2]}}
{"qa_id": "qa_4fbe3a7136721287d5e4", "split": "test", "audio_id": "foa_649e8628c8094ed4abf2", "audio_path": "audio/test/foa_649e8628c8094ed4abf2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the camera sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The camera event occurs from 0.2s to 1.1s.", "canonical_answer": "0.2s to 1.1s", "answer_meta": {"time_span": [0.2, 1.1]}}
{"qa_id": "qa_0f59b92307ec395b2ef6", "split": "test", "audio_id": "foa_6203fabe03200541388b", "audio_path": "audio/test/foa_6203fabe03200541388b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the vehicle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "50.4 degrees", "canonical_answer": "50.4 degrees", "answer_meta": {"elevation_deg": 50.4}}
{"qa_id": "qa_56a2e9fa9a4f5cb9c77f", "split": "test", "audio_id": "foa_6578cd6c6b9cd9415c0d", "audio_path": "audio/test/foa_6578cd6c6b9cd9415c0d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard coming from the back and above of the listener? Answer in one sentence.", "answer": "The sound source coming from the back and above is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_e1e3a03ffc8c9bbd7d19", "split": "test", "audio_id": "foa_a0f48cef134292c97235", "audio_path": "audio/test/foa_a0f48cef134292c97235.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-135.1 degrees, elevation=-16.1 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=-135.1 degrees and elevation=-16.1 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_62a414b1308de8f3b1dc", "split": "test", "audio_id": "foa_062acfd48be833b5d6cf", "audio_path": "audio/test/foa_062acfd48be833b5d6cf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.0s to 11.0s, a tool from 1.6s to 2.2s, and a metal clink from 5.9s to 15.1s.", "canonical_answer": "camera (0.0s to 11.0s); tool (1.6s to 2.2s); metal clink (5.9s to 15.1s)", "answer_meta": {}}
{"qa_id": "qa_85417f7fc52e493dee53", "split": "test", "audio_id": "foa_4ee1fa115a3a5f230bab", "audio_path": "audio/test/foa_4ee1fa115a3a5f230bab.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.4 degrees", "canonical_answer": "-12.4 degrees", "answer_meta": {"elevation_deg": -12.4}}
{"qa_id": "qa_da47c0d5ad994da5da16", "split": "test", "audio_id": "foa_27df0849658d0b973764", "audio_path": "audio/test/foa_27df0849658d0b973764.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the string instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.0s to 0.2s.", "canonical_answer": "0.0s to 0.2s", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_e8c51742bad0f94ea449", "split": "test", "audio_id": "foa_413a3753fca5977475d0", "audio_path": "audio/test/foa_413a3753fca5977475d0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the typing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-164.8 degrees", "canonical_answer": "-164.8 degrees", "answer_meta": {"azimuth_deg": -164.8}}
{"qa_id": "qa_2468a3ea5cafb710e9b8", "split": "test", "audio_id": "foa_804ad97ab840d211ec77", "audio_path": "audio/test/foa_804ad97ab840d211ec77.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left side? Answer in one sentence.", "answer": "The sound coming from the left is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_59ce5e74600bea087f38", "split": "test", "audio_id": "foa_b9d3ae3043eb3957664d", "audio_path": "audio/test/foa_b9d3ae3043eb3957664d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar playing? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.1s to 11.0s.", "canonical_answer": "0.1s to 11.0s", "answer_meta": {"time_span": [0.1, 11.0]}}
{"qa_id": "qa_2752b6f2459ebfe8f00e", "split": "test", "audio_id": "foa_767dc1897edbae8d5741", "audio_path": "audio/test/foa_767dc1897edbae8d5741.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "136.9 degrees", "canonical_answer": "136.9 degrees", "answer_meta": {"azimuth_deg": 136.9}}
{"qa_id": "qa_3a0aebdc6ff27617aa07", "split": "test", "audio_id": "foa_2c079e4160b14783e0bc", "audio_path": "audio/test/foa_2c079e4160b14783e0bc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is a scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_a1eed8e17f72f39e5172", "split": "test", "audio_id": "foa_0dfdc647b628ca1b3a9a", "audio_path": "audio/test/foa_0dfdc647b628ca1b3a9a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.8 degrees", "canonical_answer": "-12.8 degrees", "answer_meta": {"elevation_deg": -12.8}}
{"qa_id": "qa_a4ce2d17143138bab377", "split": "test", "audio_id": "foa_99ae885ddfa53e876529", "audio_path": "audio/test/foa_99ae885ddfa53e876529.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=46.5 degrees, elevation=0.0 degrees. Answer in one sentence.", "answer": "The sound source located at azimuth 46.5 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_21e7e8694f5786165cae", "split": "test", "audio_id": "foa_e63a717f77e02b48a68a", "audio_path": "audio/test/foa_e63a717f77e02b48a68a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a clock from 0.1s to 19.2s, typing from 0.3s to 20.0s, and a bird from 19.4s to 20.0s.", "canonical_answer": "clock (0.1s to 19.2s); typing (0.3s to 20.0s); bird (19.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_a8d29913cbd90c660025", "split": "test", "audio_id": "foa_715cc48e0397d0175082", "audio_path": "audio/test/foa_715cc48e0397d0175082.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-17.1 degrees, elevation=30.1 degrees? Answer in one sentence.", "answer": "A guitar is heard coming from azimuth -17.1 degrees and elevation 30.1 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_b45fe3d55cb6edbb21ac", "split": "test", "audio_id": "foa_d5eaddfc6a99b6ecf139", "audio_path": "audio/test/foa_d5eaddfc6a99b6ecf139.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The source coming from the front-right is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_09a06cc8b2a4b4e47d08", "split": "test", "audio_id": "foa_3bac712438d3acc6ada7", "audio_path": "audio/test/foa_3bac712438d3acc6ada7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the door coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-48.3 degrees", "canonical_answer": "-48.3 degrees", "answer_meta": {"azimuth_deg": -48.3}}
{"qa_id": "qa_db9697fec83f3655c753", "split": "test", "audio_id": "foa_cabd58e05f321a8404ef", "audio_path": "audio/test/foa_cabd58e05f321a8404ef.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the keyboard instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.7 degrees", "canonical_answer": "11.7 degrees", "answer_meta": {"elevation_deg": 11.7}}
{"qa_id": "qa_1b296270ae8001b89392", "split": "test", "audio_id": "foa_4733ca694dde685c4369", "audio_path": "audio/test/foa_4733ca694dde685c4369.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tape from 1.2s to 15.0s, fire from 6.4s to 8.0s, war sound from 8.4s to 10.0s, door from 13.3s to 13.8s, and laughter from 15.0s to 19.3s.", "canonical_answer": "tape (1.2s to 15.0s); fire (6.4s to 8.0s); war sound (8.4s to 10.0s); door (13.3s to 13.8s); laughter (15.0s to 19.3s)", "answer_meta": {}}
{"qa_id": "qa_33cbf3fc05df06375a28", "split": "test", "audio_id": "foa_8514306b4e901f2a0c5c", "audio_path": "audio/test/foa_8514306b4e901f2a0c5c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the glass sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The glass sound is active from 0.2s to 2.9s.", "canonical_answer": "0.2s to 2.9s", "answer_meta": {"time_span": [0.2, 2.9]}}
{"qa_id": "qa_a426dc5810a7e29abb99", "split": "test", "audio_id": "foa_39d9fd18600b09487749", "audio_path": "audio/test/foa_39d9fd18600b09487749.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "84.9 degrees", "canonical_answer": "84.9 degrees", "answer_meta": {"azimuth_deg": 84.9}}
{"qa_id": "qa_687d4ae4d4ba3c58e38e", "split": "test", "audio_id": "foa_25bab3e166cef70fdc6e", "audio_path": "audio/test/foa_25bab3e166cef70fdc6e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source located to the left and below the listener is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_5f3ab6d3e5463b97ab94", "split": "test", "audio_id": "foa_88df7c0b689af75093d9", "audio_path": "audio/test/foa_88df7c0b689af75093d9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tape active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tape sound event occurs between 7.3s and 9.9s.", "canonical_answer": "7.3s to 9.9s", "answer_meta": {"time_span": [7.3, 9.9]}}
{"qa_id": "qa_5a89ed560bc4894c6a35", "split": "test", "audio_id": "foa_683689e6836ea2cafad3", "audio_path": "audio/test/foa_683689e6836ea2cafad3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the scratch in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.3 degrees", "canonical_answer": "33.3 degrees", "answer_meta": {"elevation_deg": 33.3}}
{"qa_id": "qa_8ac324c62fd6aefac9be", "split": "test", "audio_id": "foa_aa89e6d33adcf9575e6f", "audio_path": "audio/test/foa_aa89e6d33adcf9575e6f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=38.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth=38.1 degrees and elevation=0.0 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_67188ba4738d9b0a40fb", "split": "test", "audio_id": "foa_dae477a0e17faee1c489", "audio_path": "audio/test/foa_dae477a0e17faee1c489.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features cooking from 0.0s to 20.0s, a frog from 5.8s to 9.4s, and a drum from 10.4s to 14.5s.", "canonical_answer": "cooking (0.0s to 20.0s); frog (5.8s to 9.4s); drum (10.4s to 14.5s)", "answer_meta": {}}
{"qa_id": "qa_47e75679702b19448761", "split": "test", "audio_id": "foa_70683860263b5b524bb3", "audio_path": "audio/test/foa_70683860263b5b524bb3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.1s to 12.8s and glass from 1.2s to 16.8s.", "canonical_answer": "rain (0.1s to 12.8s); glass (1.2s to 16.8s)", "answer_meta": {}}
{"qa_id": "qa_902b6373a0671135824d", "split": "test", "audio_id": "foa_ebb0980699eb39f4df23", "audio_path": "audio/test/foa_ebb0980699eb39f4df23.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=88.6 degrees, elevation=17.8 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=88.6 degrees and elevation=17.8 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_3840f3e9f91e931e02b6", "split": "test", "audio_id": "foa_3abbe93d6b324ef7b053", "audio_path": "audio/test/foa_3abbe93d6b324ef7b053.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.0 degrees", "canonical_answer": "-51.0 degrees", "answer_meta": {"azimuth_deg": -51.0}}
{"qa_id": "qa_d83f2b510bf1e3534ed6", "split": "test", "audio_id": "foa_02b585110b88cf389814", "audio_path": "audio/test/foa_02b585110b88cf389814.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.0 degrees", "canonical_answer": "-0.0 degrees", "answer_meta": {"elevation_deg": -0.0}}
{"qa_id": "qa_56563688fffd2472905d", "split": "test", "audio_id": "foa_92aedfeffd9b270757aa", "audio_path": "audio/test/foa_92aedfeffd9b270757aa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located at the back-right and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back-right and above is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_3778157ec00090da40eb", "split": "test", "audio_id": "foa_28b69d13cde41497b7e8", "audio_path": "audio/test/foa_28b69d13cde41497b7e8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the kitchenware occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware sound is active from 7.9s to 11.9s.", "canonical_answer": "7.9s to 11.9s", "answer_meta": {"time_span": [7.9, 11.9]}}
{"qa_id": "qa_663b635fcd7cf6ffd424", "split": "test", "audio_id": "foa_631a15e9781522856dc2", "audio_path": "audio/test/foa_631a15e9781522856dc2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.0 degrees", "canonical_answer": "-18.0 degrees", "answer_meta": {"elevation_deg": -18.0}}
{"qa_id": "qa_1295da64c176201d1903", "split": "test", "audio_id": "foa_ef0299ab229679021879", "audio_path": "audio/test/foa_ef0299ab229679021879.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=179.2 degrees, elevation=15.1 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth=179.2 degrees and elevation=15.1 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_bf84c1c1c4aac3a52b04", "split": "test", "audio_id": "foa_633016945a08ad8ccc2a", "audio_path": "audio/test/foa_633016945a08ad8ccc2a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains paper from 0.8s to 20.0s, machine from 3.9s to 7.8s, speech from 7.8s to 8.9s, gong from 13.1s to 16.7s, and cooking from 13.7s to 20.0s.", "canonical_answer": "paper (0.8s to 20.0s); machine (3.9s to 7.8s); speech (7.8s to 8.9s); gong (13.1s to 16.7s); cooking (13.7s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_022ef93ea378cd010979", "split": "test", "audio_id": "foa_012cabdb4f38446bef00", "audio_path": "audio/test/foa_012cabdb4f38446bef00.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the writing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "71.8 degrees", "canonical_answer": "71.8 degrees", "answer_meta": {"azimuth_deg": 71.8}}
{"qa_id": "qa_78b1567a956670605b79", "split": "test", "audio_id": "foa_d3098c7abcee54c96c86", "audio_path": "audio/test/foa_d3098c7abcee54c96c86.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-right side? Answer in one sentence.", "answer": "The sound coming from the back-right is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_37607a88eb0f16e89218", "split": "test", "audio_id": "foa_c03cfa74d98b6ebcea80", "audio_path": "audio/test/foa_c03cfa74d98b6ebcea80.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the human vocalization active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active throughout the interval from 0.0s to 7.5s.", "canonical_answer": "0.0s to 7.5s", "answer_meta": {"time_span": [0.0, 7.5]}}
{"qa_id": "qa_a4b7b24728eb098f82df", "split": "test", "audio_id": "foa_4984ef97e02110677a94", "audio_path": "audio/test/foa_4984ef97e02110677a94.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.4 degrees", "canonical_answer": "-23.4 degrees", "answer_meta": {"elevation_deg": -23.4}}
{"qa_id": "qa_877619cfdd4faedac570", "split": "test", "audio_id": "foa_ad4b0f4c55a06f360b1c", "audio_path": "audio/test/foa_ad4b0f4c55a06f360b1c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a train sound that occurs from 0.0s to 4.4s.", "canonical_answer": "train (0.0s to 4.4s)", "answer_meta": {"time_span": [0.0, 4.4]}}
{"qa_id": "qa_b82aeaea8440382d6da5", "split": "test", "audio_id": "foa_68c81b919d0094b0bb37", "audio_path": "audio/test/foa_68c81b919d0094b0bb37.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_15f38375b21770751567", "split": "test", "audio_id": "foa_59badedbc5d7281256ad", "audio_path": "audio/test/foa_59badedbc5d7281256ad.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=135.9 degrees, elevation=-24.2 degrees? Answer in one sentence.", "answer": "An insect is heard from azimuth=135.9 degrees and elevation=-24.2 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_ffdd2730e50c0698e150", "split": "test", "audio_id": "foa_09daa4ecce7fb5db7e8e", "audio_path": "audio/test/foa_09daa4ecce7fb5db7e8e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the crackle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "151.9 degrees", "canonical_answer": "151.9 degrees", "answer_meta": {"azimuth_deg": 151.9}}
{"qa_id": "qa_a6bd212201588afe5a34", "split": "test", "audio_id": "foa_fb170c6c07d4049cbb0b", "audio_path": "audio/test/foa_fb170c6c07d4049cbb0b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what times is the sound of the tape audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tape is active from 3.1s to 20.0s.", "canonical_answer": "3.1s to 20.0s", "answer_meta": {"time_span": [3.1, 20.0]}}
{"qa_id": "qa_673ccdd17632e9b239b9", "split": "test", "audio_id": "foa_629f91551b1141288e91", "audio_path": "audio/test/foa_629f91551b1141288e91.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.3 degrees", "canonical_answer": "-46.3 degrees", "answer_meta": {"azimuth_deg": -46.3}}
{"qa_id": "qa_86b2c641ceeba9c9049b", "split": "test", "audio_id": "foa_a3db23c4c149694c5997", "audio_path": "audio/test/foa_a3db23c4c149694c5997.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the cooking active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cooking event is active from 11.2s to 17.0s.", "canonical_answer": "11.2s to 17.0s", "answer_meta": {"time_span": [11.2, 17.0]}}
{"qa_id": "qa_85ec2429671540c1c48a", "split": "test", "audio_id": "foa_cd0615f5f6ecdbeae434", "audio_path": "audio/test/foa_cd0615f5f6ecdbeae434.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains ocean from 0.6s to 8.6s, crushing from 5.3s to 10.6s, and metal clink from 8.4s to 12.0s.", "canonical_answer": "ocean (0.6s to 8.6s); crushing (5.3s to 10.6s); metal clink (8.4s to 12.0s)", "answer_meta": {}}
{"qa_id": "qa_77a87fa1ae841af9755d", "split": "test", "audio_id": "foa_0f5aeef90fef1bb462ce", "audio_path": "audio/test/foa_0f5aeef90fef1bb462ce.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-158.3 degrees, elevation=6.4 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=-158.3 degrees and elevation=6.4 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_88ccf00e8adac438b533", "split": "test", "audio_id": "foa_8ae7ee593eb4e1ddbb68", "audio_path": "audio/test/foa_8ae7ee593eb4e1ddbb68.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-left of the listener? Answer in one sentence.", "answer": "The source heard from the back-left is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_50a0c95991905b36b2d1", "split": "test", "audio_id": "foa_bd103fd09e0672f6f5cd", "audio_path": "audio/test/foa_bd103fd09e0672f6f5cd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.8 degrees", "canonical_answer": "16.8 degrees", "answer_meta": {"elevation_deg": 16.8}}
{"qa_id": "qa_fbd60873c301e1ae6842", "split": "test", "audio_id": "foa_938c77278b3c5a6f9703", "audio_path": "audio/test/foa_938c77278b3c5a6f9703.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the gong occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong event is active from 0.8s to 20.0s.", "canonical_answer": "0.8s to 20.0s", "answer_meta": {"time_span": [0.8, 20.0]}}
{"qa_id": "qa_da8a4a42932d9808a883", "split": "test", "audio_id": "foa_15772295c5d7b0cfa217", "audio_path": "audio/test/foa_15772295c5d7b0cfa217.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-left of the listener? Answer in one sentence.", "answer": "The source coming from the front-left is the ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_98ab6adec41631d6a621", "split": "test", "audio_id": "foa_82b11b54688816d5b2f6", "audio_path": "audio/test/foa_82b11b54688816d5b2f6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.3 degrees", "canonical_answer": "-8.3 degrees", "answer_meta": {"elevation_deg": -8.3}}
{"qa_id": "qa_520b8268c9387b10b85c", "split": "test", "audio_id": "foa_0a254bee3324f29731f7", "audio_path": "audio/test/foa_0a254bee3324f29731f7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=44.9 degrees, elevation=20.3 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=44.9 degrees and elevation=20.3 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_29f4a28ecc54b5b3dfba", "split": "test", "audio_id": "foa_6caae306e43dcd0eba23", "audio_path": "audio/test/foa_6caae306e43dcd0eba23.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.0s to 6.0s, speech from 0.6s to 10.0s, and singing from 2.0s to 12.2s.", "canonical_answer": "camera (0.0s to 6.0s); speech (0.6s to 10.0s); singing (2.0s to 12.2s)", "answer_meta": {}}
{"qa_id": "qa_1640193ab12ac4d0acbd", "split": "test", "audio_id": "foa_a0cef305a4f8868d03db", "audio_path": "audio/test/foa_a0cef305a4f8868d03db.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "61.3 degrees", "canonical_answer": "61.3 degrees", "answer_meta": {"azimuth_deg": 61.3}}
{"qa_id": "qa_9d0c9102783e805aec74", "split": "test", "audio_id": "foa_fde6d156d55d7000053e", "audio_path": "audio/test/foa_fde6d156d55d7000053e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the back-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_0d9d886ceec29306b74b", "split": "test", "audio_id": "foa_d7b3e494ddffa7583a35", "audio_path": "audio/test/foa_d7b3e494ddffa7583a35.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the body sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is active from 0.8s to 2.5s.", "canonical_answer": "0.8s to 2.5s", "answer_meta": {"time_span": [0.8, 2.5]}}
{"qa_id": "qa_2dcde498d712e2dd9ee4", "split": "test", "audio_id": "foa_feb6efe4d7c0e7751a9f", "audio_path": "audio/test/foa_feb6efe4d7c0e7751a9f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.6 degrees", "canonical_answer": "-34.6 degrees", "answer_meta": {"elevation_deg": -34.6}}
{"qa_id": "qa_9076a4c4aa2d00d400de", "split": "test", "audio_id": "foa_e84b3087ec33cde5c1d3", "audio_path": "audio/test/foa_e84b3087ec33cde5c1d3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-140.3 degrees, elevation=-38.7 degrees. Answer in one sentence.", "answer": "The source located at azimuth -140.3 degrees and elevation -38.7 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_55351563e5ba85f0f355", "split": "test", "audio_id": "foa_6362c28636b755098871", "audio_path": "audio/test/foa_6362c28636b755098871.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the singing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.7 degrees", "canonical_answer": "-35.7 degrees", "answer_meta": {"azimuth_deg": -35.7}}
{"qa_id": "qa_81ba75d2d93788c9bd21", "split": "test", "audio_id": "foa_7e4370fd157a7864adf3", "audio_path": "audio/test/foa_7e4370fd157a7864adf3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat from 0.1s to 14.6s, speech from 4.3s to 7.1s, a door from 9.5s to 12.3s, and a string instrument from 10.0s to 10.6s.", "canonical_answer": "cat (0.1s to 14.6s); speech (4.3s to 7.1s); door (9.5s to 12.3s); string instrument (10.0s to 10.6s)", "answer_meta": {}}
{"qa_id": "qa_4bf90cfe8cab7ba60b4c", "split": "test", "audio_id": "foa_3e9a81771c726e4f7cf1", "audio_path": "audio/test/foa_3e9a81771c726e4f7cf1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources can be identified in this audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter occurring from 0.2s to 2.0s.", "canonical_answer": "laughter (0.2s to 2.0s)", "answer_meta": {"time_span": [0.2, 2.0]}}
{"qa_id": "qa_4621a49e62ef7cbae76f", "split": "test", "audio_id": "foa_d9510913514fb0949dfb", "audio_path": "audio/test/foa_d9510913514fb0949dfb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "165.5 degrees", "canonical_answer": "165.5 degrees", "answer_meta": {"azimuth_deg": 165.5}}
{"qa_id": "qa_b98c2b6c7b96a1bbaee8", "split": "test", "audio_id": "foa_c4136d9548c52efb17b7", "audio_path": "audio/test/foa_c4136d9548c52efb17b7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the back-right and below? Answer in one sentence.", "answer": "The sound originating from the back-right and below is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_10fef164d0d428536f60", "split": "test", "audio_id": "foa_9699b21b956346c510b0", "audio_path": "audio/test/foa_9699b21b956346c510b0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=133.5 degrees, elevation=-21.0 degrees? Answer in one sentence.", "answer": "A dog is heard coming from azimuth 133.5 degrees and elevation -21.0 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_2a19f411fa8bb2880096", "split": "test", "audio_id": "foa_350bb9abcc79738ede3b", "audio_path": "audio/test/foa_350bb9abcc79738ede3b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.6 degrees", "canonical_answer": "-9.6 degrees", "answer_meta": {"elevation_deg": -9.6}}
{"qa_id": "qa_4b3144f2ccc78346ec3d", "split": "test", "audio_id": "foa_443a9685e07c871f2eb9", "audio_path": "audio/test/foa_443a9685e07c871f2eb9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the laughter occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter event is active from 0.0s to 4.2s.", "canonical_answer": "0.0s to 4.2s", "answer_meta": {"time_span": [0.0, 4.2]}}
{"qa_id": "qa_3d3723e20bfe3dd505fd", "split": "test", "audio_id": "foa_72bb2a85c17faa3485ff", "audio_path": "audio/test/foa_72bb2a85c17faa3485ff.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-46.2 degrees, elevation=-16.9 degrees. Answer in one sentence.", "answer": "The source located at azimuth -46.2 degrees and elevation -16.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_037f8b9e8bd8262be482", "split": "test", "audio_id": "foa_2f6c04ac86b967d0bfa3", "audio_path": "audio/test/foa_2f6c04ac86b967d0bfa3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.6 degrees", "canonical_answer": "14.6 degrees", "answer_meta": {"elevation_deg": 14.6}}
{"qa_id": "qa_cbbda1c268cda822a3d5", "split": "test", "audio_id": "foa_0b319be1877a5a522b99", "audio_path": "audio/test/foa_0b319be1877a5a522b99.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left and below? Answer in one sentence.", "answer": "The source located at the front-left and below is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_bda350f4b8419897f2f6", "split": "test", "audio_id": "foa_7438a7ada1a589bbfb6d", "audio_path": "audio/test/foa_7438a7ada1a589bbfb6d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-143.7 degrees", "canonical_answer": "-143.7 degrees", "answer_meta": {"azimuth_deg": -143.7}}
{"qa_id": "qa_da8a016aace4f3cf151c", "split": "test", "audio_id": "foa_13e60f5c42e954c3043b", "audio_path": "audio/test/foa_13e60f5c42e954c3043b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains human vocalization from 0.1s to 1.8s.", "canonical_answer": "human vocalization (0.1s to 1.8s)", "answer_meta": {"time_span": [0.1, 1.8]}}
{"qa_id": "qa_f484aeaddf72dd286f20", "split": "test", "audio_id": "foa_d68e73006856e7f1f674", "audio_path": "audio/test/foa_d68e73006856e7f1f674.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 9.8s.", "canonical_answer": "0.0s to 9.8s", "answer_meta": {"time_span": [0.0, 9.8]}}
{"qa_id": "qa_5b588327f5af34918488", "split": "test", "audio_id": "foa_24be5e03ec34953900df", "audio_path": "audio/test/foa_24be5e03ec34953900df.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the body sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.5 degrees", "canonical_answer": "26.5 degrees", "answer_meta": {"azimuth_deg": 26.5}}
{"qa_id": "qa_b0f0d236c91f47c8acf7", "split": "test", "audio_id": "foa_71eb3cebb378b5f25de6", "audio_path": "audio/test/foa_71eb3cebb378b5f25de6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.8 degrees", "canonical_answer": "30.8 degrees", "answer_meta": {"elevation_deg": 30.8}}
{"qa_id": "qa_575d4728e8c3797ef4ce", "split": "test", "audio_id": "foa_6d54cb1896e7a6ff5a54", "audio_path": "audio/test/foa_6d54cb1896e7a6ff5a54.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the war sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 14.9s to 15.6s.", "canonical_answer": "14.9s to 15.6s", "answer_meta": {"time_span": [14.9, 15.6]}}
{"qa_id": "qa_c0ff2075eee6c9fdd441", "split": "test", "audio_id": "foa_2d02ee6eb91a4fa19ce5", "audio_path": "audio/test/foa_2d02ee6eb91a4fa19ce5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=9.5 degrees, elevation=-24.6 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth 9.5 degrees and elevation -24.6 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_87661b5fc8bf3d587b54", "split": "test", "audio_id": "foa_412bf659ae9dde5aea2e", "audio_path": "audio/test/foa_412bf659ae9dde5aea2e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the identity of the sound source located behind the listener? Answer in one sentence.", "answer": "The source coming from the back is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_50397612f121e80b49e4", "split": "test", "audio_id": "foa_6e39e63c721eb2884a8e", "audio_path": "audio/test/foa_6e39e63c721eb2884a8e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a string instrument from 0.0s to 8.2s, singing from 7.7s to 12.3s, and glass from 8.5s to 12.3s.", "canonical_answer": "string instrument (0.0s to 8.2s); singing (7.7s to 12.3s); glass (8.5s to 12.3s)", "answer_meta": {}}
{"qa_id": "qa_8d6a4bb845edf91f8781", "split": "test", "audio_id": "foa_46fdf96c881686a0caa4", "audio_path": "audio/test/foa_46fdf96c881686a0caa4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back and below is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_539e30bd9faa3d6cf304", "split": "test", "audio_id": "foa_10bf6c71d65bdf856859", "audio_path": "audio/test/foa_10bf6c71d65bdf856859.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.2 degrees", "canonical_answer": "28.2 degrees", "answer_meta": {"azimuth_deg": 28.2}}
{"qa_id": "qa_cb353834355ee4d315a5", "split": "test", "audio_id": "foa_ca8d6a6b6459ed92d73c", "audio_path": "audio/test/foa_ca8d6a6b6459ed92d73c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.5 degrees", "canonical_answer": "13.5 degrees", "answer_meta": {"elevation_deg": 13.5}}
{"qa_id": "qa_00908080fc6637602716", "split": "test", "audio_id": "foa_fa87aa4084b32cd8bfed", "audio_path": "audio/test/foa_fa87aa4084b32cd8bfed.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the cat active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active during the interval from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_f11782b1a490cb57d228", "split": "test", "audio_id": "foa_ac32cea515766739aa3a", "audio_path": "audio/test/foa_ac32cea515766739aa3a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a gong from 0.0s to 3.9s, a dog from 3.8s to 5.9s, and glass breaking from 4.0s to 4.5s.", "canonical_answer": "gong (0.0s to 3.9s); dog (3.8s to 5.9s); glass (4.0s to 4.5s)", "answer_meta": {}}
{"qa_id": "qa_8cfa438d1bd1ecf02f9d", "split": "test", "audio_id": "foa_cf4a1472f48f565bd6c0", "audio_path": "audio/test/foa_cf4a1472f48f565bd6c0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=33.0 degrees, elevation=-37.2 degrees? Answer in one sentence.", "answer": "A printer is located at azimuth=33.0 degrees, elevation=-37.2 degrees.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_b2763ca20713ae40cf7e", "split": "test", "audio_id": "foa_26a9fcfd54de675d9354", "audio_path": "audio/test/foa_26a9fcfd54de675d9354.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_695027e1a03ddf551376", "split": "test", "audio_id": "foa_8aab201602b2f743d3d2", "audio_path": "audio/test/foa_8aab201602b2f743d3d2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that is active from 0.0s to 9.1s.", "canonical_answer": "bell (0.0s to 9.1s)", "answer_meta": {"time_span": [0.0, 9.1]}}
{"qa_id": "qa_7c78b20352097c9970a7", "split": "test", "audio_id": "foa_63b3fc0a28f273fcb99e", "audio_path": "audio/test/foa_63b3fc0a28f273fcb99e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the singing event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 0.0s to 11.6s.", "canonical_answer": "0.0s to 11.6s", "answer_meta": {"time_span": [0.0, 11.6]}}
{"qa_id": "qa_7b65c202fe251c4fc55a", "split": "test", "audio_id": "foa_96c3e2fdb949af320be1", "audio_path": "audio/test/foa_96c3e2fdb949af320be1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "111.3 degrees", "canonical_answer": "111.3 degrees", "answer_meta": {"azimuth_deg": 111.3}}
{"qa_id": "qa_7dd71ada2dea63b134f5", "split": "test", "audio_id": "foa_926c5d34abbbba8f496a", "audio_path": "audio/test/foa_926c5d34abbbba8f496a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The sound source located at the back is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_e22779567b34d9e162a8", "split": "test", "audio_id": "foa_5ad8704874c700116e84", "audio_path": "audio/test/foa_5ad8704874c700116e84.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=25.8 degrees, elevation=18.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=25.8 degrees and elevation=18.9 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_796fea36751676b6b4cf", "split": "test", "audio_id": "foa_9da79a4dd7d417fd3295", "audio_path": "audio/test/foa_9da79a4dd7d417fd3295.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and below? Answer in one sentence.", "answer": "The source located at the front and below is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_6e952d7c96b026f5c8b2", "split": "test", "audio_id": "foa_5ad081012b85b4b18a84", "audio_path": "audio/test/foa_5ad081012b85b4b18a84.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.6 degrees", "canonical_answer": "-30.6 degrees", "answer_meta": {"elevation_deg": -30.6}}
{"qa_id": "qa_197873c11daaa9c85f66", "split": "test", "audio_id": "foa_e76cbb0505b1614ac414", "audio_path": "audio/test/foa_e76cbb0505b1614ac414.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the gong occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong event is active from 0.0s to 7.7s.", "canonical_answer": "0.0s to 7.7s", "answer_meta": {"time_span": [0.0, 7.7]}}
{"qa_id": "qa_65af6207a1bb17b2c45c", "split": "test", "audio_id": "foa_ccb03fe9a9fe2dc5ece0", "audio_path": "audio/test/foa_ccb03fe9a9fe2dc5ece0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=2.0 degrees, elevation=-40.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=2.0 degrees and elevation=-40.2 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_4d65ac6b4e67330dac09", "split": "test", "audio_id": "foa_3ae5cd56d255e29d96a0", "audio_path": "audio/test/foa_3ae5cd56d255e29d96a0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the animal coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.9 degrees", "canonical_answer": "38.9 degrees", "answer_meta": {"azimuth_deg": 38.9}}
{"qa_id": "qa_a8f960446eb82910701e", "split": "test", "audio_id": "foa_6efe6242e167262e4ee0", "audio_path": "audio/test/foa_6efe6242e167262e4ee0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features typing from 0.3s to 7.6s, a dog from 0.5s to 5.6s, and a knock from 7.1s to 8.2s.", "canonical_answer": "typing (0.3s to 7.6s); dog (0.5s to 5.6s); knock (7.1s to 8.2s)", "answer_meta": {}}
{"qa_id": "qa_357f1c4893bfc06f7455", "split": "test", "audio_id": "foa_e88beb952a1681aef340", "audio_path": "audio/test/foa_e88beb952a1681aef340.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.3 degrees", "canonical_answer": "8.3 degrees", "answer_meta": {"elevation_deg": 8.3}}
{"qa_id": "qa_898c5415306a86f596bc", "split": "test", "audio_id": "foa_06396d24360004376c76", "audio_path": "audio/test/foa_06396d24360004376c76.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains cooking from 0.0s to 16.6s.", "canonical_answer": "cooking (0.0s to 16.6s)", "answer_meta": {"time_span": [0.0, 16.6]}}
{"qa_id": "qa_6f15daab9a4642d274f8", "split": "test", "audio_id": "foa_c3bdae7896f65a400c2c", "audio_path": "audio/test/foa_c3bdae7896f65a400c2c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the wind event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind event is active from 0.0s to 0.3s.", "canonical_answer": "0.0s to 0.3s", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_ca380be4837ddd6e32b6", "split": "test", "audio_id": "foa_8dc8db6c10d34d1d4ec5", "audio_path": "audio/test/foa_8dc8db6c10d34d1d4ec5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-55.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -55.9 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b4e57624affc87f2e89a", "split": "test", "audio_id": "foa_ea4177c55cd9b2444d1f", "audio_path": "audio/test/foa_ea4177c55cd9b2444d1f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-141.3 degrees", "canonical_answer": "-141.3 degrees", "answer_meta": {"azimuth_deg": -141.3}}
{"qa_id": "qa_55a06920f44b9232fb49", "split": "test", "audio_id": "foa_7aa4bea70014ff23b191", "audio_path": "audio/test/foa_7aa4bea70014ff23b191.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located to the left is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_7662d2161efc099e797e", "split": "test", "audio_id": "foa_f70ecef05036ccdfd7d0", "audio_path": "audio/test/foa_f70ecef05036ccdfd7d0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the left and below? Answer in one sentence.", "answer": "The sound heard from the left and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_aefeec9a5d15e9b90620", "split": "test", "audio_id": "foa_f0fd73e68feaf13fe195", "audio_path": "audio/test/foa_f0fd73e68feaf13fe195.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=124.2 degrees, elevation=-24.8 degrees. Answer in one sentence.", "answer": "The source located at azimuth=124.2 degrees and elevation=-24.8 degrees is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_9031b67939a1162fa224", "split": "test", "audio_id": "foa_77a88bc7e50771ce4b96", "audio_path": "audio/test/foa_77a88bc7e50771ce4b96.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features rain from 0.0s to 20.0s, a dog from 1.6s to 17.0s, paper from 1.8s to 5.4s, and a train from 9.4s to 20.0s.", "canonical_answer": "rain (0.0s to 20.0s); dog (1.6s to 17.0s); paper (1.8s to 5.4s); train (9.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_dcfb261fcef6751d3b91", "split": "test", "audio_id": "foa_54cb2ec802cdd8501593", "audio_path": "audio/test/foa_54cb2ec802cdd8501593.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the speech event occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 9.2s.", "canonical_answer": "0.6s to 9.2s", "answer_meta": {"time_span": [0.6, 9.2]}}
{"qa_id": "qa_c5c78c2a0de1a17118fe", "split": "test", "audio_id": "foa_754185e9e75cd61bfba9", "audio_path": "audio/test/foa_754185e9e75cd61bfba9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the footsteps? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.4 degrees", "canonical_answer": "-163.4 degrees", "answer_meta": {"azimuth_deg": -163.4}}
{"qa_id": "qa_c81bf6514bdc3de20ca4", "split": "test", "audio_id": "foa_c20362b0b5db76e10eb7", "audio_path": "audio/test/foa_c20362b0b5db76e10eb7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.9 degrees", "canonical_answer": "-8.9 degrees", "answer_meta": {"elevation_deg": -8.9}}
{"qa_id": "qa_3c3340eb2b42ff9fd8d8", "split": "test", "audio_id": "foa_1953ecff7a88ea67b857", "audio_path": "audio/test/foa_1953ecff7a88ea67b857.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-42.0 degrees, elevation=-8.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-42.0 degrees and elevation=-8.4 degrees is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_87f8c90dd3c907366cd8", "split": "test", "audio_id": "foa_13ef698b4981756b7d41", "audio_path": "audio/test/foa_13ef698b4981756b7d41.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The sound source coming from the back is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_42f469d8769a30e8981a", "split": "test", "audio_id": "foa_0dde7b5473588110461f", "audio_path": "audio/test/foa_0dde7b5473588110461f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the animal coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.9 degrees", "canonical_answer": "3.9 degrees", "answer_meta": {"azimuth_deg": 3.9}}
{"qa_id": "qa_8af80ee90dc395644d71", "split": "test", "audio_id": "foa_a4addddc2f9a688b43af", "audio_path": "audio/test/foa_a4addddc2f9a688b43af.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 1.7s.", "canonical_answer": "0.0s to 1.7s", "answer_meta": {"time_span": [0.0, 1.7]}}
{"qa_id": "qa_5b09583ed3aa8f5594b5", "split": "test", "audio_id": "foa_caab1414e6964fe0e357", "audio_path": "audio/test/foa_caab1414e6964fe0e357.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.3 degrees", "canonical_answer": "3.3 degrees", "answer_meta": {"elevation_deg": 3.3}}
{"qa_id": "qa_7cb48ad2d4581e590525", "split": "test", "audio_id": "foa_f10ff9d657c6d9893355", "audio_path": "audio/test/foa_f10ff9d657c6d9893355.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.2s to 4.8s.", "canonical_answer": "singing (0.2s to 4.8s)", "answer_meta": {"time_span": [0.2, 4.8]}}
{"qa_id": "qa_22fc4d0c8e06cb698224", "split": "test", "audio_id": "foa_bc3dc4f6e26328f5bb6a", "audio_path": "audio/test/foa_bc3dc4f6e26328f5bb6a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "36.1 degrees", "canonical_answer": "36.1 degrees", "answer_meta": {"elevation_deg": 36.1}}
{"qa_id": "qa_46aa7e956f37988184cd", "split": "test", "audio_id": "foa_98f429098b19a567ee38", "audio_path": "audio/test/foa_98f429098b19a567ee38.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the body sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is active from 0.0s to 7.8s.", "canonical_answer": "0.0s to 7.8s", "answer_meta": {"time_span": [0.0, 7.8]}}
{"qa_id": "qa_6217980fb6b1eaab031a", "split": "test", "audio_id": "foa_65398b49ad8597f7daef", "audio_path": "audio/test/foa_65398b49ad8597f7daef.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-right of the listener? Answer in one sentence.", "answer": "The source heard from the back-right is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_d9634a6be788839c507c", "split": "test", "audio_id": "foa_bdd5a629618419d64da3", "audio_path": "audio/test/foa_bdd5a629618419d64da3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a tool occurring from 0.0s to 0.3s.", "canonical_answer": "tool (0.0s to 0.3s)", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_e662a7b4d5238998a30f", "split": "test", "audio_id": "foa_d9693166fb9a0a49f7c4", "audio_path": "audio/test/foa_d9693166fb9a0a49f7c4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=59.7 degrees, elevation=-0.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=59.7 degrees, elevation=-0.1 degrees is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_04f4cb49e6f2816748f3", "split": "test", "audio_id": "foa_9c2387acdce4558770aa", "audio_path": "audio/test/foa_9c2387acdce4558770aa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-64.6 degrees", "canonical_answer": "-64.6 degrees", "answer_meta": {"azimuth_deg": -64.6}}
{"qa_id": "qa_eb1a730989eb84b01a23", "split": "test", "audio_id": "foa_af993e7d4f3e3c69aa2f", "audio_path": "audio/test/foa_af993e7d4f3e3c69aa2f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "A thunderstorm is present in the recording from 0.0s to 6.1s.", "canonical_answer": "thunderstorm (0.0s to 6.1s)", "answer_meta": {"time_span": [0.0, 6.1]}}
{"qa_id": "qa_06e0579330481629345a", "split": "test", "audio_id": "foa_8398979c79821749ed45", "audio_path": "audio/test/foa_8398979c79821749ed45.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tearing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-104.1 degrees", "canonical_answer": "-104.1 degrees", "answer_meta": {"azimuth_deg": -104.1}}
{"qa_id": "qa_ce056e61ed392b1a49d9", "split": "test", "audio_id": "foa_ad49fe843b5fc90e7e19", "audio_path": "audio/test/foa_ad49fe843b5fc90e7e19.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.6 degrees", "canonical_answer": "21.6 degrees", "answer_meta": {"elevation_deg": 21.6}}
{"qa_id": "qa_2a0d37da8aeae818a6d5", "split": "test", "audio_id": "foa_33425f243f350830267d", "audio_path": "audio/test/foa_33425f243f350830267d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 6.4s.", "canonical_answer": "0.6s to 6.4s", "answer_meta": {"time_span": [0.6, 6.4]}}
{"qa_id": "qa_aee27f4a3cd7d70ad127", "split": "test", "audio_id": "foa_626fe56367f8b585b905", "audio_path": "audio/test/foa_626fe56367f8b585b905.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=71.3 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth=71.3 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_23350c9e52ddfadd4448", "split": "test", "audio_id": "foa_53f117cb86ccac5dcab0", "audio_path": "audio/test/foa_53f117cb86ccac5dcab0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_a791125a0dafcd6567cf", "split": "test", "audio_id": "foa_0cfe2414d18f993a59ac", "audio_path": "audio/test/foa_0cfe2414d18f993a59ac.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound originating from the back and below is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_22b6412f0f3fb3c845ef", "split": "test", "audio_id": "foa_f39eb4c3d8110bcbe7e1", "audio_path": "audio/test/foa_f39eb4c3d8110bcbe7e1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 0.8s, wind instrument from 0.0s to 0.4s, percussion from 0.1s to 2.5s, speech from 0.4s to 12.3s, and ocean from 0.6s to 20.0s.", "canonical_answer": "guitar (0.0s to 0.8s); wind instrument (0.0s to 0.4s); percussion (0.1s to 2.5s); speech (0.4s to 12.3s); ocean (0.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_93623a003766a7a968a9", "split": "test", "audio_id": "foa_4d3b263394c4c8039077", "audio_path": "audio/test/foa_4d3b263394c4c8039077.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.3 degrees", "canonical_answer": "0.3 degrees", "answer_meta": {"elevation_deg": 0.3}}
{"qa_id": "qa_5b06e9b26b0e7195bc23", "split": "test", "audio_id": "foa_19e4bbfa7514a02d1c78", "audio_path": "audio/test/foa_19e4bbfa7514a02d1c78.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-7.0 degrees, elevation=-17.1 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=-7.0 degrees and elevation=-17.1 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_cb0fe56e468d1ed7f0a9", "split": "test", "audio_id": "foa_ba12515930330c6a8080", "audio_path": "audio/test/foa_ba12515930330c6a8080.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tape coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-154.9 degrees", "canonical_answer": "-154.9 degrees", "answer_meta": {"azimuth_deg": -154.9}}
{"qa_id": "qa_8595b35a9ff4d2a3b6d9", "split": "test", "audio_id": "foa_9c25ced3d224bdf14765", "audio_path": "audio/test/foa_9c25ced3d224bdf14765.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 9.8s to 18.9s.", "canonical_answer": "9.8s to 18.9s", "answer_meta": {"time_span": [9.8, 18.9]}}
{"qa_id": "qa_b60fd1a35ef8de7487c2", "split": "test", "audio_id": "foa_bb45e86f7777667a9670", "audio_path": "audio/test/foa_bb45e86f7777667a9670.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.0 degrees", "canonical_answer": "-5.0 degrees", "answer_meta": {"elevation_deg": -5.0}}
{"qa_id": "qa_18fe938a7c47ce2ea092", "split": "test", "audio_id": "foa_bc09c676484a5e804db5", "audio_path": "audio/test/foa_bc09c676484a5e804db5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right side? Answer in one sentence.", "answer": "The sound source located on the right is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_0fd48d8536de9ce1620c", "split": "test", "audio_id": "foa_c56d3f84735f67436269", "audio_path": "audio/test/foa_c56d3f84735f67436269.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=125.4 degrees, elevation=7.5 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=125.4 degrees and elevation=7.5 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d2d6bedd97606081d8f5", "split": "test", "audio_id": "foa_391b8ad3758cfc690e0f", "audio_path": "audio/test/foa_391b8ad3758cfc690e0f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the alarm event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 0.0s to 0.9s.", "canonical_answer": "0.0s to 0.9s", "answer_meta": {"time_span": [0.0, 0.9]}}
{"qa_id": "qa_41dc8851ba1c1938e3e2", "split": "test", "audio_id": "foa_3fd0ed0af3f25a6ec1c7", "audio_path": "audio/test/foa_3fd0ed0af3f25a6ec1c7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the musical instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-71.2 degrees", "canonical_answer": "-71.2 degrees", "answer_meta": {"azimuth_deg": -71.2}}
{"qa_id": "qa_e217be2e98a657c88161", "split": "test", "audio_id": "foa_c20890c38b289a5f5fd8", "audio_path": "audio/test/foa_c20890c38b289a5f5fd8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains breathing from 0.2s to 13.6s, tearing from 4.8s to 11.0s, and a camera from 12.8s to 18.8s.", "canonical_answer": "breathing (0.2s to 13.6s); tearing (4.8s to 11.0s); camera (12.8s to 18.8s)", "answer_meta": {}}
{"qa_id": "qa_5d0831c55bc174fb9dc8", "split": "test", "audio_id": "foa_c4619b058895f51ee0f0", "audio_path": "audio/test/foa_c4619b058895f51ee0f0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 2.8s and speech from 0.5s to 2.0s.", "canonical_answer": "speech (0.4s to 2.8s); speech (0.5s to 2.0s)", "answer_meta": {}}
{"qa_id": "qa_685aaa3bdb00a47db31b", "split": "test", "audio_id": "foa_fd046f0b5d1ec1038b32", "audio_path": "audio/test/foa_fd046f0b5d1ec1038b32.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the writing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.6 degrees", "canonical_answer": "-52.6 degrees", "answer_meta": {"elevation_deg": -52.6}}
{"qa_id": "qa_b94899991d92d4fcfe42", "split": "test", "audio_id": "foa_6494c8f3c9eec9a61bc2", "audio_path": "audio/test/foa_6494c8f3c9eec9a61bc2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=9.3 degrees, elevation=13.4 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth=9.3 degrees and elevation=13.4 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_3498b3becf321a1adb63", "split": "test", "audio_id": "foa_5959fbce948eddd487d3", "audio_path": "audio/test/foa_5959fbce948eddd487d3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the car in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "156.9 degrees", "canonical_answer": "156.9 degrees", "answer_meta": {"azimuth_deg": 156.9}}
{"qa_id": "qa_7877241d786a2b62e9fd", "split": "test", "audio_id": "foa_1342fbd265a639541419", "audio_path": "audio/test/foa_1342fbd265a639541419.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The sound source located at the front-right is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_194ae07921b52714ed02", "split": "test", "audio_id": "foa_b31951646bf3823b5246", "audio_path": "audio/test/foa_b31951646bf3823b5246.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.3s to 4.0s.", "canonical_answer": "0.3s to 4.0s", "answer_meta": {"time_span": [0.3, 4.0]}}
{"qa_id": "qa_639d30091d489112ebcd", "split": "test", "audio_id": "foa_5801d838e44c8548da58", "audio_path": "audio/test/foa_5801d838e44c8548da58.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the tearing sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tearing sound is active from 0.0s to 4.1s.", "canonical_answer": "0.0s to 4.1s", "answer_meta": {"time_span": [0.0, 4.1]}}
{"qa_id": "qa_8e45ed12d9355ada16ae", "split": "test", "audio_id": "foa_c446f206768318c0fadc", "audio_path": "audio/test/foa_c446f206768318c0fadc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.0s to 17.2s.", "canonical_answer": "speech (0.0s to 17.2s)", "answer_meta": {"time_span": [0.0, 17.2]}}
{"qa_id": "qa_a996bcff8dc1455ad1aa", "split": "test", "audio_id": "foa_f6e9d90a5cfb05ba749c", "audio_path": "audio/test/foa_f6e9d90a5cfb05ba749c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-49.3 degrees", "canonical_answer": "-49.3 degrees", "answer_meta": {"elevation_deg": -49.3}}
{"qa_id": "qa_c8f7c908a5a49fab8873", "split": "test", "audio_id": "foa_2f392ea9aed0800f59b8", "audio_path": "audio/test/foa_2f392ea9aed0800f59b8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-84.1 degrees, elevation=4.9 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth -84.1 degrees and elevation 4.9 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_591108d7e58301ce83fc", "split": "test", "audio_id": "foa_6f8e9a6ab77a3fdcd4ef", "audio_path": "audio/test/foa_6f8e9a6ab77a3fdcd4ef.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right and above side? Answer in one sentence.", "answer": "The sound coming from the front-right and above is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_a7bb16937793c4567165", "split": "test", "audio_id": "foa_6e7c250073e08d130f52", "audio_path": "audio/test/foa_6e7c250073e08d130f52.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-124.9 degrees", "canonical_answer": "-124.9 degrees", "answer_meta": {"azimuth_deg": -124.9}}
{"qa_id": "qa_e480231a2ec37165d855", "split": "test", "audio_id": "foa_759eba31775f2e377e2f", "audio_path": "audio/test/foa_759eba31775f2e377e2f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the string instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.0s to 1.1s.", "canonical_answer": "0.0s to 1.1s", "answer_meta": {"time_span": [0.0, 1.1]}}
{"qa_id": "qa_ee408c1cde666e8525f8", "split": "test", "audio_id": "foa_c6e0c5d27f315b2f4efa", "audio_path": "audio/test/foa_c6e0c5d27f315b2f4efa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right and below side? Answer in one sentence.", "answer": "The source coming from the front-right and below is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_b51dadf663fee666cd9b", "split": "test", "audio_id": "foa_3e61c8b95c81374d2da6", "audio_path": "audio/test/foa_3e61c8b95c81374d2da6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=2.2 degrees, elevation=17.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth 2.2 degrees and elevation 17.4 degrees is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_29377fe12c1eb1768633", "split": "test", "audio_id": "foa_2050b3d14a62dfa91fd4", "audio_path": "audio/test/foa_2050b3d14a62dfa91fd4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the telephone alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.5 degrees", "canonical_answer": "-1.5 degrees", "answer_meta": {"elevation_deg": -1.5}}
{"qa_id": "qa_5c32a54f24a7742bced3", "split": "test", "audio_id": "foa_5c0c17a4aff8eac9e872", "audio_path": "audio/test/foa_5c0c17a4aff8eac9e872.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a camera that is audible from 0.4 seconds to 17.2 seconds.", "canonical_answer": "camera (0.4s to 17.2s)", "answer_meta": {"time_span": [0.4, 17.2]}}
{"qa_id": "qa_1fa21b608d41293dfb76", "split": "test", "audio_id": "foa_7cc794f1565783148a2f", "audio_path": "audio/test/foa_7cc794f1565783148a2f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-98.1 degrees", "canonical_answer": "-98.1 degrees", "answer_meta": {"azimuth_deg": -98.1}}
{"qa_id": "qa_59fe9b3b21eb4d155a42", "split": "test", "audio_id": "foa_150b03282ebe8d886303", "audio_path": "audio/test/foa_150b03282ebe8d886303.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-117.7 degrees", "canonical_answer": "-117.7 degrees", "answer_meta": {"azimuth_deg": -117.7}}
{"qa_id": "qa_fbada6aa0eb72a3cca02", "split": "test", "audio_id": "foa_0562f5c3092ce956fb55", "audio_path": "audio/test/foa_0562f5c3092ce956fb55.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a musical instrument that is heard from 1.2s to 16.4s.", "canonical_answer": "musical instrument (1.2s to 16.4s)", "answer_meta": {"time_span": [1.2, 16.4]}}
{"qa_id": "qa_7e4d2370f825aca278bd", "split": "test", "audio_id": "foa_b2b299a2a2261b2bca50", "audio_path": "audio/test/foa_b2b299a2a2261b2bca50.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The source coming from the right is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_07645229049d305b92fc", "split": "test", "audio_id": "foa_63c56ca4f052d341d509", "audio_path": "audio/test/foa_63c56ca4f052d341d509.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bell active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 8.1s to 20.0s.", "canonical_answer": "8.1s to 20.0s", "answer_meta": {"time_span": [8.1, 20.0]}}
{"qa_id": "qa_b49d646d83866c0bab73", "split": "test", "audio_id": "foa_68932c77b69ee16a8372", "audio_path": "audio/test/foa_68932c77b69ee16a8372.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the zipper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.9 degrees", "canonical_answer": "-23.9 degrees", "answer_meta": {"elevation_deg": -23.9}}
{"qa_id": "qa_7a29c0e36b142903e01c", "split": "test", "audio_id": "foa_26dd9afb695a86554abf", "audio_path": "audio/test/foa_26dd9afb695a86554abf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=163.3 degrees, elevation=0.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=163.3 degrees and elevation=0.3 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_16d21d2f222107f13240", "split": "test", "audio_id": "foa_52409e230f5c2580a8b1", "audio_path": "audio/test/foa_52409e230f5c2580a8b1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the paper sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The paper sound is active from 0.7s to 15.2s.", "canonical_answer": "0.7s to 15.2s", "answer_meta": {"time_span": [0.7, 15.2]}}
{"qa_id": "qa_d4e1f967f1b9c000632f", "split": "test", "audio_id": "foa_3034e417d14c555e7b8d", "audio_path": "audio/test/foa_3034e417d14c555e7b8d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=29.0 degrees, elevation=14.4 degrees? Answer in one sentence.", "answer": "A home sound is located at azimuth=29.0 degrees and elevation=14.4 degrees.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_e01c78a478ffc07f857f", "split": "test", "audio_id": "foa_e9a20a5ba018bb7f1e2f", "audio_path": "audio/test/foa_e9a20a5ba018bb7f1e2f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine that is audible from 0.0s to 13.4s.", "canonical_answer": "machine (0.0s to 13.4s)", "answer_meta": {"time_span": [0.0, 13.4]}}
{"qa_id": "qa_405b68d5354faded2f9c", "split": "test", "audio_id": "foa_e0b8beea128775e113d5", "audio_path": "audio/test/foa_e0b8beea128775e113d5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The source located at the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_24f557645a46808436ed", "split": "test", "audio_id": "foa_817787c3989c03c992d1", "audio_path": "audio/test/foa_817787c3989c03c992d1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.0 degrees", "canonical_answer": "-18.0 degrees", "answer_meta": {"elevation_deg": -18.0}}
{"qa_id": "qa_c93af69c2cd761b65116", "split": "test", "audio_id": "foa_f2bc0701b6c177ac7bc6", "audio_path": "audio/test/foa_f2bc0701b6c177ac7bc6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the typing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.7 degrees", "canonical_answer": "21.7 degrees", "answer_meta": {"azimuth_deg": 21.7}}
{"qa_id": "qa_47f8543e2a7c2fcd9675", "split": "test", "audio_id": "foa_dd6fe50b25ebc637fbcd", "audio_path": "audio/test/foa_dd6fe50b25ebc637fbcd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the gong in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.4 degrees", "canonical_answer": "54.4 degrees", "answer_meta": {"azimuth_deg": 54.4}}
{"qa_id": "qa_634293952be9071187c5", "split": "test", "audio_id": "foa_2a45d163d8c61d6ddd52", "audio_path": "audio/test/foa_2a45d163d8c61d6ddd52.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the writing sound occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing is active from 1.2s to 9.7s.", "canonical_answer": "1.2s to 9.7s", "answer_meta": {"time_span": [1.2, 9.7]}}
{"qa_id": "qa_ef58850def52e749dca1", "split": "test", "audio_id": "foa_fc6d705c67ba8e377223", "audio_path": "audio/test/foa_fc6d705c67ba8e377223.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the printer in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.5 degrees", "canonical_answer": "-12.5 degrees", "answer_meta": {"elevation_deg": -12.5}}
{"qa_id": "qa_a8a554a035579fc93f40", "split": "test", "audio_id": "foa_1b4c1a1cbd6433e4dff5", "audio_path": "audio/test/foa_1b4c1a1cbd6433e4dff5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect from 1.5s to 10.0s, alarm from 2.0s to 7.6s, fire from 2.5s to 3.5s, and thunderstorm from 7.0s to 12.9s.", "canonical_answer": "insect (1.5s to 10.0s); alarm (2.0s to 7.6s); fire (2.5s to 3.5s); thunderstorm (7.0s to 12.9s)", "answer_meta": {}}
{"qa_id": "qa_a2d45ea929f3ab435b1e", "split": "test", "audio_id": "foa_7692ecabb6348fa4df5d", "audio_path": "audio/test/foa_7692ecabb6348fa4df5d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the right and above of the listener? Answer in one sentence.", "answer": "The sound source coming from the right and above is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_48c146edeacc2de731a4", "split": "test", "audio_id": "foa_7b3f67dffaaa170957d1", "audio_path": "audio/test/foa_7b3f67dffaaa170957d1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=81.9 degrees, elevation=0.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=81.9 degrees, elevation=0.4 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1c694e6cf9326e48b620", "split": "test", "audio_id": "foa_8173eaca7a7aed1dae60", "audio_path": "audio/test/foa_8173eaca7a7aed1dae60.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the metal clink sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink event occurs from 0.8s to 20.0s.", "canonical_answer": "0.8s to 20.0s", "answer_meta": {"time_span": [0.8, 20.0]}}
{"qa_id": "qa_dfc563d8bd41c3a8a470", "split": "test", "audio_id": "foa_9f2c261e5d6439170b60", "audio_path": "audio/test/foa_9f2c261e5d6439170b60.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.9 degrees", "canonical_answer": "25.9 degrees", "answer_meta": {"elevation_deg": 25.9}}
{"qa_id": "qa_8c2fc4cac3acf89a49fb", "split": "test", "audio_id": "foa_7e6e2f2a3936466c8991", "audio_path": "audio/test/foa_7e6e2f2a3936466c8991.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.0s to 14.4s.", "canonical_answer": "rain (0.0s to 14.4s)", "answer_meta": {"time_span": [0.0, 14.4]}}
{"qa_id": "qa_d01bb273a3285a7f2a05", "split": "test", "audio_id": "foa_70f5c47e761aec22ec7e", "audio_path": "audio/test/foa_70f5c47e761aec22ec7e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-right and above? Answer in one sentence.", "answer": "The sound source coming from the back-right and above is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_ce82152b14a47a653b06", "split": "test", "audio_id": "foa_4e38004d23e72d35c23e", "audio_path": "audio/test/foa_4e38004d23e72d35c23e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "158.6 degrees", "canonical_answer": "158.6 degrees", "answer_meta": {"azimuth_deg": 158.6}}
{"qa_id": "qa_8e037b017a0e2811faa3", "split": "test", "audio_id": "foa_6a8687bb78f87d6b2127", "audio_path": "audio/test/foa_6a8687bb78f87d6b2127.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-50.6 degrees, elevation=29.5 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -50.6 degrees and elevation 29.5 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_7bcf6404799773c63f27", "split": "test", "audio_id": "foa_a158669239d7194cd90a", "audio_path": "audio/test/foa_a158669239d7194cd90a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.0 degrees", "canonical_answer": "5.0 degrees", "answer_meta": {"azimuth_deg": 5.0}}
{"qa_id": "qa_ec9f6c45f191f05d8738", "split": "test", "audio_id": "foa_f595b6a95e1d6badae01", "audio_path": "audio/test/foa_f595b6a95e1d6badae01.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the singing event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 11.7s to 14.4s.", "canonical_answer": "11.7s to 14.4s", "answer_meta": {"time_span": [11.7, 14.4]}}
{"qa_id": "qa_6c8ddf7be28e0f34eda0", "split": "test", "audio_id": "foa_ff0bf074ae264aa2697b", "audio_path": "audio/test/foa_ff0bf074ae264aa2697b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back and below the listener? Answer in one sentence.", "answer": "The source heard from the back and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_c80aaaf4801f6c497668", "split": "test", "audio_id": "foa_c74710bdd65730cedc71", "audio_path": "audio/test/foa_c74710bdd65730cedc71.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the cat in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.5 degrees", "canonical_answer": "4.5 degrees", "answer_meta": {"elevation_deg": 4.5}}
{"qa_id": "qa_d112bb7f70841d4f9177", "split": "test", "audio_id": "foa_36b9dd077b61e686ac8a", "audio_path": "audio/test/foa_36b9dd077b61e686ac8a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.1s to 14.4s.", "canonical_answer": "singing (0.1s to 14.4s)", "answer_meta": {"time_span": [0.1, 14.4]}}
{"qa_id": "qa_965a5c49455df0fdf2c7", "split": "test", "audio_id": "foa_481310d2cca08ed0ebfa", "audio_path": "audio/test/foa_481310d2cca08ed0ebfa.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-31.4 degrees, elevation=-5.1 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth=-31.4 degrees and elevation=-5.1 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_fd5b8efb5aff563499c7", "split": "test", "audio_id": "foa_e5b5d21a6c3f66bf94be", "audio_path": "audio/test/foa_e5b5d21a6c3f66bf94be.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-right of the listener? Answer in one sentence.", "answer": "The source coming from the back-right is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_1379f3bc6a1e3f0b1a89", "split": "test", "audio_id": "foa_a7395f85d02965ea5b4b", "audio_path": "audio/test/foa_a7395f85d02965ea5b4b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.7 degrees", "canonical_answer": "-26.7 degrees", "answer_meta": {"elevation_deg": -26.7}}
{"qa_id": "qa_9b3f9123c25a8daf023a", "split": "test", "audio_id": "foa_afd8ac689efb694f0863", "audio_path": "audio/test/foa_afd8ac689efb694f0863.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the guitar occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 7.0s.", "canonical_answer": "0.0s to 7.0s", "answer_meta": {"time_span": [0.0, 7.0]}}
{"qa_id": "qa_7722612043b9011dd2a7", "split": "test", "audio_id": "foa_74337901bf48c8335dc7", "audio_path": "audio/test/foa_74337901bf48c8335dc7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "102.1 degrees", "canonical_answer": "102.1 degrees", "answer_meta": {"azimuth_deg": 102.1}}
{"qa_id": "qa_3eead6d543305c94345c", "split": "test", "audio_id": "foa_b3e8f12265c3e8bd7e95", "audio_path": "audio/test/foa_b3e8f12265c3e8bd7e95.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=37.3 degrees, elevation=27.5 degrees? Answer in one sentence.", "answer": "A knock is the sound heard from azimuth=37.3 degrees and elevation=27.5 degrees.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_ff3ca8ca32bd2005548c", "split": "test", "audio_id": "foa_7a02ca5b2ac46445ad16", "audio_path": "audio/test/foa_7a02ca5b2ac46445ad16.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect from 0.0s to 8.3s.", "canonical_answer": "insect (0.0s to 8.3s)", "answer_meta": {"time_span": [0.0, 8.3]}}
{"qa_id": "qa_2fc81e42c9598ea6f140", "split": "test", "audio_id": "foa_738828d6b4ac418a8f98", "audio_path": "audio/test/foa_738828d6b4ac418a8f98.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.2s to 7.8s.", "canonical_answer": "0.2s to 7.8s", "answer_meta": {"time_span": [0.2, 7.8]}}
{"qa_id": "qa_86694d1c3c2d3f54c514", "split": "test", "audio_id": "foa_ac7d24ed600f2a1b0aaa", "audio_path": "audio/test/foa_ac7d24ed600f2a1b0aaa.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-93.7 degrees, elevation=-34.0 degrees. Answer in one sentence.", "answer": "The source located at azimuth -93.7 degrees and elevation -34.0 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_4263b475a3a6bb327ce2", "split": "test", "audio_id": "foa_61c00e911ad41ddf99c5", "audio_path": "audio/test/foa_61c00e911ad41ddf99c5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard from the left and above side? Answer in one sentence.", "answer": "The sound source coming from the left and above is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_5ece01088d47f3e1a2cd", "split": "test", "audio_id": "foa_fb27a64b1ef324aba1bc", "audio_path": "audio/test/foa_fb27a64b1ef324aba1bc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a thunderstorm from 0.8s to 8.6s, a machine from 1.4s to 2.7s, and a telephone alarm from 2.9s to 9.1s.", "canonical_answer": "thunderstorm (0.8s to 8.6s); machine (1.4s to 2.7s); telephone alarm (2.9s to 9.1s)", "answer_meta": {}}
{"qa_id": "qa_be4033020da69c0d5e39", "split": "test", "audio_id": "foa_3bf29be9a9ef200da38c", "audio_path": "audio/test/foa_3bf29be9a9ef200da38c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.6 degrees", "canonical_answer": "-29.6 degrees", "answer_meta": {"azimuth_deg": -29.6}}
{"qa_id": "qa_3fded765d3a414dbc839", "split": "test", "audio_id": "foa_4c2be71af7726ede1a71", "audio_path": "audio/test/foa_4c2be71af7726ede1a71.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.2 degrees", "canonical_answer": "-18.2 degrees", "answer_meta": {"elevation_deg": -18.2}}
{"qa_id": "qa_55c490e89a7bb050e46c", "split": "test", "audio_id": "foa_306f71ec7bc50d1585d1", "audio_path": "audio/test/foa_306f71ec7bc50d1585d1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-98.3 degrees, elevation=0.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-98.3 degrees, elevation=0.1 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_fffed2a065d56274ddc4", "split": "test", "audio_id": "foa_e386a1cf73717765b437", "audio_path": "audio/test/foa_e386a1cf73717765b437.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.1 degrees", "canonical_answer": "18.1 degrees", "answer_meta": {"elevation_deg": 18.1}}
{"qa_id": "qa_c052f339f01d4c3a4dd3", "split": "test", "audio_id": "foa_26fac77d1b0badd9351b", "audio_path": "audio/test/foa_26fac77d1b0badd9351b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.0s to 1.7s.", "canonical_answer": "body sound (0.0s to 1.7s)", "answer_meta": {"time_span": [0.0, 1.7]}}
{"qa_id": "qa_2288bb22a5a306bb9b2e", "split": "test", "audio_id": "foa_8221c9097518252a1497", "audio_path": "audio/test/foa_8221c9097518252a1497.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound is coming from the front-left side of the listener? Answer in one sentence.", "answer": "The sound coming from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_99a8143dc628609d74d7", "split": "test", "audio_id": "foa_340babc26793feb1534c", "audio_path": "audio/test/foa_340babc26793feb1534c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "51.7 degrees", "canonical_answer": "51.7 degrees", "answer_meta": {"azimuth_deg": 51.7}}
{"qa_id": "qa_0fc2258a366e71eff2fc", "split": "test", "audio_id": "foa_4ff46b000880455d9cef", "audio_path": "audio/test/foa_4ff46b000880455d9cef.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 0.4s.", "canonical_answer": "0.0s to 0.4s", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_4ec6ddb1615c3eeb8a68", "split": "test", "audio_id": "foa_30db5e8966e77ae04442", "audio_path": "audio/test/foa_30db5e8966e77ae04442.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the metal clink be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 0.0s to 4.3s.", "canonical_answer": "0.0s to 4.3s", "answer_meta": {"time_span": [0.0, 4.3]}}
{"qa_id": "qa_4817d2e27dd99e1de2a3", "split": "test", "audio_id": "foa_6417470b798e13a02842", "audio_path": "audio/test/foa_6417470b798e13a02842.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the gong located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_6bab7a0962668dc0bb79", "split": "test", "audio_id": "foa_ef8d213f4af5205665b4", "audio_path": "audio/test/foa_ef8d213f4af5205665b4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front and below of the listener? Answer in one sentence.", "answer": "The source heard from the front and below of the listener is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_5baa3010de6230c8bbe3", "split": "test", "audio_id": "foa_4d0001612f31087a0633", "audio_path": "audio/test/foa_4d0001612f31087a0633.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-176.4 degrees, elevation=-17.2 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -176.4 degrees and elevation -17.2 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_cb90a9304436c4a9563d", "split": "test", "audio_id": "foa_a8dcada5b7fb8d03c63f", "audio_path": "audio/test/foa_a8dcada5b7fb8d03c63f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a string instrument that is active from 0.8s to 5.7s.", "canonical_answer": "string instrument (0.8s to 5.7s)", "answer_meta": {"time_span": [0.8, 5.7]}}
{"qa_id": "qa_f8632e35db610293de66", "split": "test", "audio_id": "foa_fb92236f0cc0cd2b4ed5", "audio_path": "audio/test/foa_fb92236f0cc0cd2b4ed5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the gong in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "95.6 degrees", "canonical_answer": "95.6 degrees", "answer_meta": {"azimuth_deg": 95.6}}
{"qa_id": "qa_659cd003eefb2a185f7e", "split": "test", "audio_id": "foa_bea7db395ab93dea74ec", "audio_path": "audio/test/foa_bea7db395ab93dea74ec.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=125.5 degrees, elevation=3.8 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=125.5 degrees and elevation=3.8 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3b3289ab68c1f4715454", "split": "test", "audio_id": "foa_afc20347a00d7f109838", "audio_path": "audio/test/foa_afc20347a00d7f109838.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.6 degrees", "canonical_answer": "-21.6 degrees", "answer_meta": {"elevation_deg": -21.6}}
{"qa_id": "qa_e469c2f164a93d9597ef", "split": "test", "audio_id": "foa_d33228fc03a4cb9d96f7", "audio_path": "audio/test/foa_d33228fc03a4cb9d96f7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the wind instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 8.0s to 11.3s.", "canonical_answer": "8.0s to 11.3s", "answer_meta": {"time_span": [8.0, 11.3]}}
{"qa_id": "qa_d97c9b8bf06a7a5faf0d", "split": "test", "audio_id": "foa_9c24eaf3dabc0fd5827e", "audio_path": "audio/test/foa_9c24eaf3dabc0fd5827e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an appliance from 0.4s to 7.2s, tape from 4.1s to 5.5s, and a war sound from 6.0s to 6.7s.", "canonical_answer": "appliance (0.4s to 7.2s); tape (4.1s to 5.5s); war sound (6.0s to 6.7s)", "answer_meta": {}}
{"qa_id": "qa_77ec80af9f66cf57da13", "split": "test", "audio_id": "foa_ec66930032c2e9122327", "audio_path": "audio/test/foa_ec66930032c2e9122327.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the cat in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-71.2 degrees", "canonical_answer": "-71.2 degrees", "answer_meta": {"azimuth_deg": -71.2}}
{"qa_id": "qa_f9d5b96612e3df33f3ad", "split": "test", "audio_id": "foa_a193a98f86b922d594c4", "audio_path": "audio/test/foa_a193a98f86b922d594c4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_3ca891114e16c0565ae8", "split": "test", "audio_id": "foa_0200b5bfb707c86d9430", "audio_path": "audio/test/foa_0200b5bfb707c86d9430.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.6s to 8.2s.", "canonical_answer": "guitar (0.6s to 8.2s)", "answer_meta": {"time_span": [0.6, 8.2]}}
{"qa_id": "qa_5bd687caa6782b465787", "split": "test", "audio_id": "foa_6b8321c251507e133003", "audio_path": "audio/test/foa_6b8321c251507e133003.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "132.2 degrees", "canonical_answer": "132.2 degrees", "answer_meta": {"azimuth_deg": 132.2}}
{"qa_id": "qa_f0766dcb332bc1f994dd", "split": "test", "audio_id": "foa_b35424bea042a7ee9fcd", "audio_path": "audio/test/foa_b35424bea042a7ee9fcd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.1 degrees", "canonical_answer": "0.1 degrees", "answer_meta": {"elevation_deg": 0.1}}
{"qa_id": "qa_a3cbb22b5a5c58eae189", "split": "test", "audio_id": "foa_6c5d08140f5d35e1e1fe", "audio_path": "audio/test/foa_6c5d08140f5d35e1e1fe.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-98.8 degrees, elevation=-27.5 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth -98.8 degrees and elevation -27.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_fdf50b58266fc0f63d42", "split": "test", "audio_id": "foa_4a8b4ad417c0a4231999", "audio_path": "audio/test/foa_4a8b4ad417c0a4231999.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front? Answer in one sentence.", "answer": "The sound source coming from the front is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_d6107b5f5bee6c4ea538", "split": "test", "audio_id": "foa_101c271d3255a690ce46", "audio_path": "audio/test/foa_101c271d3255a690ce46.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the vehicle occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The vehicle is active from 0.6s to 2.2s.", "canonical_answer": "0.6s to 2.2s", "answer_meta": {"time_span": [0.6, 2.2]}}
{"qa_id": "qa_5d578bc6c83b8d77089d", "split": "test", "audio_id": "foa_9b225bd07a77aa2736cc", "audio_path": "audio/test/foa_9b225bd07a77aa2736cc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains crackle from 0.1s to 15.9s, musical instrument from 4.8s to 13.0s, and human vocalization from 15.0s to 16.4s.", "canonical_answer": "crackle (0.1s to 15.9s); musical instrument (4.8s to 13.0s); human vocalization (15.0s to 16.4s)", "answer_meta": {}}
{"qa_id": "qa_ba6920d705ecd3480020", "split": "test", "audio_id": "foa_5ba6b31cc7aaf65e3804", "audio_path": "audio/test/foa_5ba6b31cc7aaf65e3804.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the dog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.2 degrees", "canonical_answer": "14.2 degrees", "answer_meta": {"elevation_deg": 14.2}}
{"qa_id": "qa_d506759544bdb2175b06", "split": "test", "audio_id": "foa_f1fbc775f4b61ffd8120", "audio_path": "audio/test/foa_f1fbc775f4b61ffd8120.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front and below of the listener? Answer in one sentence.", "answer": "The source heard from the front and below is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_3710b941d754e5051d88", "split": "test", "audio_id": "foa_728d05a830d877f320be", "audio_path": "audio/test/foa_728d05a830d877f320be.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=10.9 degrees, elevation=-13.9 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth=10.9 degrees and elevation=-13.9 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_208561df01bedec20cfa", "split": "test", "audio_id": "foa_3c6ae45002f3ebab8bde", "audio_path": "audio/test/foa_3c6ae45002f3ebab8bde.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-105.2 degrees", "canonical_answer": "-105.2 degrees", "answer_meta": {"azimuth_deg": -105.2}}
{"qa_id": "qa_cd7b99fbb5e6f742311f", "split": "test", "audio_id": "foa_1679f6e4ba82877becd7", "audio_path": "audio/test/foa_1679f6e4ba82877becd7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 0.0s to 1.4s.", "canonical_answer": "0.0s to 1.4s", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_565bb7646bdd8d8aea2b", "split": "test", "audio_id": "foa_63d9146827aebd4f2f02", "audio_path": "audio/test/foa_63d9146827aebd4f2f02.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains cooking occurring from 0.0s to 8.4s.", "canonical_answer": "cooking (0.0s to 8.4s)", "answer_meta": {"time_span": [0.0, 8.4]}}
{"qa_id": "qa_977b4973ae04a4a4c95b", "split": "test", "audio_id": "foa_d0fbd40c85c2ca2eaa86", "audio_path": "audio/test/foa_d0fbd40c85c2ca2eaa86.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 17.2s.", "canonical_answer": "0.0s to 17.2s", "answer_meta": {"time_span": [0.0, 17.2]}}
{"qa_id": "qa_c3f4bd8e6f84c38a1c23", "split": "test", "audio_id": "foa_fd8761f3ec6bf25f1335", "audio_path": "audio/test/foa_fd8761f3ec6bf25f1335.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and above? Answer in one sentence.", "answer": "The sound source located at the back-right and above is a vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_7bf8e226cbd2ff6551b9", "split": "test", "audio_id": "foa_24dd6945b94443018f21", "audio_path": "audio/test/foa_24dd6945b94443018f21.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the insect? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.5 degrees", "canonical_answer": "-30.5 degrees", "answer_meta": {"azimuth_deg": -30.5}}
{"qa_id": "qa_ca0fb820a38962410c15", "split": "test", "audio_id": "foa_a8b1478280d56b87e157", "audio_path": "audio/test/foa_a8b1478280d56b87e157.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-78.1 degrees, elevation=16.2 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=-78.1 degrees and elevation=16.2 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_48c64a4258c774415bb0", "split": "test", "audio_id": "foa_413c8a1ef17d68474b94", "audio_path": "audio/test/foa_413c8a1ef17d68474b94.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.4 degrees", "canonical_answer": "-28.4 degrees", "answer_meta": {"elevation_deg": -28.4}}
{"qa_id": "qa_8d5fc9a4423ca6d6f185", "split": "test", "audio_id": "foa_a8f6ae390feef03ae2da", "audio_path": "audio/test/foa_a8f6ae390feef03ae2da.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-18.4 degrees, elevation=42.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-18.4 degrees and elevation=42.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f56901918d52774eaccb", "split": "test", "audio_id": "foa_be5f78e8c1e4ad816a3e", "audio_path": "audio/test/foa_be5f78e8c1e4ad816a3e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the war sound event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 0.3s to 15.2s.", "canonical_answer": "0.3s to 15.2s", "answer_meta": {"time_span": [0.3, 15.2]}}
{"qa_id": "qa_a1fb43654e993babd72e", "split": "test", "audio_id": "foa_403bc6532614ce716e85", "audio_path": "audio/test/foa_403bc6532614ce716e85.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.4 degrees", "canonical_answer": "8.4 degrees", "answer_meta": {"elevation_deg": 8.4}}
{"qa_id": "qa_f22c60b43fc868e5e297", "split": "test", "audio_id": "foa_6e26865c110948c18bc4", "audio_path": "audio/test/foa_6e26865c110948c18bc4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.4 degrees", "canonical_answer": "-38.4 degrees", "answer_meta": {"azimuth_deg": -38.4}}
{"qa_id": "qa_5550264aeb6e5a4cc45f", "split": "test", "audio_id": "foa_2fb2a41f2d76ba26ada9", "audio_path": "audio/test/foa_2fb2a41f2d76ba26ada9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that is active from 0.0s to 0.1s.", "canonical_answer": "bell (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_9f4a5c3f7ddced99b6a8", "split": "test", "audio_id": "foa_a1e78a05f7ece9c54628", "audio_path": "audio/test/foa_a1e78a05f7ece9c54628.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left and below? Answer in one sentence.", "answer": "The sound source located at the front-left and below is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_bfb8d02f993b93fb9660", "split": "test", "audio_id": "foa_df0776637c46d904e412", "audio_path": "audio/test/foa_df0776637c46d904e412.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the rain coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.8 degrees", "canonical_answer": "-163.8 degrees", "answer_meta": {"azimuth_deg": -163.8}}
{"qa_id": "qa_cb7eb91ebcb49990461a", "split": "test", "audio_id": "foa_c7eadd5e90eba51209b1", "audio_path": "audio/test/foa_c7eadd5e90eba51209b1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains paper from 0.4s to 16.4s, tearing from 2.4s to 5.8s, and war sound from 3.8s to 4.5s.", "canonical_answer": "paper (0.4s to 16.4s); tearing (2.4s to 5.8s); war sound (3.8s to 4.5s)", "answer_meta": {}}
{"qa_id": "qa_218d6e6424db51dd642d", "split": "test", "audio_id": "foa_ae3ebd750a3cee9638b0", "audio_path": "audio/test/foa_ae3ebd750a3cee9638b0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-left of the listener? Answer in one sentence.", "answer": "The source heard from the back-left is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_f2eca3360ec01c98eb8f", "split": "test", "audio_id": "foa_efc9e854d4985010b3a2", "audio_path": "audio/test/foa_efc9e854d4985010b3a2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-44.6 degrees", "canonical_answer": "-44.6 degrees", "answer_meta": {"elevation_deg": -44.6}}
{"qa_id": "qa_cad3d20096855474edbc", "split": "test", "audio_id": "foa_c735fa7c2d7ddb114444", "audio_path": "audio/test/foa_c735fa7c2d7ddb114444.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-8.5 degrees, elevation=-26.9 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth=-8.5 degrees and elevation=-26.9 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_1af70ff4dd05fe26cc00", "split": "test", "audio_id": "foa_bb8276998f696ff75e1c", "audio_path": "audio/test/foa_bb8276998f696ff75e1c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.6s to 2.1s.", "canonical_answer": "0.6s to 2.1s", "answer_meta": {"time_span": [0.6, 2.1]}}
{"qa_id": "qa_04de237175a1a432efa4", "split": "test", "audio_id": "foa_6763c97424d569d71bd2", "audio_path": "audio/test/foa_6763c97424d569d71bd2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains camera from 0.0s to 4.8s, camera from 0.0s to 0.3s, and camera from 0.0s to 1.2s.", "canonical_answer": "camera (0.0s to 4.8s); camera (0.0s to 0.3s); camera (0.0s to 1.2s)", "answer_meta": {}}
{"qa_id": "qa_193db8bfa4b79caf381a", "split": "test", "audio_id": "foa_dfc7e17dc2bd31c5e243", "audio_path": "audio/test/foa_dfc7e17dc2bd31c5e243.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the female speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech is active from 0.4s to 20.0s.", "canonical_answer": "0.4s to 20.0s", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_4191f8c8b60b8c9654b1", "split": "test", "audio_id": "foa_6cf8e95d8a7b53368c75", "audio_path": "audio/test/foa_6cf8e95d8a7b53368c75.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=81.2 degrees, elevation=14.6 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth=81.2 degrees and elevation=14.6 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_c36bb0ef8e9b878b968a", "split": "test", "audio_id": "foa_8ec5a285ad2e69283d36", "audio_path": "audio/test/foa_8ec5a285ad2e69283d36.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "95.9 degrees", "canonical_answer": "95.9 degrees", "answer_meta": {"azimuth_deg": 95.9}}
{"qa_id": "qa_a8d530f36a3d826926cb", "split": "test", "audio_id": "foa_21966cd934e7c1f57b6f", "audio_path": "audio/test/foa_21966cd934e7c1f57b6f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.4 degrees", "canonical_answer": "12.4 degrees", "answer_meta": {"elevation_deg": 12.4}}
{"qa_id": "qa_e233a141fb3a62538006", "split": "test", "audio_id": "foa_054a674af8a2cdb0b463", "audio_path": "audio/test/foa_054a674af8a2cdb0b463.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "A string instrument is the source coming from the right.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_dcea43d0f21874221d63", "split": "test", "audio_id": "foa_39ad42ac5affcd1d8cda", "audio_path": "audio/test/foa_39ad42ac5affcd1d8cda.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is a crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_c51350db63f213476f51", "split": "test", "audio_id": "foa_fa66ade554c76ad5c7d7", "audio_path": "audio/test/foa_fa66ade554c76ad5c7d7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-4.4 degrees, elevation=19.7 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth=-4.4 degrees and elevation=19.7 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_4db1443867ff2fd932a8", "split": "test", "audio_id": "foa_f35f3bf05822011c8977", "audio_path": "audio/test/foa_f35f3bf05822011c8977.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains writing from 0.0s to 11.2s, war sound from 1.3s to 1.9s, crushing from 3.3s to 7.0s, and wind from 8.4s to 10.5s.", "canonical_answer": "writing (0.0s to 11.2s); war sound (1.3s to 1.9s); crushing (3.3s to 7.0s); wind (8.4s to 10.5s)", "answer_meta": {}}
{"qa_id": "qa_7b06b46df2dbf298efa4", "split": "test", "audio_id": "foa_4d0565de03783dc70962", "audio_path": "audio/test/foa_4d0565de03783dc70962.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.0 degrees", "canonical_answer": "-22.0 degrees", "answer_meta": {"azimuth_deg": -22.0}}
{"qa_id": "qa_61ca3102931d9f5e44aa", "split": "test", "audio_id": "foa_736e1f59899748c71f30", "audio_path": "audio/test/foa_736e1f59899748c71f30.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the kitchenware occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware sound is active from 15.3s to 20.0s.", "canonical_answer": "15.3s to 20.0s", "answer_meta": {"time_span": [15.3, 20.0]}}
{"qa_id": "qa_1146ae7da64c3d964e9a", "split": "test", "audio_id": "foa_2e4a8b63dce47bec3298", "audio_path": "audio/test/foa_2e4a8b63dce47bec3298.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.5 degrees", "canonical_answer": "13.5 degrees", "answer_meta": {"elevation_deg": 13.5}}
{"qa_id": "qa_5e097013b518c731fae3", "split": "test", "audio_id": "foa_f8e09eeeb580c68177ea", "audio_path": "audio/test/foa_f8e09eeeb580c68177ea.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-75.4 degrees", "canonical_answer": "-75.4 degrees", "answer_meta": {"azimuth_deg": -75.4}}
{"qa_id": "qa_c958ce613cd36ff9224a", "split": "test", "audio_id": "foa_217e66e99a22aa94b44f", "audio_path": "audio/test/foa_217e66e99a22aa94b44f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features speech occurring from 0.4s to 6.7s and additional speech from 0.5s to 4.5s.", "canonical_answer": "speech (0.4s to 6.7s); speech (0.5s to 4.5s)", "answer_meta": {}}
{"qa_id": "qa_23044fe1718b21d53d87", "split": "test", "audio_id": "foa_0c16f5172a946601f090", "audio_path": "audio/test/foa_0c16f5172a946601f090.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the cooking in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.1 degrees", "canonical_answer": "-51.1 degrees", "answer_meta": {"elevation_deg": -51.1}}
{"qa_id": "qa_7b5d234632aaa0bcc6c7", "split": "test", "audio_id": "foa_f3b97af7c6a37b80394f", "audio_path": "audio/test/foa_f3b97af7c6a37b80394f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the male speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech event is active from 3.0s to 5.8s.", "canonical_answer": "3.0s to 5.8s", "answer_meta": {"time_span": [3.0, 5.8]}}
{"qa_id": "qa_962c6a22b845912d2294", "split": "test", "audio_id": "foa_c144a0a05971d70ec2c7", "audio_path": "audio/test/foa_c144a0a05971d70ec2c7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right side? Answer in one sentence.", "answer": "The sound coming from the right is a human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_748c2ebb32f6ab8b4330", "split": "test", "audio_id": "foa_052ea1351b1025f6431f", "audio_path": "audio/test/foa_052ea1351b1025f6431f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-79.1 degrees, elevation=6.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-79.1 degrees and elevation=6.7 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_b3ca30e6af6d48c54aa9", "split": "test", "audio_id": "foa_200745d918751dde0526", "audio_path": "audio/test/foa_200745d918751dde0526.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.8 degrees", "canonical_answer": "-36.8 degrees", "answer_meta": {"elevation_deg": -36.8}}
{"qa_id": "qa_8bcd5865b0d1385e7491", "split": "test", "audio_id": "foa_a2c9d3e1f842b32ae7ef", "audio_path": "audio/test/foa_a2c9d3e1f842b32ae7ef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "143.9 degrees", "canonical_answer": "143.9 degrees", "answer_meta": {"azimuth_deg": 143.9}}
{"qa_id": "qa_9a170ec4a9bd4b2a2e52", "split": "test", "audio_id": "foa_6044977869c412328b35", "audio_path": "audio/test/foa_6044977869c412328b35.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the scratch occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 7.1s to 7.8s.", "canonical_answer": "7.1s to 7.8s", "answer_meta": {"time_span": [7.1, 7.8]}}
{"qa_id": "qa_5a4f417409d0b116ce87", "split": "test", "audio_id": "foa_e512351dad63ee909e47", "audio_path": "audio/test/foa_e512351dad63ee909e47.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_1dd6b36ae8254aa16c9f", "split": "test", "audio_id": "foa_46e9079aa488eba0055f", "audio_path": "audio/test/foa_46e9079aa488eba0055f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=2.3 degrees, elevation=-7.9 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=2.3 degrees and elevation=-7.9 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_a286d53051e22ef99bbb", "split": "test", "audio_id": "foa_ef7761f5709b80efa37a", "audio_path": "audio/test/foa_ef7761f5709b80efa37a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 1.8s and speech from 0.6s to 2.8s.", "canonical_answer": "speech (0.6s to 1.8s); speech (0.6s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_0b200aa7d33b7eb4ef2a", "split": "test", "audio_id": "foa_1c34440959b8ebf3cb46", "audio_path": "audio/test/foa_1c34440959b8ebf3cb46.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.9 degrees", "canonical_answer": "-14.9 degrees", "answer_meta": {"elevation_deg": -14.9}}
{"qa_id": "qa_22c0240ce33a5d83645b", "split": "test", "audio_id": "foa_79de36290324921a55db", "audio_path": "audio/test/foa_79de36290324921a55db.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 0.4s to 17.1s.", "canonical_answer": "0.4s to 17.1s", "answer_meta": {"time_span": [0.4, 17.1]}}
{"qa_id": "qa_893c12f011ad919ae4b3", "split": "test", "audio_id": "foa_442a4f5a00532aa09186", "audio_path": "audio/test/foa_442a4f5a00532aa09186.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and above position? Answer in one sentence.", "answer": "The sound source coming from the front and above is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_c8fcc0b37c92189536f0", "split": "test", "audio_id": "foa_592db5e22409149b1361", "audio_path": "audio/test/foa_592db5e22409149b1361.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine from 2.1s to 5.4s.", "canonical_answer": "machine (2.1s to 5.4s)", "answer_meta": {"time_span": [2.1, 5.4]}}
{"qa_id": "qa_a89553d23927dd877c4e", "split": "test", "audio_id": "foa_d36e6082a52197c00516", "audio_path": "audio/test/foa_d36e6082a52197c00516.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=145.2 degrees, elevation=20.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=145.2 degrees and elevation=20.5 degrees is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_e05b2d6b2c525599d0b9", "split": "test", "audio_id": "foa_1df326293b9e7357c9fd", "audio_path": "audio/test/foa_1df326293b9e7357c9fd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.9 degrees", "canonical_answer": "-21.9 degrees", "answer_meta": {"azimuth_deg": -21.9}}
{"qa_id": "qa_9d0c8e8ab4367fed642e", "split": "test", "audio_id": "foa_9a8e39a7709bcd5431fa", "audio_path": "audio/test/foa_9a8e39a7709bcd5431fa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and above? Answer in one sentence.", "answer": "The source located to the right and above is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_e50f9393c63391a0d1c4", "split": "test", "audio_id": "foa_b7b3ad9a82e12ca8891d", "audio_path": "audio/test/foa_b7b3ad9a82e12ca8891d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the frog coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-154.1 degrees", "canonical_answer": "-154.1 degrees", "answer_meta": {"azimuth_deg": -154.1}}
{"qa_id": "qa_22074f2b54ad5d5bd956", "split": "test", "audio_id": "foa_e4536354b0d03eb25814", "audio_path": "audio/test/foa_e4536354b0d03eb25814.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the body sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is active throughout the interval from 0.1s to 11.3s.", "canonical_answer": "0.1s to 11.3s", "answer_meta": {"time_span": [0.1, 11.3]}}
{"qa_id": "qa_2a11615bcd79d7795476", "split": "test", "audio_id": "foa_7d5db1284dd0c575535e", "audio_path": "audio/test/foa_7d5db1284dd0c575535e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-51.1 degrees, elevation=10.6 degrees? Answer in one sentence.", "answer": "A person is singing at azimuth=-51.1 degrees and elevation=10.6 degrees.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_58b28826c942abd64e40", "split": "test", "audio_id": "foa_94672f18a94b2c763f28", "audio_path": "audio/test/foa_94672f18a94b2c763f28.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that occurs from 0.0s to 0.8s.", "canonical_answer": "knock (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_aaff60c67b0f94d1fbd9", "split": "test", "audio_id": "foa_3bd32497e4ee77c42479", "audio_path": "audio/test/foa_3bd32497e4ee77c42479.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the knock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.3 degrees", "canonical_answer": "10.3 degrees", "answer_meta": {"elevation_deg": 10.3}}
{"qa_id": "qa_6b748fd4dd22ee12fc5f", "split": "test", "audio_id": "foa_19c475e9c1bb29fc69c2", "audio_path": "audio/test/foa_19c475e9c1bb29fc69c2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the telephone alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is active from 0.0s to 1.0s.", "canonical_answer": "0.0s to 1.0s", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_367f97b36229b2133fe0", "split": "test", "audio_id": "foa_4069b739eabaa0c51593", "audio_path": "audio/test/foa_4069b739eabaa0c51593.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source located at the front-left is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_a1ec0ccf2ea14dce2705", "split": "test", "audio_id": "foa_97f795bae30cce1c5833", "audio_path": "audio/test/foa_97f795bae30cce1c5833.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.2 degrees", "canonical_answer": "-163.2 degrees", "answer_meta": {"azimuth_deg": -163.2}}
{"qa_id": "qa_7e2b33c4da9012afa451", "split": "test", "audio_id": "foa_005f9976cd20af14ab3d", "audio_path": "audio/test/foa_005f9976cd20af14ab3d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm that occurs from 0.1s to 9.3s.", "canonical_answer": "alarm (0.1s to 9.3s)", "answer_meta": {"time_span": [0.1, 9.3]}}
{"qa_id": "qa_075a339cae6ededa6f5d", "split": "test", "audio_id": "foa_6de9e9b50c915f36c155", "audio_path": "audio/test/foa_6de9e9b50c915f36c155.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-92.0 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth -92.0 degrees and elevation 0.0 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_9ccf95b7ca66dd348cf5", "split": "test", "audio_id": "foa_fbc175b028937f35293a", "audio_path": "audio/test/foa_fbc175b028937f35293a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the train in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.5 degrees", "canonical_answer": "20.5 degrees", "answer_meta": {"elevation_deg": 20.5}}
{"qa_id": "qa_cc948b0dc7ae6a2def6a", "split": "test", "audio_id": "foa_2ea8a73f1325b3cbf099", "audio_path": "audio/test/foa_2ea8a73f1325b3cbf099.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The source coming from the back is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_ca171ff34cbefa6fa5a1", "split": "test", "audio_id": "foa_a7f5c0fc71b8ca6ef920", "audio_path": "audio/test/foa_a7f5c0fc71b8ca6ef920.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.9 degrees", "canonical_answer": "-23.9 degrees", "answer_meta": {"elevation_deg": -23.9}}
{"qa_id": "qa_cdefb27894e0d167860a", "split": "test", "audio_id": "foa_b12a2f44c79b4ee5945f", "audio_path": "audio/test/foa_b12a2f44c79b4ee5945f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 1.0s to 20.0s, a train from 6.8s to 15.2s, a bird from 9.2s to 11.0s, and speech from 18.9s to 20.0s.", "canonical_answer": "singing (1.0s to 20.0s); train (6.8s to 15.2s); bird (9.2s to 11.0s); speech (18.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_fa494039cd1e93745a40", "split": "test", "audio_id": "foa_ebc9325e09009d404190", "audio_path": "audio/test/foa_ebc9325e09009d404190.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the gong? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-148.3 degrees", "canonical_answer": "-148.3 degrees", "answer_meta": {"azimuth_deg": -148.3}}
{"qa_id": "qa_10ecc79703ad4eefb58e", "split": "test", "audio_id": "foa_74dfaf498d5f885e5da5", "audio_path": "audio/test/foa_74dfaf498d5f885e5da5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-55.1 degrees, elevation=-28.8 degrees? Answer in one sentence.", "answer": "A cat can be heard at azimuth -55.1 degrees and elevation -28.8 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_cf37813819a834bdd8b1", "split": "test", "audio_id": "foa_b8445ddf2fd76e4a216c", "audio_path": "audio/test/foa_b8445ddf2fd76e4a216c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the percussion be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is audible from 0.0s to 3.7s.", "canonical_answer": "0.0s to 3.7s", "answer_meta": {"time_span": [0.0, 3.7]}}
{"qa_id": "qa_339f225e0913a0fe4158", "split": "test", "audio_id": "foa_f4f14e1581506a158da9", "audio_path": "audio/test/foa_f4f14e1581506a158da9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-101.6 degrees", "canonical_answer": "-101.6 degrees", "answer_meta": {"azimuth_deg": -101.6}}
{"qa_id": "qa_9920f1be3cfbfe30a51a", "split": "test", "audio_id": "foa_edb72bfddaf120fdad99", "audio_path": "audio/test/foa_edb72bfddaf120fdad99.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the dog be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The dog is active from 0.0s to 1.6s.", "canonical_answer": "0.0s to 1.6s", "answer_meta": {"time_span": [0.0, 1.6]}}
{"qa_id": "qa_a4c5342e2019eedbc136", "split": "test", "audio_id": "foa_bcda3effe5a5bd87a260", "audio_path": "audio/test/foa_bcda3effe5a5bd87a260.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features ocean from 0.2s to 9.6s, percussion from 8.6s to 17.7s, and a vehicle from 13.9s to 14.7s.", "canonical_answer": "ocean (0.2s to 9.6s); percussion (8.6s to 17.7s); vehicle (13.9s to 14.7s)", "answer_meta": {}}
{"qa_id": "qa_dbd19a0f63c05daac1b0", "split": "test", "audio_id": "foa_d953b9b520eba2749fb8", "audio_path": "audio/test/foa_d953b9b520eba2749fb8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_65153a6f57265721092c", "split": "test", "audio_id": "foa_6b743e2602010452ab14", "audio_path": "audio/test/foa_6b743e2602010452ab14.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the right and below of the listener? Answer in one sentence.", "answer": "The sound source heard coming from the right and below is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_27e479386833adb37289", "split": "test", "audio_id": "foa_d4dadfaf1469f7139a4d", "audio_path": "audio/test/foa_d4dadfaf1469f7139a4d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-108.0 degrees, elevation=-23.7 degrees? Answer in one sentence.", "answer": "A car is the sound heard from azimuth=-108.0 degrees, elevation=-23.7 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_9300767f54587a42b7ff", "split": "test", "audio_id": "foa_196e994495342ce1f57b", "audio_path": "audio/test/foa_196e994495342ce1f57b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and below? Answer in one sentence.", "answer": "The sound source coming from the back and below is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_7789aa342f729b931931", "split": "test", "audio_id": "foa_d8f7056739904f56b63d", "audio_path": "audio/test/foa_d8f7056739904f56b63d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "78.3 degrees", "canonical_answer": "78.3 degrees", "answer_meta": {"azimuth_deg": 78.3}}
{"qa_id": "qa_c811141532ff949f6913", "split": "test", "audio_id": "foa_25b74884152b3da6a929", "audio_path": "audio/test/foa_25b74884152b3da6a929.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains fire from 0.2s to 1.8s.", "canonical_answer": "fire (0.2s to 1.8s)", "answer_meta": {"time_span": [0.2, 1.8]}}
{"qa_id": "qa_bf884ea72de2ba3cb41e", "split": "test", "audio_id": "foa_9c17c01a23778bf203aa", "audio_path": "audio/test/foa_9c17c01a23778bf203aa.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the war sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 0.0s to 19.9s.", "canonical_answer": "0.0s to 19.9s", "answer_meta": {"time_span": [0.0, 19.9]}}
{"qa_id": "qa_1dcdcc2269a996c2b849", "split": "test", "audio_id": "foa_a2d4935d915436f90ecb", "audio_path": "audio/test/foa_a2d4935d915436f90ecb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.3 degrees", "canonical_answer": "3.3 degrees", "answer_meta": {"elevation_deg": 3.3}}
{"qa_id": "qa_3b81481e8b0e951b2f3a", "split": "test", "audio_id": "foa_49bfa620926bf32ddcd8", "audio_path": "audio/test/foa_49bfa620926bf32ddcd8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-168.0 degrees, elevation=-21.4 degrees. Answer in one sentence.", "answer": "The source located at azimuth=-168.0 degrees and elevation=-21.4 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_9fa32bfa95273a782eaa", "split": "test", "audio_id": "foa_4e8ef5a4ca4578b98ced", "audio_path": "audio/test/foa_4e8ef5a4ca4578b98ced.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.0s to 6.0s and another instance of singing from 0.0s to 3.5s.", "canonical_answer": "singing (0.0s to 6.0s); singing (0.0s to 3.5s)", "answer_meta": {}}
{"qa_id": "qa_9cc91f54eae313c6298a", "split": "test", "audio_id": "foa_facc8b0b80ef897d4376", "audio_path": "audio/test/foa_facc8b0b80ef897d4376.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the crushing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 0.0s to 3.8s.", "canonical_answer": "0.0s to 3.8s", "answer_meta": {"time_span": [0.0, 3.8]}}
{"qa_id": "qa_57eb4ca111dbcd495770", "split": "test", "audio_id": "foa_e9968479f76223639c5c", "audio_path": "audio/test/foa_e9968479f76223639c5c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "153.6 degrees", "canonical_answer": "153.6 degrees", "answer_meta": {"azimuth_deg": 153.6}}
{"qa_id": "qa_dc9d13815114159aaa30", "split": "test", "audio_id": "foa_032a5d29647f652aad37", "audio_path": "audio/test/foa_032a5d29647f652aad37.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=171.2 degrees, elevation=11.3 degrees? Answer in one sentence.", "answer": "A camera is located at azimuth=171.2 degrees and elevation=11.3 degrees.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_b155374f43045bca7263", "split": "test", "audio_id": "foa_8c97294480b6c9da3453", "audio_path": "audio/test/foa_8c97294480b6c9da3453.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_1e02e803edf02e9df566", "split": "test", "audio_id": "foa_aeb2dd10848682f1d71b", "audio_path": "audio/test/foa_aeb2dd10848682f1d71b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.1 degrees", "canonical_answer": "-8.1 degrees", "answer_meta": {"elevation_deg": -8.1}}
{"qa_id": "qa_b845935fb0a7b077350a", "split": "test", "audio_id": "foa_9d223ab9340422360093", "audio_path": "audio/test/foa_9d223ab9340422360093.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-87.1 degrees", "canonical_answer": "-87.1 degrees", "answer_meta": {"azimuth_deg": -87.1}}
{"qa_id": "qa_9d735be96c6d93de33d8", "split": "test", "audio_id": "foa_f65ccdfbafabd3b133b2", "audio_path": "audio/test/foa_f65ccdfbafabd3b133b2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=155.1 degrees, elevation=-4.8 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=155.1 degrees and elevation=-4.8 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e6f3f61dd80252080799", "split": "test", "audio_id": "foa_7898ddbf2aed6fd7977b", "audio_path": "audio/test/foa_7898ddbf2aed6fd7977b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right and below side? Answer in one sentence.", "answer": "The source coming from the back-right and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fa8960f05c3943228bc6", "split": "test", "audio_id": "foa_532ce2f931315267743c", "audio_path": "audio/test/foa_532ce2f931315267743c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.0 degrees", "canonical_answer": "-31.0 degrees", "answer_meta": {"elevation_deg": -31.0}}
{"qa_id": "qa_7f529eb0e3910e32b3a5", "split": "test", "audio_id": "foa_16f3ca07b73a1d083949", "audio_path": "audio/test/foa_16f3ca07b73a1d083949.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a vehicle from 0.0s to 20.0s, a guitar from 12.0s to 18.1s, and rain from 14.9s to 20.0s.", "canonical_answer": "vehicle (0.0s to 20.0s); guitar (12.0s to 18.1s); rain (14.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_b10931abe5c4e655e45f", "split": "test", "audio_id": "foa_a2e617d26b6f84283e6f", "audio_path": "audio/test/foa_a2e617d26b6f84283e6f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the male speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 11.0s to 13.8s.", "canonical_answer": "11.0s to 13.8s", "answer_meta": {"time_span": [11.0, 13.8]}}
{"qa_id": "qa_4b2fc2839e1289c023f9", "split": "test", "audio_id": "foa_12784c6c258cd490e85f", "audio_path": "audio/test/foa_12784c6c258cd490e85f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the aircraft in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.1 degrees", "canonical_answer": "-0.1 degrees", "answer_meta": {"elevation_deg": -0.1}}
{"qa_id": "qa_6b8028851e00b0a0a434", "split": "test", "audio_id": "foa_08cb7c515d7a8d7fe34c", "audio_path": "audio/test/foa_08cb7c515d7a8d7fe34c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.3 degrees", "canonical_answer": "40.3 degrees", "answer_meta": {"azimuth_deg": 40.3}}
{"qa_id": "qa_99e967184d0e90ab75d2", "split": "test", "audio_id": "foa_6efa21fa271f1d18cb91", "audio_path": "audio/test/foa_6efa21fa271f1d18cb91.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and above? Answer in one sentence.", "answer": "The sound source coming from the front and above is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_7c51dffabe2b6bdf6a63", "split": "test", "audio_id": "foa_6c2a450e114f7dc97473", "audio_path": "audio/test/foa_6c2a450e114f7dc97473.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a printer from 0.7s to 20.0s, breathing from 6.8s to 11.5s, cooking from 10.0s to 20.0s, and finger snapping from 18.9s to 19.6s.", "canonical_answer": "printer (0.7s to 20.0s); breathing (6.8s to 11.5s); cooking (10.0s to 20.0s); finger snapping (18.9s to 19.6s)", "answer_meta": {}}
{"qa_id": "qa_c523e7c366d335b0785e", "split": "test", "audio_id": "foa_2cde0030fd091fa10ea8", "audio_path": "audio/test/foa_2cde0030fd091fa10ea8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the footsteps be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps event is active from 0.0s to 10.5s.", "canonical_answer": "0.0s to 10.5s", "answer_meta": {"time_span": [0.0, 10.5]}}
{"qa_id": "qa_312a337ebc9bbd9ee42d", "split": "test", "audio_id": "foa_80432fe5c84dd33c983a", "audio_path": "audio/test/foa_80432fe5c84dd33c983a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=18.4 degrees, elevation=15.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=18.4 degrees, elevation=15.7 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_8ff6e7ffd924b1db2c24", "split": "test", "audio_id": "foa_8b2514bd537a9456d5e0", "audio_path": "audio/test/foa_8b2514bd537a9456d5e0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the right and below of the listener? Answer in one sentence.", "answer": "The source heard from the right and below is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_8f6f4770248bbd43223c", "split": "test", "audio_id": "foa_13c48eb055f8fc1cae92", "audio_path": "audio/test/foa_13c48eb055f8fc1cae92.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "60.7 degrees", "canonical_answer": "60.7 degrees", "answer_meta": {"azimuth_deg": 60.7}}
{"qa_id": "qa_cb70e35cda10ae8a375c", "split": "test", "audio_id": "foa_fcc16b92f98af2718b8a", "audio_path": "audio/test/foa_fcc16b92f98af2718b8a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=160.7 degrees, elevation=-7.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=160.7 degrees and elevation=-7.2 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ba1d246aadb509dace34", "split": "test", "audio_id": "foa_ce9971d1bdf205d1e17c", "audio_path": "audio/test/foa_ce9971d1bdf205d1e17c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events can be heard in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a thunderstorm occurring from 2.1s to 17.9s.", "canonical_answer": "thunderstorm (2.1s to 17.9s)", "answer_meta": {"time_span": [2.1, 17.9]}}
{"qa_id": "qa_09651830571127904b93", "split": "test", "audio_id": "foa_fe91c63e0bbaa2860512", "audio_path": "audio/test/foa_fe91c63e0bbaa2860512.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.1 degrees", "canonical_answer": "-13.1 degrees", "answer_meta": {"elevation_deg": -13.1}}
{"qa_id": "qa_c047c3172a6e9f6e83d8", "split": "test", "audio_id": "foa_8249083fd9d18acb8981", "audio_path": "audio/test/foa_8249083fd9d18acb8981.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.4s to 15.9s.", "canonical_answer": "0.4s to 15.9s", "answer_meta": {"time_span": [0.4, 15.9]}}
{"qa_id": "qa_06f141254119fba8b419", "split": "test", "audio_id": "foa_168e54282a7b14051b9a", "audio_path": "audio/test/foa_168e54282a7b14051b9a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument playing from 0.1s to 3.8s.", "canonical_answer": "wind instrument (0.1s to 3.8s)", "answer_meta": {"time_span": [0.1, 3.8]}}
{"qa_id": "qa_02604ce762920e228f5c", "split": "test", "audio_id": "foa_e89ac8ad86eac73a0e73", "audio_path": "audio/test/foa_e89ac8ad86eac73a0e73.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front and below of the listener? Answer in one sentence.", "answer": "The source heard from the front and below is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_0c6c54d53be50d983f93", "split": "test", "audio_id": "foa_434beac795f2f59589a0", "audio_path": "audio/test/foa_434beac795f2f59589a0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=9.5 degrees, elevation=41.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=9.5 degrees and elevation=41.2 degrees is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_d44e391ffff0593ce13f", "split": "test", "audio_id": "foa_1319cc0c45f6cc7ab2d8", "audio_path": "audio/test/foa_1319cc0c45f6cc7ab2d8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "160.2 degrees", "canonical_answer": "160.2 degrees", "answer_meta": {"azimuth_deg": 160.2}}
{"qa_id": "qa_323a562d1725e6b09c8c", "split": "test", "audio_id": "foa_10893449906cf254ff71", "audio_path": "audio/test/foa_10893449906cf254ff71.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the male speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.4s to 13.6s.", "canonical_answer": "0.4s to 13.6s", "answer_meta": {"time_span": [0.4, 13.6]}}
{"qa_id": "qa_3a83e3ff21e78bb1da29", "split": "test", "audio_id": "foa_f17c4d4aafd9312b33a3", "audio_path": "audio/test/foa_f17c4d4aafd9312b33a3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.1 degrees", "canonical_answer": "3.1 degrees", "answer_meta": {"elevation_deg": 3.1}}
{"qa_id": "qa_870fe4e0d7054caf5dc6", "split": "test", "audio_id": "foa_f466b733708f767c3e61", "audio_path": "audio/test/foa_f466b733708f767c3e61.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the clock occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock sound is active from 2.2s to 11.0s.", "canonical_answer": "2.2s to 11.0s", "answer_meta": {"time_span": [2.2, 11.0]}}
{"qa_id": "qa_ef1347289f4f38a141a0", "split": "test", "audio_id": "foa_92dde35c136b55239c81", "audio_path": "audio/test/foa_92dde35c136b55239c81.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_52d38dbae9752ab8d16f", "split": "test", "audio_id": "foa_39ae3830a4af5c3126c6", "audio_path": "audio/test/foa_39ae3830a4af5c3126c6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-165.6 degrees", "canonical_answer": "-165.6 degrees", "answer_meta": {"azimuth_deg": -165.6}}
{"qa_id": "qa_4805fe3b3f44b2f8c431", "split": "test", "audio_id": "foa_8e4f5d7b7c1db9083327", "audio_path": "audio/test/foa_8e4f5d7b7c1db9083327.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a keyboard instrument that is active from 0.0s to 14.8s.", "canonical_answer": "keyboard instrument (0.0s to 14.8s)", "answer_meta": {"time_span": [0.0, 14.8]}}
{"qa_id": "qa_1a8e38e054209873cabc", "split": "test", "audio_id": "foa_c697fd075aac80bcdd78", "audio_path": "audio/test/foa_c697fd075aac80bcdd78.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=73.2 degrees, elevation=-2.3 degrees? Answer in one sentence.", "answer": "An appliance is located at azimuth=73.2 degrees and elevation=-2.3 degrees.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_ab92c6cce4c43fdcf445", "split": "test", "audio_id": "foa_ec9a2674f388881cef37", "audio_path": "audio/test/foa_ec9a2674f388881cef37.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.5 degrees", "canonical_answer": "-30.5 degrees", "answer_meta": {"elevation_deg": -30.5}}
{"qa_id": "qa_1f486b4951d9f353985f", "split": "test", "audio_id": "foa_f37132d4130945fdfebc", "audio_path": "audio/test/foa_f37132d4130945fdfebc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.7 degrees", "canonical_answer": "-32.7 degrees", "answer_meta": {"elevation_deg": -32.7}}
{"qa_id": "qa_3fd884bc627c1a977aa7", "split": "test", "audio_id": "foa_31f282b1f6a65c0ef096", "audio_path": "audio/test/foa_31f282b1f6a65c0ef096.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the wood occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wood is active from 0.0s to 0.7s.", "canonical_answer": "0.0s to 0.7s", "answer_meta": {"time_span": [0.0, 0.7]}}
{"qa_id": "qa_63f391f9e2bcb72b4daa", "split": "test", "audio_id": "foa_145e75037d17c2171a6e", "audio_path": "audio/test/foa_145e75037d17c2171a6e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the frog coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "135.1 degrees", "canonical_answer": "135.1 degrees", "answer_meta": {"azimuth_deg": 135.1}}
{"qa_id": "qa_eab40b26226bfabd1ee1", "split": "test", "audio_id": "foa_38abe4818d282e968a7e", "audio_path": "audio/test/foa_38abe4818d282e968a7e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features typing from 0.0s to 20.0s, human vocalization from 3.9s to 8.0s, and a vehicle from 8.7s to 9.9s.", "canonical_answer": "typing (0.0s to 20.0s); human vocalization (3.9s to 8.0s); vehicle (8.7s to 9.9s)", "answer_meta": {}}
{"qa_id": "qa_6110b9a826f40231d0ef", "split": "test", "audio_id": "foa_dd0c43a402e18d9dd75c", "audio_path": "audio/test/foa_dd0c43a402e18d9dd75c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located at the front and below? Answer in one sentence.", "answer": "The source located at the front and below is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_7f679695974166ef0062", "split": "test", "audio_id": "foa_ed951c16553c6954d381", "audio_path": "audio/test/foa_ed951c16553c6954d381.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=132.0 degrees, elevation=-4.7 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth 132.0 degrees and elevation -4.7 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_a1b8b7bd32cbbcd0e1e1", "split": "test", "audio_id": "foa_308556c7e2262cfe39b1", "audio_path": "audio/test/foa_308556c7e2262cfe39b1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.5 degrees", "canonical_answer": "-40.5 degrees", "answer_meta": {"elevation_deg": -40.5}}
{"qa_id": "qa_067666f329a92ff726dc", "split": "test", "audio_id": "foa_3dae90eca2073da83537", "audio_path": "audio/test/foa_3dae90eca2073da83537.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tape sound that persists from 0.0s to 6.0s.", "canonical_answer": "tape (0.0s to 6.0s)", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_2fa295150a4e6521b46c", "split": "test", "audio_id": "foa_76f1d396cf0e649ab60f", "audio_path": "audio/test/foa_76f1d396cf0e649ab60f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=81.1 degrees, elevation=13.6 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=81.1 degrees and elevation=13.6 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_f3d75dbe3ea0439c1251", "split": "test", "audio_id": "foa_9a52393caee4c15a2f97", "audio_path": "audio/test/foa_9a52393caee4c15a2f97.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-left of the listener? Answer in one sentence.", "answer": "The source heard from the back-left is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_e7b4fa7434d9e2be01c2", "split": "test", "audio_id": "foa_de5a3f93654edf22f32a", "audio_path": "audio/test/foa_de5a3f93654edf22f32a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the typing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "113.9 degrees", "canonical_answer": "113.9 degrees", "answer_meta": {"azimuth_deg": 113.9}}
{"qa_id": "qa_2cdf6f5e0ff20fdb5639", "split": "test", "audio_id": "foa_ac12aac4d6a5c6ddef0a", "audio_path": "audio/test/foa_ac12aac4d6a5c6ddef0a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the singing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 4.2s to 5.0s.", "canonical_answer": "4.2s to 5.0s", "answer_meta": {"time_span": [4.2, 5.0]}}
{"qa_id": "qa_c025d3c1b8264decfae4", "split": "test", "audio_id": "foa_0021618b9ba15057e915", "audio_path": "audio/test/foa_0021618b9ba15057e915.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.3 degrees", "canonical_answer": "-20.3 degrees", "answer_meta": {"elevation_deg": -20.3}}
{"qa_id": "qa_d668069ca44cfbb1ee1c", "split": "test", "audio_id": "foa_aa43d83659d7d3780ec3", "audio_path": "audio/test/foa_aa43d83659d7d3780ec3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each occurrence? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 5.1s and another instance of speech from 0.6s to 4.1s.", "canonical_answer": "speech (0.4s to 5.1s); speech (0.6s to 4.1s)", "answer_meta": {}}
{"qa_id": "qa_690c91f3eae0cfc33f19", "split": "test", "audio_id": "foa_791d999df732629ce059", "audio_path": "audio/test/foa_791d999df732629ce059.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the kitchenware be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware is active from 0.9s to 20.0s.", "canonical_answer": "0.9s to 20.0s", "answer_meta": {"time_span": [0.9, 20.0]}}
{"qa_id": "qa_01969eca728c15cd1d67", "split": "test", "audio_id": "foa_db40af4c1dc47be179cf", "audio_path": "audio/test/foa_db40af4c1dc47be179cf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-10.1 degrees, elevation=24.4 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-10.1 degrees, elevation=24.4 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e52d33874fd06d5f4f31", "split": "test", "audio_id": "foa_9b29e6a8d0905c8b5c44", "audio_path": "audio/test/foa_9b29e6a8d0905c8b5c44.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.0 degrees", "canonical_answer": "147.0 degrees", "answer_meta": {"azimuth_deg": 147.0}}
{"qa_id": "qa_b952eefa3d2a10a96e37", "split": "test", "audio_id": "foa_d40d6489bb36b5f27381", "audio_path": "audio/test/foa_d40d6489bb36b5f27381.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located to the front-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and above is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_1d1cff09ad186890fb12", "split": "test", "audio_id": "foa_c769d59ee852458fea35", "audio_path": "audio/test/foa_c769d59ee852458fea35.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the glass? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.9 degrees", "canonical_answer": "-17.9 degrees", "answer_meta": {"elevation_deg": -17.9}}
{"qa_id": "qa_2b049a7568c728a55c8d", "split": "test", "audio_id": "foa_7241ea8aa41602217ac1", "audio_path": "audio/test/foa_7241ea8aa41602217ac1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-153.3 degrees", "canonical_answer": "-153.3 degrees", "answer_meta": {"azimuth_deg": -153.3}}
{"qa_id": "qa_8cdbc0da4be7a1b9d86b", "split": "test", "audio_id": "foa_726fd81691a403a824b6", "audio_path": "audio/test/foa_726fd81691a403a824b6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_cd0934229d614be86661", "split": "test", "audio_id": "foa_c6ad9453daa54f9b5fcf", "audio_path": "audio/test/foa_c6ad9453daa54f9b5fcf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=68.9 degrees, elevation=4.7 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth=68.9 degrees and elevation=4.7 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_c76ef7eb4f9d6c09dc17", "split": "test", "audio_id": "foa_003816879204bca86fd9", "audio_path": "audio/test/foa_003816879204bca86fd9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the guitar occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 2.4s.", "canonical_answer": "0.0s to 2.4s", "answer_meta": {"time_span": [0.0, 2.4]}}
{"qa_id": "qa_7c629bf12d160cacdf38", "split": "test", "audio_id": "foa_7ff9dd2d32e3406ea4fb", "audio_path": "audio/test/foa_7ff9dd2d32e3406ea4fb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains kitchenware occurring from 0.1s to 5.0s.", "canonical_answer": "kitchenware (0.1s to 5.0s)", "answer_meta": {"time_span": [0.1, 5.0]}}
{"qa_id": "qa_f9f007faf8c7de00f857", "split": "test", "audio_id": "foa_436302a74c8e1f462d58", "audio_path": "audio/test/foa_436302a74c8e1f462d58.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the percussion event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion event occurs from 0.0s to 4.4s.", "canonical_answer": "0.0s to 4.4s", "answer_meta": {"time_span": [0.0, 4.4]}}
{"qa_id": "qa_16ea4b7aa3b1e3a60d74", "split": "test", "audio_id": "foa_e707b362b26cfcf2c0f6", "audio_path": "audio/test/foa_e707b362b26cfcf2c0f6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back and below? Answer in one sentence.", "answer": "The sound that can be heard from the back and below is a crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_44508ea64e11bbb29ab2", "split": "test", "audio_id": "foa_a5827a72eebc5c5c93fb", "audio_path": "audio/test/foa_a5827a72eebc5c5c93fb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a string instrument from 0.0s to 4.0s.", "canonical_answer": "string instrument (0.0s to 4.0s)", "answer_meta": {"time_span": [0.0, 4.0]}}
{"qa_id": "qa_4ae049f3ccb20d64b6a9", "split": "test", "audio_id": "foa_7b459243d8875158f54f", "audio_path": "audio/test/foa_7b459243d8875158f54f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.3 degrees", "canonical_answer": "12.3 degrees", "answer_meta": {"elevation_deg": 12.3}}
{"qa_id": "qa_6facc91b1966644a081b", "split": "test", "audio_id": "foa_b47301224827b110b4b5", "audio_path": "audio/test/foa_b47301224827b110b4b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "120.4 degrees", "canonical_answer": "120.4 degrees", "answer_meta": {"azimuth_deg": 120.4}}
{"qa_id": "qa_6ee0c60c6cc706119b7d", "split": "test", "audio_id": "foa_179418e0b3a4dc399d6d", "audio_path": "audio/test/foa_179418e0b3a4dc399d6d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=179.2 degrees, elevation=18.8 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=179.2 degrees and elevation=18.8 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_95aeec424aee217bc9e7", "split": "test", "audio_id": "foa_92b15983d95c0f8a9715", "audio_path": "audio/test/foa_92b15983d95c0f8a9715.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the footsteps in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.2 degrees", "canonical_answer": "-20.2 degrees", "answer_meta": {"elevation_deg": -20.2}}
{"qa_id": "qa_502d5ef2188476748c5e", "split": "test", "audio_id": "foa_98463a4a8ce65a1b1f66", "audio_path": "audio/test/foa_98463a4a8ce65a1b1f66.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the front-left and below? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_a1dcb84e647dcda9c043", "split": "test", "audio_id": "foa_f2b779ccd9ffb6571db2", "audio_path": "audio/test/foa_f2b779ccd9ffb6571db2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the female speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.9 degrees", "canonical_answer": "20.9 degrees", "answer_meta": {"azimuth_deg": 20.9}}
{"qa_id": "qa_ae4ff0ebc7128fbc8375", "split": "test", "audio_id": "foa_109cc4f838c03530305e", "audio_path": "audio/test/foa_109cc4f838c03530305e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a dog from 2.0s to 20.0s, a clock from 3.2s to 12.0s, and breathing from 18.2s to 20.0s.", "canonical_answer": "dog (2.0s to 20.0s); clock (3.2s to 12.0s); breathing (18.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_ac60ede2e89411a7e2ed", "split": "test", "audio_id": "foa_5944c1498fc02fc9fd27", "audio_path": "audio/test/foa_5944c1498fc02fc9fd27.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the printer event occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The printer is active from 11.9s to 20.0s.", "canonical_answer": "11.9s to 20.0s", "answer_meta": {"time_span": [11.9, 20.0]}}
{"qa_id": "qa_096397b164a4bd2f1ae4", "split": "test", "audio_id": "foa_ba93e7014446be3aba60", "audio_path": "audio/test/foa_ba93e7014446be3aba60.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=170.8 degrees, elevation=6.0 degrees? Answer in one sentence.", "answer": "A clock is heard emanating from azimuth=170.8 degrees and elevation=6.0 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_92ce9c3a8b4ee936eb72", "split": "test", "audio_id": "foa_70e2a58f2e4927245944", "audio_path": "audio/test/foa_70e2a58f2e4927245944.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect from 0.0s to 20.0s, laughter from 2.9s to 5.5s, and percussion from 10.8s to 18.4s.", "canonical_answer": "insect (0.0s to 20.0s); laughter (2.9s to 5.5s); percussion (10.8s to 18.4s)", "answer_meta": {}}
{"qa_id": "qa_7ac4371f3fdab6efed6b", "split": "test", "audio_id": "foa_4d28695dc3c7703d5176", "audio_path": "audio/test/foa_4d28695dc3c7703d5176.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.5s to 9.0s.", "canonical_answer": "0.5s to 9.0s", "answer_meta": {"time_span": [0.5, 9.0]}}
{"qa_id": "qa_0b7f80668c1b9f4ec9ce", "split": "test", "audio_id": "foa_c3c63ced22de44f2c9f6", "audio_path": "audio/test/foa_c3c63ced22de44f2c9f6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.6 degrees", "canonical_answer": "10.6 degrees", "answer_meta": {"elevation_deg": 10.6}}
{"qa_id": "qa_70f3b43797ca23a0c078", "split": "test", "audio_id": "foa_28b1a3a86d72e1f0f42a", "audio_path": "audio/test/foa_28b1a3a86d72e1f0f42a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the animal in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-139.4 degrees", "canonical_answer": "-139.4 degrees", "answer_meta": {"azimuth_deg": -139.4}}
{"qa_id": "qa_2429c3a778f80b1b11ff", "split": "test", "audio_id": "foa_10cb5f15931fd6bc090c", "audio_path": "audio/test/foa_10cb5f15931fd6bc090c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=117.3 degrees, elevation=-8.2 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth=117.3 degrees and elevation=-8.2 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_871621640ec3ded1c08f", "split": "test", "audio_id": "foa_a53a33e25037a38fd25c", "audio_path": "audio/test/foa_a53a33e25037a38fd25c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The source coming from the right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_a3cdbd8c9376de22e894", "split": "test", "audio_id": "foa_0f537da02c293fbc0570", "audio_path": "audio/test/foa_0f537da02c293fbc0570.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-178.4 degrees, elevation=7.8 degrees. Answer in one sentence.", "answer": "The source located at azimuth -178.4 degrees and elevation 7.8 degrees is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_bafb09f7660b70e53686", "split": "test", "audio_id": "foa_fb65a14482d4c3a51343", "audio_path": "audio/test/foa_fb65a14482d4c3a51343.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the insect sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect event is active from 0.1s to 1.0s.", "canonical_answer": "0.1s to 1.0s", "answer_meta": {"time_span": [0.1, 1.0]}}
{"qa_id": "qa_13d6fa632812f56a9a32", "split": "test", "audio_id": "foa_38600e79a30ff9bc6505", "audio_path": "audio/test/foa_38600e79a30ff9bc6505.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the insect located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.1 degrees", "canonical_answer": "14.1 degrees", "answer_meta": {"elevation_deg": 14.1}}
{"qa_id": "qa_c6c166fb282ae3511779", "split": "test", "audio_id": "foa_23f85bd6e8709c7acb41", "audio_path": "audio/test/foa_23f85bd6e8709c7acb41.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument from 0.0s to 3.0s and another wind instrument from 0.0s to 1.1s.", "canonical_answer": "wind instrument (0.0s to 3.0s); wind instrument (0.0s to 1.1s)", "answer_meta": {}}
{"qa_id": "qa_3b2c42f771f0a8e8311a", "split": "test", "audio_id": "foa_bde873ca819641603ec9", "audio_path": "audio/test/foa_bde873ca819641603ec9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-85.2 degrees", "canonical_answer": "-85.2 degrees", "answer_meta": {"azimuth_deg": -85.2}}
{"qa_id": "qa_1efd294416382bf69b27", "split": "test", "audio_id": "foa_bfb20300c3b6b8dfb1df", "audio_path": "audio/test/foa_bfb20300c3b6b8dfb1df.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the right of the listener? Answer in one sentence.", "answer": "The source coming from the right is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_3423b08c3002b31d4f18", "split": "test", "audio_id": "foa_a077bf67c6033bc8954b", "audio_path": "audio/test/foa_a077bf67c6033bc8954b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=6.1 degrees, elevation=16.8 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=6.1 degrees and elevation=16.8 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_7c8dfa52605e10b9d003", "split": "test", "audio_id": "foa_ebfdff3080c700ec1613", "audio_path": "audio/test/foa_ebfdff3080c700ec1613.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 2.5s and speech from 0.5s to 6.8s.", "canonical_answer": "speech (0.4s to 2.5s); speech (0.5s to 6.8s)", "answer_meta": {}}
{"qa_id": "qa_46054e41c82de97b47b5", "split": "test", "audio_id": "foa_c16dd3bd5b1b1ea07980", "audio_path": "audio/test/foa_c16dd3bd5b1b1ea07980.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-122.2 degrees", "canonical_answer": "-122.2 degrees", "answer_meta": {"azimuth_deg": -122.2}}
{"qa_id": "qa_8ba506496db3b2328d89", "split": "test", "audio_id": "foa_daa1741cc6910c7112ca", "audio_path": "audio/test/foa_daa1741cc6910c7112ca.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.1 degrees", "canonical_answer": "20.1 degrees", "answer_meta": {"elevation_deg": 20.1}}
{"qa_id": "qa_080286855ce138288900", "split": "test", "audio_id": "foa_750ed743910abd916b34", "audio_path": "audio/test/foa_750ed743910abd916b34.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the metal clink occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink event is active from 0.4s to 20.0s.", "canonical_answer": "0.4s to 20.0s", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_102ddd477f81d8965f0e", "split": "test", "audio_id": "foa_030afef20071bfa63cef", "audio_path": "audio/test/foa_030afef20071bfa63cef.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the front-left side? Answer in one sentence.", "answer": "The sound coming from the front-left side is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_239f7567fdaf03ec4dd3", "split": "test", "audio_id": "foa_9212b56b622d70ff3957", "audio_path": "audio/test/foa_9212b56b622d70ff3957.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.1 degrees", "canonical_answer": "-27.1 degrees", "answer_meta": {"elevation_deg": -27.1}}
{"qa_id": "qa_18baa40695a55986d3f8", "split": "test", "audio_id": "foa_28d324a34465dd8caa68", "audio_path": "audio/test/foa_28d324a34465dd8caa68.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=67.0 degrees, elevation=1.0 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth 67.0 degrees and elevation 1.0 degrees is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_23d56e17670e25f932b0", "split": "test", "audio_id": "foa_5a4b8c831fe31d2976d0", "audio_path": "audio/test/foa_5a4b8c831fe31d2976d0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source coming from the front-left is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_5d9fde7d5d7c65d684d3", "split": "test", "audio_id": "foa_b91fdaa5113cb6210ed8", "audio_path": "audio/test/foa_b91fdaa5113cb6210ed8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 1.3s.", "canonical_answer": "guitar (0.0s to 1.3s)", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_362797b6d1a20677332c", "split": "test", "audio_id": "foa_77fada1e15c82895daea", "audio_path": "audio/test/foa_77fada1e15c82895daea.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the water event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water event occurs from 0.4s to 5.5s.", "canonical_answer": "0.4s to 5.5s", "answer_meta": {"time_span": [0.4, 5.5]}}
{"qa_id": "qa_1797339b82fb1ecde3d9", "split": "test", "audio_id": "foa_8458b9c7837cc421e322", "audio_path": "audio/test/foa_8458b9c7837cc421e322.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "37.1 degrees", "canonical_answer": "37.1 degrees", "answer_meta": {"azimuth_deg": 37.1}}
{"qa_id": "qa_06b4dfd5a9c1451bf065", "split": "test", "audio_id": "foa_95014aa89180aef85fb2", "audio_path": "audio/test/foa_95014aa89180aef85fb2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.9 degrees", "canonical_answer": "-11.9 degrees", "answer_meta": {"elevation_deg": -11.9}}
{"qa_id": "qa_6f8a1f26fb7f7ef860ee", "split": "test", "audio_id": "foa_ad314a0a9b39f1a6d774", "audio_path": "audio/test/foa_ad314a0a9b39f1a6d774.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the crushing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 1.3s to 3.0s.", "canonical_answer": "1.3s to 3.0s", "answer_meta": {"time_span": [1.3, 3.0]}}
{"qa_id": "qa_13c6caebd014c68d518d", "split": "test", "audio_id": "foa_f42c38604f137df505b4", "audio_path": "audio/test/foa_f42c38604f137df505b4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.3 degrees, elevation=-2.2 degrees? Answer in one sentence.", "answer": "A clock is the sound heard from azimuth=1.3 degrees, elevation=-2.2 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_cb7001982cdcbd9c6bd5", "split": "test", "audio_id": "foa_78d2a59fcab05bc82776", "audio_path": "audio/test/foa_78d2a59fcab05bc82776.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.8 degrees", "canonical_answer": "9.8 degrees", "answer_meta": {"azimuth_deg": 9.8}}
{"qa_id": "qa_2b7a78322593a67236fd", "split": "test", "audio_id": "foa_6601b7f6f41153c46eb4", "audio_path": "audio/test/foa_6601b7f6f41153c46eb4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "A wind instrument is the sound source coming from the left and above.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_8f534aac632beec44523", "split": "test", "audio_id": "foa_b2c25648b72933e8b0be", "audio_path": "audio/test/foa_b2c25648b72933e8b0be.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a zipper sound that occurs from 0.1s to 1.8s.", "canonical_answer": "zipper (0.1s to 1.8s)", "answer_meta": {"time_span": [0.1, 1.8]}}
{"qa_id": "qa_3ae849545cf2f49420dc", "split": "test", "audio_id": "foa_1d9de06997947cb8264f", "audio_path": "audio/test/foa_1d9de06997947cb8264f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the keyboard instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 5.2s to 9.9s.", "canonical_answer": "5.2s to 9.9s", "answer_meta": {"time_span": [5.2, 9.9]}}
{"qa_id": "qa_bdb8fe4a27dd1a8d68b0", "split": "test", "audio_id": "foa_0596c7936605c5b9f29b", "audio_path": "audio/test/foa_0596c7936605c5b9f29b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in the audio, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features animal from 0.0s to 14.3s, drum from 0.0s to 0.8s, typing from 0.0s to 4.4s, singing from 0.3s to 8.5s, and speech from 0.8s to 3.4s.", "canonical_answer": "animal (0.0s to 14.3s); drum (0.0s to 0.8s); typing (0.0s to 4.4s); singing (0.3s to 8.5s); speech (0.8s to 3.4s)", "answer_meta": {}}
{"qa_id": "qa_3e2ed63aa042d10f0a3d", "split": "test", "audio_id": "foa_67cae0259c8070657be9", "audio_path": "audio/test/foa_67cae0259c8070657be9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-118.1 degrees", "canonical_answer": "-118.1 degrees", "answer_meta": {"azimuth_deg": -118.1}}
{"qa_id": "qa_a570c16ad95d32554a8a", "split": "test", "audio_id": "foa_adba3e99030e4043afe7", "audio_path": "audio/test/foa_adba3e99030e4043afe7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-91.7 degrees, elevation=13.3 degrees? Answer in one sentence.", "answer": "A dog is heard coming from azimuth -91.7 degrees and elevation 13.3 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_b4f8325569a070c6a59d", "split": "test", "audio_id": "foa_8a427f6ad0e044c1a1bc", "audio_path": "audio/test/foa_8a427f6ad0e044c1a1bc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_083c05c8c88740555f63", "split": "test", "audio_id": "foa_610a9024abf27904a842", "audio_path": "audio/test/foa_610a9024abf27904a842.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the scratch in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.7 degrees", "canonical_answer": "-32.7 degrees", "answer_meta": {"elevation_deg": -32.7}}
{"qa_id": "qa_5df2fd1d76aad4b20338", "split": "test", "audio_id": "foa_3b146d046a25153043af", "audio_path": "audio/test/foa_3b146d046a25153043af.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in the audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features singing from 0.0s to 20.0s, water from 4.1s to 11.3s, and a telephone alarm from 13.0s to 14.2s.", "canonical_answer": "singing (0.0s to 20.0s); water (4.1s to 11.3s); telephone alarm (13.0s to 14.2s)", "answer_meta": {}}
{"qa_id": "qa_6cfa06d99aa8a4534c4c", "split": "test", "audio_id": "foa_13356d29af065d5885e7", "audio_path": "audio/test/foa_13356d29af065d5885e7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 0.0s to 14.6s.", "canonical_answer": "0.0s to 14.6s", "answer_meta": {"time_span": [0.0, 14.6]}}
{"qa_id": "qa_2ec55c6b62d8937aa783", "split": "test", "audio_id": "foa_c9067e77a9055a75359e", "audio_path": "audio/test/foa_c9067e77a9055a75359e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-177.1 degrees", "canonical_answer": "-177.1 degrees", "answer_meta": {"azimuth_deg": -177.1}}
{"qa_id": "qa_62224cc1dddddb3fda49", "split": "test", "audio_id": "foa_bb3894ce74d1efafb432", "audio_path": "audio/test/foa_bb3894ce74d1efafb432.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_9b371539d9d3a5042cad", "split": "test", "audio_id": "foa_43ebbde321a470030e9e", "audio_path": "audio/test/foa_43ebbde321a470030e9e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.1 degrees", "canonical_answer": "15.1 degrees", "answer_meta": {"elevation_deg": 15.1}}
{"qa_id": "qa_2a5a87f33e52dce4ddc6", "split": "test", "audio_id": "foa_be747b617c2e605973c0", "audio_path": "audio/test/foa_be747b617c2e605973c0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-17.5 degrees, elevation=38.1 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth=-17.5 degrees and elevation=38.1 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_34f95c36342f84af16f5", "split": "test", "audio_id": "foa_8db8c5ea9d01d1d24297", "audio_path": "audio/test/foa_8db8c5ea9d01d1d24297.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above? Answer in one sentence.", "answer": "The source located at the back and above is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_c837b8419b087fc42a0b", "split": "test", "audio_id": "foa_f3230f783e44df7e9ca1", "audio_path": "audio/test/foa_f3230f783e44df7e9ca1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the writing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "119.9 degrees", "canonical_answer": "119.9 degrees", "answer_meta": {"azimuth_deg": 119.9}}
{"qa_id": "qa_0dcc71458d23a44bd472", "split": "test", "audio_id": "foa_6345bccdf475b8dc026a", "audio_path": "audio/test/foa_6345bccdf475b8dc026a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 3.1s.", "canonical_answer": "0.6s to 3.1s", "answer_meta": {"time_span": [0.6, 3.1]}}
{"qa_id": "qa_b33615cbbc7e4e1557a1", "split": "test", "audio_id": "foa_f0d3b802e2fff8214f96", "audio_path": "audio/test/foa_f0d3b802e2fff8214f96.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.6 degrees", "canonical_answer": "-20.6 degrees", "answer_meta": {"elevation_deg": -20.6}}
{"qa_id": "qa_dd15f020994da1cfd0f6", "split": "test", "audio_id": "foa_5070c2ab6498617b4726", "audio_path": "audio/test/foa_5070c2ab6498617b4726.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool event occurring from 0.3s to 12.0s.", "canonical_answer": "tool (0.3s to 12.0s)", "answer_meta": {"time_span": [0.3, 12.0]}}
{"qa_id": "qa_1c68e4e067f26a852f0c", "split": "test", "audio_id": "foa_6fa4b2906fb2165c68e9", "audio_path": "audio/test/foa_6fa4b2906fb2165c68e9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-126.9 degrees, elevation=2.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-126.9 degrees and elevation=2.9 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c0fa1fab056610c2775b", "split": "test", "audio_id": "foa_4e11149ae37cae7d23cb", "audio_path": "audio/test/foa_4e11149ae37cae7d23cb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The sound source located at the front-right and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_59c89725ebb1607ba848", "split": "test", "audio_id": "foa_c34fe16b78cac3e9ba8a", "audio_path": "audio/test/foa_c34fe16b78cac3e9ba8a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains paper occurring from 0.4s to 19.6s.", "canonical_answer": "paper (0.4s to 19.6s)", "answer_meta": {"time_span": [0.4, 19.6]}}
{"qa_id": "qa_d42fb181b4089585d8c8", "split": "test", "audio_id": "foa_e8794998fa3266330492", "audio_path": "audio/test/foa_e8794998fa3266330492.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval can the printer be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The printer is audible from 8.4s to 9.3s.", "canonical_answer": "8.4s to 9.3s", "answer_meta": {"time_span": [8.4, 9.3]}}
{"qa_id": "qa_204be31922deb7f9aa33", "split": "test", "audio_id": "foa_ead3d6309c7cbf8fe435", "audio_path": "audio/test/foa_ead3d6309c7cbf8fe435.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-95.5 degrees", "canonical_answer": "-95.5 degrees", "answer_meta": {"azimuth_deg": -95.5}}
{"qa_id": "qa_39638768f4b0db9e42d1", "split": "test", "audio_id": "foa_a3b4b2b1065a3aa4e361", "audio_path": "audio/test/foa_a3b4b2b1065a3aa4e361.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-40.2 degrees, elevation=17.4 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth -40.2 degrees and elevation 17.4 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_acb638c1c37b1d6ee6ca", "split": "test", "audio_id": "foa_f37c43d8a9c96f350e2e", "audio_path": "audio/test/foa_f37c43d8a9c96f350e2e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.1 degrees", "canonical_answer": "-11.1 degrees", "answer_meta": {"elevation_deg": -11.1}}
{"qa_id": "qa_fad4aab1e5b1b5f50ab2", "split": "test", "audio_id": "foa_46f38a4e6991fd7dd1ff", "audio_path": "audio/test/foa_46f38a4e6991fd7dd1ff.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left position? Answer in one sentence.", "answer": "The sound source coming from the front-left is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_19ab5e36272f012d531c", "split": "test", "audio_id": "foa_028d937c84520df2030d", "audio_path": "audio/test/foa_028d937c84520df2030d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "56.9 degrees", "canonical_answer": "56.9 degrees", "answer_meta": {"azimuth_deg": 56.9}}
{"qa_id": "qa_b636837840b60ef267cc", "split": "test", "audio_id": "foa_33c40facb79db3933856", "audio_path": "audio/test/foa_33c40facb79db3933856.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the keyboard instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.0s to 7.6s.", "canonical_answer": "0.0s to 7.6s", "answer_meta": {"time_span": [0.0, 7.6]}}
{"qa_id": "qa_530d87efd917519d5ef6", "split": "test", "audio_id": "foa_8d1194cbac13d3f0ee78", "audio_path": "audio/test/foa_8d1194cbac13d3f0ee78.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 4.8s.", "canonical_answer": "guitar (0.0s to 4.8s)", "answer_meta": {"time_span": [0.0, 4.8]}}
{"qa_id": "qa_b313b01549bb903d24f2", "split": "test", "audio_id": "foa_93d7539e6e96c5817998", "audio_path": "audio/test/foa_93d7539e6e96c5817998.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the ocean? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.6 degrees", "canonical_answer": "-21.6 degrees", "answer_meta": {"elevation_deg": -21.6}}
{"qa_id": "qa_612ef6251efb39e6126e", "split": "test", "audio_id": "foa_97c4b8559c593052e1a7", "audio_path": "audio/test/foa_97c4b8559c593052e1a7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=10.5 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth=10.5 degrees and elevation=0.0 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_952f9570ebb46587fb62", "split": "test", "audio_id": "foa_9f298d162b8be66f8bac", "audio_path": "audio/test/foa_9f298d162b8be66f8bac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.3 degrees", "canonical_answer": "-13.3 degrees", "answer_meta": {"elevation_deg": -13.3}}
{"qa_id": "qa_ed57f9cf179c273c0375", "split": "test", "audio_id": "foa_199309f983576fa0c45b", "audio_path": "audio/test/foa_199309f983576fa0c45b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the breathing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-78.8 degrees", "canonical_answer": "-78.8 degrees", "answer_meta": {"azimuth_deg": -78.8}}
{"qa_id": "qa_e7bcf7d3299c1453cb9d", "split": "test", "audio_id": "foa_1743218507ab48e72054", "audio_path": "audio/test/foa_1743218507ab48e72054.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the laughter active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter occurs from 3.2s to 14.8s.", "canonical_answer": "3.2s to 14.8s", "answer_meta": {"time_span": [3.2, 14.8]}}
{"qa_id": "qa_45dfc3800f91113fdce2", "split": "test", "audio_id": "foa_5711906f304fb2a31389", "audio_path": "audio/test/foa_5711906f304fb2a31389.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right and above side? Answer in one sentence.", "answer": "The sound coming from the back-right and above is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_1d4fb24c21e4581bee23", "split": "test", "audio_id": "foa_afbb7e104cfb60bea80e", "audio_path": "audio/test/foa_afbb7e104cfb60bea80e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features tape from 0.0s to 1.4s, a drawer cabinet from 0.3s to 1.3s, and a crack from 1.4s to 2.3s.", "canonical_answer": "tape (0.0s to 1.4s); drawer cabinet (0.3s to 1.3s); crack (1.4s to 2.3s)", "answer_meta": {}}
{"qa_id": "qa_2aa5ab9098b79ba9fa0d", "split": "test", "audio_id": "foa_610a3783a89e3a3d56d6", "audio_path": "audio/test/foa_610a3783a89e3a3d56d6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-95.6 degrees, elevation=-19.7 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -95.6 degrees and elevation -19.7 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_24e2ed7586f4476aca90", "split": "test", "audio_id": "foa_ef8a66b51db22c01b6ef", "audio_path": "audio/test/foa_ef8a66b51db22c01b6ef.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a home sound from 1.2s to 15.1s, a car from 13.8s to 19.7s, a string instrument from 16.6s to 17.7s, and an animal from 19.0s to 20.0s.", "canonical_answer": "home sound (1.2s to 15.1s); car (13.8s to 19.7s); string instrument (16.6s to 17.7s); animal (19.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_5ff8b182cee796d4c48b", "split": "test", "audio_id": "foa_4bb26e3c5aa1254a5ae6", "audio_path": "audio/test/foa_4bb26e3c5aa1254a5ae6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the knock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock is active from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_cb5a3f109a6c0a874d94", "split": "test", "audio_id": "foa_3d4d1a193878eac9f065", "audio_path": "audio/test/foa_3d4d1a193878eac9f065.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_8bede0d2f8e94aa05b65", "split": "test", "audio_id": "foa_831dcb902fdca3216ddc", "audio_path": "audio/test/foa_831dcb902fdca3216ddc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.4 degrees", "canonical_answer": "52.4 degrees", "answer_meta": {"elevation_deg": 52.4}}
{"qa_id": "qa_8073d98818034dfac2b8", "split": "test", "audio_id": "foa_e2ce8bdaf4a31b3e5e34", "audio_path": "audio/test/foa_e2ce8bdaf4a31b3e5e34.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the door coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.6 degrees", "canonical_answer": "-67.6 degrees", "answer_meta": {"azimuth_deg": -67.6}}
{"qa_id": "qa_96a01f9c864c32436c03", "split": "test", "audio_id": "foa_34e32b8dd77509ec924b", "audio_path": "audio/test/foa_34e32b8dd77509ec924b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-29.4 degrees, elevation=-5.9 degrees? Answer in one sentence.", "answer": "A fire is located at azimuth -29.4 degrees and elevation -5.9 degrees.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_92e20302a256fcbcd2b5", "split": "test", "audio_id": "foa_edcf502a65e63d41867a", "audio_path": "audio/test/foa_edcf502a65e63d41867a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the glass? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.2 degrees", "canonical_answer": "7.2 degrees", "answer_meta": {"elevation_deg": 7.2}}
{"qa_id": "qa_9a9468ec2c5b253ab77c", "split": "test", "audio_id": "foa_769b4e623bd950a12c09", "audio_path": "audio/test/foa_769b4e623bd950a12c09.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=47.3 degrees, elevation=14.4 degrees? Answer in one sentence.", "answer": "A cat is the source located at azimuth=47.3 degrees and elevation=14.4 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_284856978d54b690655b", "split": "test", "audio_id": "foa_ddc4d60eeecaa5d95704", "audio_path": "audio/test/foa_ddc4d60eeecaa5d95704.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 2.3s and speech from 0.6s to 9.4s.", "canonical_answer": "speech (0.2s to 2.3s); speech (0.6s to 9.4s)", "answer_meta": {}}
{"qa_id": "qa_25a5993a7cb83a5e253c", "split": "test", "audio_id": "foa_5d2db43c24ecbc0b20f4", "audio_path": "audio/test/foa_5d2db43c24ecbc0b20f4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tearing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-162.3 degrees", "canonical_answer": "-162.3 degrees", "answer_meta": {"azimuth_deg": -162.3}}
{"qa_id": "qa_6880973e17ade1e0d2c4", "split": "test", "audio_id": "foa_68a3f42cd01688c2942b", "audio_path": "audio/test/foa_68a3f42cd01688c2942b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the train occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train event is active from 0.2s to 17.8s.", "canonical_answer": "0.2s to 17.8s", "answer_meta": {"time_span": [0.2, 17.8]}}
{"qa_id": "qa_de4961430ee0a84955ff", "split": "test", "audio_id": "foa_c3727ce06907af32f90a", "audio_path": "audio/test/foa_c3727ce06907af32f90a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source located at the front is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_11fd22d484b3babb1328", "split": "test", "audio_id": "foa_feab66bcac386a823788", "audio_path": "audio/test/foa_feab66bcac386a823788.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the crushing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.4 degrees", "canonical_answer": "20.4 degrees", "answer_meta": {"elevation_deg": 20.4}}
{"qa_id": "qa_17382b9a034c0fb36fb3", "split": "test", "audio_id": "foa_0b746f72ae221f6ea71d", "audio_path": "audio/test/foa_0b746f72ae221f6ea71d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a keyboard instrument from 0.0s to 8.0s, singing from 1.9s to 6.6s, wood from 6.8s to 7.3s, and glass from 7.5s to 9.7s.", "canonical_answer": "keyboard instrument (0.0s to 8.0s); singing (1.9s to 6.6s); wood (6.8s to 7.3s); glass (7.5s to 9.7s)", "answer_meta": {}}
{"qa_id": "qa_12c73371c1ca488516f6", "split": "test", "audio_id": "foa_e828daf5b0a008ff8033", "audio_path": "audio/test/foa_e828daf5b0a008ff8033.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the aircraft? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-91.8 degrees", "canonical_answer": "-91.8 degrees", "answer_meta": {"azimuth_deg": -91.8}}
{"qa_id": "qa_7c744303f30f8c19d6c6", "split": "test", "audio_id": "foa_ed33d918e2296e8bf64b", "audio_path": "audio/test/foa_ed33d918e2296e8bf64b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.4s to 20.0s.", "canonical_answer": "0.4s to 20.0s", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_6e542183082364d875af", "split": "test", "audio_id": "foa_c157b801b40a53540ad8", "audio_path": "audio/test/foa_c157b801b40a53540ad8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_6554440af5127e85970f", "split": "test", "audio_id": "foa_d2285cc309633041097f", "audio_path": "audio/test/foa_d2285cc309633041097f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-29.3 degrees, elevation=35.5 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth=-29.3 degrees and elevation=35.5 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_b5f44bcf41ed52cd6207", "split": "test", "audio_id": "foa_7334918f705abf3c3ce2", "audio_path": "audio/test/foa_7334918f705abf3c3ce2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the water coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.7 degrees", "canonical_answer": "-35.7 degrees", "answer_meta": {"azimuth_deg": -35.7}}
{"qa_id": "qa_f028bf57ef96edc25704", "split": "test", "audio_id": "foa_02a44a02246f748619cc", "audio_path": "audio/test/foa_02a44a02246f748619cc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter from 0.2s to 3.2s, singing from 0.4s to 3.7s, and a door sound from 3.6s to 6.5s.", "canonical_answer": "laughter (0.2s to 3.2s); singing (0.4s to 3.7s); door (3.6s to 6.5s)", "answer_meta": {}}
{"qa_id": "qa_722c4a8353d200278289", "split": "test", "audio_id": "foa_83f8f236bbd2fe7e7c3e", "audio_path": "audio/test/foa_83f8f236bbd2fe7e7c3e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-10.2 degrees, elevation=-40.1 degrees? Answer in one sentence.", "answer": "A person is singing at azimuth -10.2 degrees and elevation -40.1 degrees.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_bf14b0608fe6e1bdb857", "split": "test", "audio_id": "foa_87d513aab206a82228db", "audio_path": "audio/test/foa_87d513aab206a82228db.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-55.7 degrees", "canonical_answer": "-55.7 degrees", "answer_meta": {"elevation_deg": -55.7}}
{"qa_id": "qa_67cd6359a492e0a073b6", "split": "test", "audio_id": "foa_50352f12d5f3a52d2cdf", "audio_path": "audio/test/foa_50352f12d5f3a52d2cdf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The source located at the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_75bfc3aeb2377cb9c88a", "split": "test", "audio_id": "foa_480a33c6897013c5004a", "audio_path": "audio/test/foa_480a33c6897013c5004a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the metal clink be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 2.4s to 4.5s.", "canonical_answer": "2.4s to 4.5s", "answer_meta": {"time_span": [2.4, 4.5]}}
{"qa_id": "qa_4901ec9f1ed3182fe467", "split": "test", "audio_id": "foa_d33fd4dbd83b8fa41832", "audio_path": "audio/test/foa_d33fd4dbd83b8fa41832.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.0s to 3.0s.", "canonical_answer": "breathing (0.0s to 3.0s)", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_d6a7bb4a17591cbb49c7", "split": "test", "audio_id": "foa_374654e27a78210781ec", "audio_path": "audio/test/foa_374654e27a78210781ec.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.7 degrees", "canonical_answer": "-40.7 degrees", "answer_meta": {"elevation_deg": -40.7}}
{"qa_id": "qa_ca8cc43bdddb67a23634", "split": "test", "audio_id": "foa_2e40cbbca5efd92c557e", "audio_path": "audio/test/foa_2e40cbbca5efd92c557e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-right of the listener? Answer in one sentence.", "answer": "The source coming from the back-right is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_94cc70267f5b4a1cfb06", "split": "test", "audio_id": "foa_db35275ad9ad0aeff6aa", "audio_path": "audio/test/foa_db35275ad9ad0aeff6aa.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=112.2 degrees, elevation=4.0 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth 112.2 degrees and elevation 4.0 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_a1861be2848570ef1bf5", "split": "test", "audio_id": "foa_d0d17ace37a0bf7e541d", "audio_path": "audio/test/foa_d0d17ace37a0bf7e541d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the printer be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The printer is active from 0.1s to 6.2s.", "canonical_answer": "0.1s to 6.2s", "answer_meta": {"time_span": [0.1, 6.2]}}
{"qa_id": "qa_10588c5c97288a648375", "split": "test", "audio_id": "foa_5e1fd10056bb92f7dc70", "audio_path": "audio/test/foa_5e1fd10056bb92f7dc70.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the musical instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.2 degrees", "canonical_answer": "8.2 degrees", "answer_meta": {"azimuth_deg": 8.2}}
{"qa_id": "qa_74426d53faabc3011db2", "split": "test", "audio_id": "foa_e4b18ea601c3857f3b82", "audio_path": "audio/test/foa_e4b18ea601c3857f3b82.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the musical instrument event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument event occurs from 19.0s to 20.0s.", "canonical_answer": "19.0s to 20.0s", "answer_meta": {"time_span": [19.0, 20.0]}}
{"qa_id": "qa_7c875d27948d0885edb7", "split": "test", "audio_id": "foa_f396aa3f1cf5755dc69b", "audio_path": "audio/test/foa_f396aa3f1cf5755dc69b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.7 degrees", "canonical_answer": "54.7 degrees", "answer_meta": {"azimuth_deg": 54.7}}
{"qa_id": "qa_7f797a955965045c51ce", "split": "test", "audio_id": "foa_18aec77d49dae8a203d1", "audio_path": "audio/test/foa_18aec77d49dae8a203d1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right is a dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_19e0e3c7075e84fcc6f0", "split": "test", "audio_id": "foa_496a259dc73ba7c6e9c1", "audio_path": "audio/test/foa_496a259dc73ba7c6e9c1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a musical instrument from 0.0s to 20.0s and water from 0.0s to 20.0s.", "canonical_answer": "musical instrument (0.0s to 20.0s); water (0.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_b169817b31ba76ff4d7d", "split": "test", "audio_id": "foa_47d30e517c951264ecc1", "audio_path": "audio/test/foa_47d30e517c951264ecc1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=156.6 degrees, elevation=-35.1 degrees? Answer in one sentence.", "answer": "A car is located at azimuth=156.6 degrees and elevation=-35.1 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_e4dd60904ec38ac14696", "split": "test", "audio_id": "foa_f265a83299695af9e935", "audio_path": "audio/test/foa_f265a83299695af9e935.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.2 degrees", "canonical_answer": "-24.2 degrees", "answer_meta": {"elevation_deg": -24.2}}
{"qa_id": "qa_ce8e0d7534ba16e53095", "split": "test", "audio_id": "foa_96e2bb17de4277b1d530", "audio_path": "audio/test/foa_96e2bb17de4277b1d530.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.4 degrees", "canonical_answer": "-144.4 degrees", "answer_meta": {"azimuth_deg": -144.4}}
{"qa_id": "qa_87e73d679fb622574b5b", "split": "test", "audio_id": "foa_8fa8c63d5bf2db519a9e", "audio_path": "audio/test/foa_8fa8c63d5bf2db519a9e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The sound source located at the back-right is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_f01794c08558808bdb3f", "split": "test", "audio_id": "foa_26f0741de6c8ab9f7b9a", "audio_path": "audio/test/foa_26f0741de6c8ab9f7b9a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the crackle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.2 degrees", "canonical_answer": "-2.2 degrees", "answer_meta": {"elevation_deg": -2.2}}
{"qa_id": "qa_6f32e5ab40d93727c861", "split": "test", "audio_id": "foa_2768ddfabb0677a17639", "audio_path": "audio/test/foa_2768ddfabb0677a17639.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains glass from 0.0s to 6.3s.", "canonical_answer": "glass (0.0s to 6.3s)", "answer_meta": {"time_span": [0.0, 6.3]}}
{"qa_id": "qa_9be1d6446e0050674a93", "split": "test", "audio_id": "foa_582659c50d4b3412355b", "audio_path": "audio/test/foa_582659c50d4b3412355b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the war sound event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 0.0s to 1.4s.", "canonical_answer": "0.0s to 1.4s", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_e1b0cc065c92ba58f141", "split": "test", "audio_id": "foa_0a63a4b5f660a09b0246", "audio_path": "audio/test/foa_0a63a4b5f660a09b0246.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-17.9 degrees, elevation=-8.9 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -17.9 degrees and elevation -8.9 degrees is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_0011c45c1551c9f43d57", "split": "test", "audio_id": "foa_4dc80211c75b2798958b", "audio_path": "audio/test/foa_4dc80211c75b2798958b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the camera be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The camera is audible from 0.2s to 3.6s.", "canonical_answer": "0.2s to 3.6s", "answer_meta": {"time_span": [0.2, 3.6]}}
{"qa_id": "qa_e5d3f558481b07d9680a", "split": "test", "audio_id": "foa_7ac302b6d8314baaf13b", "audio_path": "audio/test/foa_7ac302b6d8314baaf13b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains ocean from 1.0s to 20.0s, speech from 8.2s to 11.9s, car from 9.5s to 17.3s, bell from 14.7s to 20.0s, and footsteps from 19.0s to 20.0s.", "canonical_answer": "ocean (1.0s to 20.0s); speech (8.2s to 11.9s); car (9.5s to 17.3s); bell (14.7s to 20.0s); footsteps (19.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_b81227427c38deea74f9", "split": "test", "audio_id": "foa_b773579f9db45a4aadec", "audio_path": "audio/test/foa_b773579f9db45a4aadec.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=150.1 degrees, elevation=4.2 degrees? Answer in one sentence.", "answer": "A bird is the sound heard from azimuth=150.1 degrees and elevation=4.2 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_3f70e93aff109a4e3a48", "split": "test", "audio_id": "foa_cd86aed52e83255cd09c", "audio_path": "audio/test/foa_cd86aed52e83255cd09c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bell in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-142.2 degrees", "canonical_answer": "-142.2 degrees", "answer_meta": {"azimuth_deg": -142.2}}
{"qa_id": "qa_bbf2c534a4d2c8808cca", "split": "test", "audio_id": "foa_44d3e6b390fac16b3ebc", "audio_path": "audio/test/foa_44d3e6b390fac16b3ebc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the gong? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.4 degrees", "canonical_answer": "20.4 degrees", "answer_meta": {"elevation_deg": 20.4}}
{"qa_id": "qa_62a37e1990322b6b2501", "split": "test", "audio_id": "foa_80b3eaa3f98f6c75a989", "audio_path": "audio/test/foa_80b3eaa3f98f6c75a989.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_58dc8c971dc79696a152", "split": "test", "audio_id": "foa_8b0ceae13b71da0c9679", "audio_path": "audio/test/foa_8b0ceae13b71da0c9679.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the paper sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The paper event is active from 14.1s to 19.4s.", "canonical_answer": "14.1s to 19.4s", "answer_meta": {"time_span": [14.1, 19.4]}}
{"qa_id": "qa_fb2f5ab8937bd0edad10", "split": "test", "audio_id": "foa_231054b8e59670b3814c", "audio_path": "audio/test/foa_231054b8e59670b3814c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech occurring from 0.3s to 11.8s and another instance of speech from 0.4s to 2.5s.", "canonical_answer": "speech (0.3s to 11.8s); speech (0.4s to 2.5s)", "answer_meta": {}}
{"qa_id": "qa_380c40aa6b70e155b8a0", "split": "test", "audio_id": "foa_fb0303b160ed3439334a", "audio_path": "audio/test/foa_fb0303b160ed3439334a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the thunderstorm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.0 degrees", "canonical_answer": "-46.0 degrees", "answer_meta": {"azimuth_deg": -46.0}}
{"qa_id": "qa_7f8b1cfab63a97934297", "split": "test", "audio_id": "foa_a46bd85394b3762b656e", "audio_path": "audio/test/foa_a46bd85394b3762b656e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source coming from the front-left is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_c44d9dc57fb8dc67a756", "split": "test", "audio_id": "foa_817b86f2896e08588097", "audio_path": "audio/test/foa_817b86f2896e08588097.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=123.5 degrees, elevation=-20.3 degrees. Answer in one sentence.", "answer": "The source located at azimuth 123.5 degrees and elevation -20.3 degrees is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_d69faedb44273b9f5d7d", "split": "test", "audio_id": "foa_76fe246716e277765b23", "audio_path": "audio/test/foa_76fe246716e277765b23.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.0 degrees", "canonical_answer": "22.0 degrees", "answer_meta": {"elevation_deg": 22.0}}
{"qa_id": "qa_93ed20dec11d8e80397d", "split": "test", "audio_id": "foa_d826b9496cb4c2d24a8b", "audio_path": "audio/test/foa_d826b9496cb4c2d24a8b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.2 degrees", "canonical_answer": "-3.2 degrees", "answer_meta": {"elevation_deg": -3.2}}
{"qa_id": "qa_ab2de70b5cf7f3894f6a", "split": "test", "audio_id": "foa_ff9b5aeaa4ad531b21a8", "audio_path": "audio/test/foa_ff9b5aeaa4ad531b21a8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each event? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.1s to 10.7s, dog from 5.5s to 15.9s, a wind instrument from 9.1s to 14.9s, and water from 14.4s to 15.5s.", "canonical_answer": "singing (0.1s to 10.7s); dog (5.5s to 15.9s); wind instrument (9.1s to 14.9s); water (14.4s to 15.5s)", "answer_meta": {}}
{"qa_id": "qa_afb21737ee31279af5a6", "split": "test", "audio_id": "foa_88efed5c23ac741375f5", "audio_path": "audio/test/foa_88efed5c23ac741375f5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the printer in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.9 degrees", "canonical_answer": "32.9 degrees", "answer_meta": {"azimuth_deg": 32.9}}
{"qa_id": "qa_a23bb7435ad7886e8e2d", "split": "test", "audio_id": "foa_a25b223d1df42c6bb654", "audio_path": "audio/test/foa_a25b223d1df42c6bb654.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and below? Answer in one sentence.", "answer": "The sound source coming from the back and below is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_3b0dd47241d4035180c0", "split": "test", "audio_id": "foa_90191f2f991e0b294d67", "audio_path": "audio/test/foa_90191f2f991e0b294d67.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-101.1 degrees, elevation=20.0 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth=-101.1 degrees and elevation=20.0 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_4bfed4f2a02ba760d20a", "split": "test", "audio_id": "foa_5a662e36833a041eeeb8", "audio_path": "audio/test/foa_5a662e36833a041eeeb8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.1s to 2.4s.", "canonical_answer": "0.1s to 2.4s", "answer_meta": {"time_span": [0.1, 2.4]}}
{"qa_id": "qa_60a331d795c7ad99e0f9", "split": "test", "audio_id": "foa_3ecdba829254092c67b5", "audio_path": "audio/test/foa_3ecdba829254092c67b5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a thunderstorm from 0.5s to 15.6s, percussion from 9.1s to 19.7s, and wind from 19.4s to 20.0s.", "canonical_answer": "thunderstorm (0.5s to 15.6s); percussion (9.1s to 19.7s); wind (19.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_f5a7f8472d0d5664fbbb", "split": "test", "audio_id": "foa_159d7e36a2d0a38779a4", "audio_path": "audio/test/foa_159d7e36a2d0a38779a4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the clock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock is audible from 15.3s to 20.0s.", "canonical_answer": "15.3s to 20.0s", "answer_meta": {"time_span": [15.3, 20.0]}}
{"qa_id": "qa_aa14aedbebdba934e662", "split": "test", "audio_id": "foa_b0cf327b775eba5086e2", "audio_path": "audio/test/foa_b0cf327b775eba5086e2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=55.3 degrees, elevation=15.0 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth=55.3 degrees and elevation=15.0 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_c638652eeb72075e5ec8", "split": "test", "audio_id": "foa_076ac474160111b53daa", "audio_path": "audio/test/foa_076ac474160111b53daa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard from the back of the listener? Answer in one sentence.", "answer": "The source heard from the back is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_405dfb02827139697851", "split": "test", "audio_id": "foa_60a90c554ed4b22b253a", "audio_path": "audio/test/foa_60a90c554ed4b22b253a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_1489173022fce45a3700", "split": "test", "audio_id": "foa_06911c942b0e04e11605", "audio_path": "audio/test/foa_06911c942b0e04e11605.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the scratch? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-132.5 degrees", "canonical_answer": "-132.5 degrees", "answer_meta": {"azimuth_deg": -132.5}}
{"qa_id": "qa_694acd725baecdeeea80", "split": "test", "audio_id": "foa_e2c803032e74faf20725", "audio_path": "audio/test/foa_e2c803032e74faf20725.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "133.6 degrees", "canonical_answer": "133.6 degrees", "answer_meta": {"azimuth_deg": 133.6}}
{"qa_id": "qa_1e2acd0d08fd60898146", "split": "test", "audio_id": "foa_438a29567b7553ed689d", "audio_path": "audio/test/foa_438a29567b7553ed689d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what times can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 5.6s.", "canonical_answer": "0.6s to 5.6s", "answer_meta": {"time_span": [0.6, 5.6]}}
{"qa_id": "qa_e935e3fdeae4fbae2aa3", "split": "test", "audio_id": "foa_6a65ad629ae811f31990", "audio_path": "audio/test/foa_6a65ad629ae811f31990.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-59.5 degrees, elevation=10.0 degrees? Answer in one sentence.", "answer": "A vehicle is heard coming from azimuth=-59.5 degrees and elevation=10.0 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_2761a95abd864a155797", "split": "test", "audio_id": "foa_7dc92e4610b3a4a613d3", "audio_path": "audio/test/foa_7dc92e4610b3a4a613d3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a door sound from 0.3s to 2.6s.", "canonical_answer": "door (0.3s to 2.6s)", "answer_meta": {"time_span": [0.3, 2.6]}}
{"qa_id": "qa_146dcfad47d3565f27b0", "split": "test", "audio_id": "foa_947083601d451c05e950", "audio_path": "audio/test/foa_947083601d451c05e950.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_f3c25597a408798edb3d", "split": "test", "audio_id": "foa_9cdcc37c8b83f093a8be", "audio_path": "audio/test/foa_9cdcc37c8b83f093a8be.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the typing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.5 degrees", "canonical_answer": "9.5 degrees", "answer_meta": {"elevation_deg": 9.5}}
{"qa_id": "qa_496f24f9a49888c66080", "split": "test", "audio_id": "foa_1248641bbd2ef110b27a", "audio_path": "audio/test/foa_1248641bbd2ef110b27a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "79.4 degrees", "canonical_answer": "79.4 degrees", "answer_meta": {"azimuth_deg": 79.4}}
{"qa_id": "qa_f817936db755b972b696", "split": "test", "audio_id": "foa_d589c36b40cd4fbc7d67", "audio_path": "audio/test/foa_d589c36b40cd4fbc7d67.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the clock occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock sound is active from 0.2s to 7.3s.", "canonical_answer": "0.2s to 7.3s", "answer_meta": {"time_span": [0.2, 7.3]}}
{"qa_id": "qa_72287680a78d227b784b", "split": "test", "audio_id": "foa_48c69585d8a9d11d446d", "audio_path": "audio/test/foa_48c69585d8a9d11d446d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains glass from 0.4s to 1.2s.", "canonical_answer": "glass (0.4s to 1.2s)", "answer_meta": {"time_span": [0.4, 1.2]}}
{"qa_id": "qa_b47fac1eb55ff6423233", "split": "test", "audio_id": "foa_e045895ca8c970111b22", "audio_path": "audio/test/foa_e045895ca8c970111b22.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=158.8 degrees, elevation=1.1 degrees? Answer in one sentence.", "answer": "A door is located at azimuth=158.8 degrees, elevation=1.1 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_5826045faeec78ed55a8", "split": "test", "audio_id": "foa_661ffa45842f08439cf9", "audio_path": "audio/test/foa_661ffa45842f08439cf9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left of the listener? Answer in one sentence.", "answer": "The sound source located to the back-left is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_87f01c1e058bb0dfd8e6", "split": "test", "audio_id": "foa_ae746a4c9242a5db541e", "audio_path": "audio/test/foa_ae746a4c9242a5db541e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.9 degrees", "canonical_answer": "-35.9 degrees", "answer_meta": {"elevation_deg": -35.9}}
{"qa_id": "qa_bc2f683a753671f36ea2", "split": "test", "audio_id": "foa_4f5f66655c7fb2bb27fb", "audio_path": "audio/test/foa_4f5f66655c7fb2bb27fb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.8 degrees", "canonical_answer": "24.8 degrees", "answer_meta": {"elevation_deg": 24.8}}
{"qa_id": "qa_b06c0c173648ad80d191", "split": "test", "audio_id": "foa_a750d7b6124deaaf737f", "audio_path": "audio/test/foa_a750d7b6124deaaf737f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the aircraft occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The aircraft is active from 7.3s to 10.2s.", "canonical_answer": "7.3s to 10.2s", "answer_meta": {"time_span": [7.3, 10.2]}}
{"qa_id": "qa_c8042473931e80b835bc", "split": "test", "audio_id": "foa_97055cb9dbdb042ade79", "audio_path": "audio/test/foa_97055cb9dbdb042ade79.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=56.2 degrees, elevation=2.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=56.2 degrees and elevation=2.1 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_62ef53def1fba6682857", "split": "test", "audio_id": "foa_2682ace8063250c6599e", "audio_path": "audio/test/foa_2682ace8063250c6599e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source coming from the front-right is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_7fc49ff4ef49da04f02e", "split": "test", "audio_id": "foa_4cbf1d8ce1b18af64c5a", "audio_path": "audio/test/foa_4cbf1d8ce1b18af64c5a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.9 degrees", "canonical_answer": "-14.9 degrees", "answer_meta": {"azimuth_deg": -14.9}}
{"qa_id": "qa_f4db94b17adf60063f10", "split": "test", "audio_id": "foa_e6ca8eb5fb12456c8fbc", "audio_path": "audio/test/foa_e6ca8eb5fb12456c8fbc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tearing from 0.8s to 2.0s.", "canonical_answer": "tearing (0.8s to 2.0s)", "answer_meta": {"time_span": [0.8, 2.0]}}
{"qa_id": "qa_34ab9f53c4ea4d1c1bed", "split": "test", "audio_id": "foa_9cca0a605d69d80c9dde", "audio_path": "audio/test/foa_9cca0a605d69d80c9dde.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-106.2 degrees", "canonical_answer": "-106.2 degrees", "answer_meta": {"azimuth_deg": -106.2}}
{"qa_id": "qa_73d579a1e9c2b214be3f", "split": "test", "audio_id": "foa_4af3964f8cc8f05a5181", "audio_path": "audio/test/foa_4af3964f8cc8f05a5181.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.3s to 3.5s.", "canonical_answer": "0.3s to 3.5s", "answer_meta": {"time_span": [0.3, 3.5]}}
{"qa_id": "qa_0bab9524c434508e66df", "split": "test", "audio_id": "foa_ef22c687acb10fe75875", "audio_path": "audio/test/foa_ef22c687acb10fe75875.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-67.7 degrees, elevation=-16.1 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=-67.7 degrees and elevation=-16.1 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_abff599ac3657e37ce16", "split": "test", "audio_id": "foa_72d34dcda9dc74e53a68", "audio_path": "audio/test/foa_72d34dcda9dc74e53a68.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.9 degrees", "canonical_answer": "3.9 degrees", "answer_meta": {"elevation_deg": 3.9}}
{"qa_id": "qa_2c169603ad7d402abb06", "split": "test", "audio_id": "foa_76b9747b92b87cee40f5", "audio_path": "audio/test/foa_76b9747b92b87cee40f5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech from 0.3s to 4.7s and additional speech from 0.4s to 6.8s.", "canonical_answer": "speech (0.3s to 4.7s); speech (0.4s to 6.8s)", "answer_meta": {}}
{"qa_id": "qa_07f0ac48c8da216ae20c", "split": "test", "audio_id": "foa_6c54f566a7ed9fcdb36e", "audio_path": "audio/test/foa_6c54f566a7ed9fcdb36e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The source located to the left is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_79641ce857b174c95475", "split": "test", "audio_id": "foa_322aaac24273a5467cf1", "audio_path": "audio/test/foa_322aaac24273a5467cf1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the keyboard instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 5.5s to 8.0s.", "canonical_answer": "5.5s to 8.0s", "answer_meta": {"time_span": [5.5, 8.0]}}
{"qa_id": "qa_b953553222a5ee34c13c", "split": "test", "audio_id": "foa_eece90253fbfaa3e07ed", "audio_path": "audio/test/foa_eece90253fbfaa3e07ed.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.8 degrees", "canonical_answer": "-50.8 degrees", "answer_meta": {"elevation_deg": -50.8}}
{"qa_id": "qa_8fd68d42f6d3ee28bd18", "split": "test", "audio_id": "foa_3e1206a1402ba4dab7a3", "audio_path": "audio/test/foa_3e1206a1402ba4dab7a3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a metal clink from 0.0s to 18.9s, a dog from 2.7s to 17.4s, a cat from 13.9s to 20.0s, and a crack from 19.5s to 20.0s.", "canonical_answer": "metal clink (0.0s to 18.9s); dog (2.7s to 17.4s); cat (13.9s to 20.0s); crack (19.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_9078cab51c8f6275d096", "split": "test", "audio_id": "foa_21ff6f501d5fbe15fb9f", "audio_path": "audio/test/foa_21ff6f501d5fbe15fb9f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-99.9 degrees", "canonical_answer": "-99.9 degrees", "answer_meta": {"azimuth_deg": -99.9}}
{"qa_id": "qa_d02b7db656b89ef550bb", "split": "test", "audio_id": "foa_d9d593f43248bb777f6f", "audio_path": "audio/test/foa_d9d593f43248bb777f6f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and above the listener is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_91b1b2df510539c151ca", "split": "test", "audio_id": "foa_0adf14540e116f23d5cb", "audio_path": "audio/test/foa_0adf14540e116f23d5cb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-5.4 degrees, elevation=-16.6 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth -5.4 degrees and elevation -16.6 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_e83aafdb3aa1eeaa21a0", "split": "test", "audio_id": "foa_f7ba8e02bda2b44c940e", "audio_path": "audio/test/foa_f7ba8e02bda2b44c940e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 0.0s to 5.1s and footsteps from 1.6s to 8.2s.", "canonical_answer": "human vocalization (0.0s to 5.1s); footsteps (1.6s to 8.2s)", "answer_meta": {}}
{"qa_id": "qa_0a8f483b2da5afa7997e", "split": "test", "audio_id": "foa_ec6ac345bb9753230558", "audio_path": "audio/test/foa_ec6ac345bb9753230558.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located at the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_94e0cd417c9341bde3ac", "split": "test", "audio_id": "foa_64bf11dab49a38556418", "audio_path": "audio/test/foa_64bf11dab49a38556418.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.1s to 1.0s.", "canonical_answer": "0.1s to 1.0s", "answer_meta": {"time_span": [0.1, 1.0]}}
{"qa_id": "qa_eab4d2a9b1c2f61d608b", "split": "test", "audio_id": "foa_8dc5d1018ab0f3258a6a", "audio_path": "audio/test/foa_8dc5d1018ab0f3258a6a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-58.9 degrees", "canonical_answer": "-58.9 degrees", "answer_meta": {"azimuth_deg": -58.9}}
{"qa_id": "qa_615e049ec7434bcd0053", "split": "test", "audio_id": "foa_9679f8177dd90911cf71", "audio_path": "audio/test/foa_9679f8177dd90911cf71.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-59.6 degrees, elevation=-13.5 degrees? Answer in one sentence.", "answer": "A door is located at azimuth -59.6 degrees and elevation -13.5 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_4881b5398f7560a36dc0", "split": "test", "audio_id": "foa_86ddbeedbb52328cdb9d", "audio_path": "audio/test/foa_86ddbeedbb52328cdb9d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.2 degrees", "canonical_answer": "-26.2 degrees", "answer_meta": {"elevation_deg": -26.2}}
{"qa_id": "qa_0b5c2360a5f0d5e06fae", "split": "test", "audio_id": "foa_0ef046b0e7321c61c85c", "audio_path": "audio/test/foa_0ef046b0e7321c61c85c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "137.8 degrees", "canonical_answer": "137.8 degrees", "answer_meta": {"azimuth_deg": 137.8}}
{"qa_id": "qa_2b50b17429559430905f", "split": "test", "audio_id": "foa_0137a08f3d5722ef27dd", "audio_path": "audio/test/foa_0137a08f3d5722ef27dd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=85.5 degrees, elevation=23.9 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=85.5 degrees and elevation=23.9 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_4354da909cd323c84d28", "split": "test", "audio_id": "foa_2652f4776b953e6fb73f", "audio_path": "audio/test/foa_2652f4776b953e6fb73f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.9 degrees", "canonical_answer": "-11.9 degrees", "answer_meta": {"elevation_deg": -11.9}}
{"qa_id": "qa_15ce45d38270cd461ff0", "split": "test", "audio_id": "foa_67453e7a67aca05ef1a0", "audio_path": "audio/test/foa_67453e7a67aca05ef1a0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The source coming from the left is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_875dca9f30250cca1ed9", "split": "test", "audio_id": "foa_a5958e4bed5b0751d686", "audio_path": "audio/test/foa_a5958e4bed5b0751d686.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the rain active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The rain is active during the interval from 0.0s to 5.4s.", "canonical_answer": "0.0s to 5.4s", "answer_meta": {"time_span": [0.0, 5.4]}}
{"qa_id": "qa_5046453bb19704edaae5", "split": "test", "audio_id": "foa_5ee6599a3a4c27606915", "audio_path": "audio/test/foa_5ee6599a3a4c27606915.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sounds are present in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a string instrument that is heard from 0.0s to 5.4s.", "canonical_answer": "string instrument (0.0s to 5.4s)", "answer_meta": {"time_span": [0.0, 5.4]}}
{"qa_id": "qa_db404728a4bbe5868266", "split": "test", "audio_id": "foa_e8d4e014ae311ad3bc5f", "audio_path": "audio/test/foa_e8d4e014ae311ad3bc5f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the finger snapping? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-66.2 degrees", "canonical_answer": "-66.2 degrees", "answer_meta": {"azimuth_deg": -66.2}}
{"qa_id": "qa_760acde7a0706748858c", "split": "test", "audio_id": "foa_53ae348087cc4efeb28c", "audio_path": "audio/test/foa_53ae348087cc4efeb28c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.7 degrees", "canonical_answer": "26.7 degrees", "answer_meta": {"elevation_deg": 26.7}}
{"qa_id": "qa_e361e2f1939853ae3704", "split": "test", "audio_id": "foa_b700beab584d568f66fe", "audio_path": "audio/test/foa_b700beab584d568f66fe.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the percussion be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 0.4s to 14.3s.", "canonical_answer": "0.4s to 14.3s", "answer_meta": {"time_span": [0.4, 14.3]}}
{"qa_id": "qa_297a55a4bf4b76660b4f", "split": "test", "audio_id": "foa_0254354d35da20cbcf40", "audio_path": "audio/test/foa_0254354d35da20cbcf40.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=3.1 degrees, elevation=25.6 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=3.1 degrees and elevation=25.6 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_ca53cbc6371dc12a5f31", "split": "test", "audio_id": "foa_5f5d6b2f4ca9c2eaabca", "audio_path": "audio/test/foa_5f5d6b2f4ca9c2eaabca.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_f340bad7249f676bd3bd", "split": "test", "audio_id": "foa_152fc99abeb5920c164d", "audio_path": "audio/test/foa_152fc99abeb5920c164d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains typing from 0.0s to 4.4s and speech from 0.6s to 2.6s.", "canonical_answer": "typing (0.0s to 4.4s); speech (0.6s to 2.6s)", "answer_meta": {}}
{"qa_id": "qa_e06386371018b75cec99", "split": "test", "audio_id": "foa_5ce63a4524ff8054c348", "audio_path": "audio/test/foa_5ce63a4524ff8054c348.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 1.1s to 1.2s.", "canonical_answer": "water (1.1s to 1.2s)", "answer_meta": {"time_span": [1.1, 1.2]}}
{"qa_id": "qa_4ef0dc7473b58285990a", "split": "test", "audio_id": "foa_6f561e124a6f9c6d2b7f", "audio_path": "audio/test/foa_6f561e124a6f9c6d2b7f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "66.3 degrees", "canonical_answer": "66.3 degrees", "answer_meta": {"azimuth_deg": 66.3}}
{"qa_id": "qa_2127a73902c009b3dcb2", "split": "test", "audio_id": "foa_694ed48527953764c3ef", "audio_path": "audio/test/foa_694ed48527953764c3ef.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_75f8eff2ba62a7ab1e6c", "split": "test", "audio_id": "foa_228505de4c18bee1fecd", "audio_path": "audio/test/foa_228505de4c18bee1fecd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the percussion event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion event is active from 0.0s to 1.0s.", "canonical_answer": "0.0s to 1.0s", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_828198b8add3c8a972b3", "split": "test", "audio_id": "foa_50938212f5995229b228", "audio_path": "audio/test/foa_50938212f5995229b228.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.0 degrees", "canonical_answer": "-11.0 degrees", "answer_meta": {"elevation_deg": -11.0}}
{"qa_id": "qa_ed0bde98f3d455215514", "split": "test", "audio_id": "foa_926bd1af38d61a1d0154", "audio_path": "audio/test/foa_926bd1af38d61a1d0154.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=96.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=96.6 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f4bc6023af755942137a", "split": "test", "audio_id": "foa_34d564bc980ee17fa19c", "audio_path": "audio/test/foa_34d564bc980ee17fa19c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the train active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_9fe8469f7eb0e82ebd89", "split": "test", "audio_id": "foa_63934ab2b6baebcd21cf", "audio_path": "audio/test/foa_63934ab2b6baebcd21cf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 7.8s and another instance of speech from 0.6s to 5.7s.", "canonical_answer": "speech (0.4s to 7.8s); speech (0.6s to 5.7s)", "answer_meta": {}}
{"qa_id": "qa_845459186210a7a4a8ae", "split": "test", "audio_id": "foa_e7a46e492d967be2cacc", "audio_path": "audio/test/foa_e7a46e492d967be2cacc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The source located to the right is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_c15ed9a6c0f3be497e11", "split": "test", "audio_id": "foa_26f344a0810e27c8b162", "audio_path": "audio/test/foa_26f344a0810e27c8b162.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the laughter in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.6 degrees", "canonical_answer": "-15.6 degrees", "answer_meta": {"elevation_deg": -15.6}}
{"qa_id": "qa_c02c8b2281e31dfc83dc", "split": "test", "audio_id": "foa_e43990db8bfa8bf99b36", "audio_path": "audio/test/foa_e43990db8bfa8bf99b36.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-87.6 degrees, elevation=-7.5 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-87.6 degrees and elevation=-7.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_c1f522f0640a72a9ceae", "split": "test", "audio_id": "foa_e71c601bb801b3688e91", "audio_path": "audio/test/foa_e71c601bb801b3688e91.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "157.2 degrees", "canonical_answer": "157.2 degrees", "answer_meta": {"azimuth_deg": 157.2}}
{"qa_id": "qa_2fb94f2795b0b2afe7dc", "split": "test", "audio_id": "foa_20edadeee64a36de23e2", "audio_path": "audio/test/foa_20edadeee64a36de23e2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the crushing sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 14.6s to 17.6s.", "canonical_answer": "14.6s to 17.6s", "answer_meta": {"time_span": [14.6, 17.6]}}
{"qa_id": "qa_78077a2368d4f9c95f85", "split": "test", "audio_id": "foa_9942cf0881e534c34b8a", "audio_path": "audio/test/foa_9942cf0881e534c34b8a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.1 degrees", "canonical_answer": "21.1 degrees", "answer_meta": {"elevation_deg": 21.1}}
{"qa_id": "qa_17905837bc8c52742668", "split": "test", "audio_id": "foa_42b516ba37c0612accfa", "audio_path": "audio/test/foa_42b516ba37c0612accfa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and above side? Answer in one sentence.", "answer": "The sound that can be heard from the left and above is a vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_61cf9b4c55c6844aa88a", "split": "test", "audio_id": "foa_0450937ec382ac15b795", "audio_path": "audio/test/foa_0450937ec382ac15b795.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains body sound occurring from 0.2s to 10.8s.", "canonical_answer": "body sound (0.2s to 10.8s)", "answer_meta": {"time_span": [0.2, 10.8]}}
{"qa_id": "qa_0d06a5f1d78ff4ad4396", "split": "test", "audio_id": "foa_aa655709c6663e739a7a", "audio_path": "audio/test/foa_aa655709c6663e739a7a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=16.7 degrees, elevation=-28.9 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=16.7 degrees and elevation=-28.9 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_17f7a570d1bf9ab2ab69", "split": "test", "audio_id": "foa_3ed129becfadbe6b878c", "audio_path": "audio/test/foa_3ed129becfadbe6b878c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-132.8 degrees", "canonical_answer": "-132.8 degrees", "answer_meta": {"azimuth_deg": -132.8}}
{"qa_id": "qa_7c51157918077b4eb6e1", "split": "test", "audio_id": "foa_5a8d36948f53b8f703e8", "audio_path": "audio/test/foa_5a8d36948f53b8f703e8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a drum from 0.2s to 20.0s, a telephone alarm from 5.1s to 7.0s, and an appliance from 8.8s to 20.0s.", "canonical_answer": "drum (0.2s to 20.0s); telephone alarm (5.1s to 7.0s); appliance (8.8s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_80da5e3cca6c0e48c601", "split": "test", "audio_id": "foa_526513d3601dbfa8d099", "audio_path": "audio/test/foa_526513d3601dbfa8d099.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The source heard coming from the left and below the listener is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_429c52827cb820e1cb74", "split": "test", "audio_id": "foa_c8377df14a5057a94c0a", "audio_path": "audio/test/foa_c8377df14a5057a94c0a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.6 degrees", "canonical_answer": "2.6 degrees", "answer_meta": {"elevation_deg": 2.6}}
{"qa_id": "qa_6bbc04af0e082adcb96c", "split": "test", "audio_id": "foa_75127c629800768cf775", "audio_path": "audio/test/foa_75127c629800768cf775.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=44.7 degrees, elevation=6.6 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth=44.7 degrees and elevation=6.6 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_f80e7eb4744133bf50df", "split": "test", "audio_id": "foa_f275bfa4b3d93a9157ab", "audio_path": "audio/test/foa_f275bfa4b3d93a9157ab.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the door coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-170.0 degrees", "canonical_answer": "-170.0 degrees", "answer_meta": {"azimuth_deg": -170.0}}
{"qa_id": "qa_139322823966c9da5e6d", "split": "test", "audio_id": "foa_1f631966fe14420cc43c", "audio_path": "audio/test/foa_1f631966fe14420cc43c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the fire active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire is active from 10.8s to 11.8s.", "canonical_answer": "10.8s to 11.8s", "answer_meta": {"time_span": [10.8, 11.8]}}
{"qa_id": "qa_e7d9bad398f8a3d41a0d", "split": "test", "audio_id": "foa_b9ddfe9f1ab139d020f3", "audio_path": "audio/test/foa_b9ddfe9f1ab139d020f3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drawer cabinet coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-76.2 degrees", "canonical_answer": "-76.2 degrees", "answer_meta": {"azimuth_deg": -76.2}}
{"qa_id": "qa_fa766aac1b9891ed1fd3", "split": "test", "audio_id": "foa_5c485ea3418f6b6e1002", "audio_path": "audio/test/foa_5c485ea3418f6b6e1002.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back and above of the listener? Answer in one sentence.", "answer": "The source heard from the back and above is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_a479e8bdb1b9d88c0340", "split": "test", "audio_id": "foa_0f0ba22c82b54a4a0473", "audio_path": "audio/test/foa_0f0ba22c82b54a4a0473.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.7 degrees", "canonical_answer": "-23.7 degrees", "answer_meta": {"elevation_deg": -23.7}}
{"qa_id": "qa_c74ae3615c5ad71b9abf", "split": "test", "audio_id": "foa_c8d518334190e732261b", "audio_path": "audio/test/foa_c8d518334190e732261b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-55.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -55.1 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b1eb4e8233b59677fad5", "split": "test", "audio_id": "foa_4b98607844cd2563a4b4", "audio_path": "audio/test/foa_4b98607844cd2563a4b4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event occurs from 0.0s to 8.0s.", "canonical_answer": "0.0s to 8.0s", "answer_meta": {"time_span": [0.0, 8.0]}}
{"qa_id": "qa_0f6a0cc25f6963740ab1", "split": "test", "audio_id": "foa_73583cd6dee9772c60fe", "audio_path": "audio/test/foa_73583cd6dee9772c60fe.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 9.0s and speech from 0.6s to 1.8s.", "canonical_answer": "speech (0.2s to 9.0s); speech (0.6s to 1.8s)", "answer_meta": {}}
{"qa_id": "qa_5b75fb0921d720ca57c2", "split": "test", "audio_id": "foa_2ea9f577710c4131ded2", "audio_path": "audio/test/foa_2ea9f577710c4131ded2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "149.8 degrees", "canonical_answer": "149.8 degrees", "answer_meta": {"azimuth_deg": 149.8}}
{"qa_id": "qa_0b9b385a75b7348f10ec", "split": "test", "audio_id": "foa_1962b33f5776bdb8d0ce", "audio_path": "audio/test/foa_1962b33f5776bdb8d0ce.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=58.0 degrees, elevation=-3.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=58.0 degrees and elevation=-3.7 degrees is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_91f3359d32394a295936", "split": "test", "audio_id": "foa_697bd0f8bb456ce10cd8", "audio_path": "audio/test/foa_697bd0f8bb456ce10cd8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The source coming from the front-right is an aircraft.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_fd7133de8cf66dea2def", "split": "test", "audio_id": "foa_ade63470e3d3bea4d8c2", "audio_path": "audio/test/foa_ade63470e3d3bea4d8c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "35.7 degrees", "canonical_answer": "35.7 degrees", "answer_meta": {"elevation_deg": 35.7}}
{"qa_id": "qa_44c7868efdce3cb8ca05", "split": "test", "audio_id": "foa_d11f6bf8cf035d80644d", "audio_path": "audio/test/foa_d11f6bf8cf035d80644d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a door sound from 1.2s to 1.4s.", "canonical_answer": "door (1.2s to 1.4s)", "answer_meta": {"time_span": [1.2, 1.4]}}
{"qa_id": "qa_d87982c1b0f9d8be2438", "split": "test", "audio_id": "foa_38984b5728a77f1bb3f5", "audio_path": "audio/test/foa_38984b5728a77f1bb3f5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the metal clink occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 0.5s to 2.2s.", "canonical_answer": "0.5s to 2.2s", "answer_meta": {"time_span": [0.5, 2.2]}}
{"qa_id": "qa_de54b74920b9964600db", "split": "test", "audio_id": "foa_1b2c61017ad73f85fddf", "audio_path": "audio/test/foa_1b2c61017ad73f85fddf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "44.9 degrees", "canonical_answer": "44.9 degrees", "answer_meta": {"azimuth_deg": 44.9}}
{"qa_id": "qa_7901f35f5a4e5e4bc542", "split": "test", "audio_id": "foa_a710a8a1324e05c2b7b4", "audio_path": "audio/test/foa_a710a8a1324e05c2b7b4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the knock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock is active from 4.2s to 18.9s.", "canonical_answer": "4.2s to 18.9s", "answer_meta": {"time_span": [4.2, 18.9]}}
{"qa_id": "qa_3bd83bdf50986349e595", "split": "test", "audio_id": "foa_62c56d5b3357686fbf1d", "audio_path": "audio/test/foa_62c56d5b3357686fbf1d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and above? Answer in one sentence.", "answer": "The source located to the right and above is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e42d2af49b58d724b633", "split": "test", "audio_id": "foa_3dffc4916242930b7ca8", "audio_path": "audio/test/foa_3dffc4916242930b7ca8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the writing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.2 degrees", "canonical_answer": "8.2 degrees", "answer_meta": {"elevation_deg": 8.2}}
{"qa_id": "qa_7a45b171330d839d176e", "split": "test", "audio_id": "foa_671867ecfdc288e158d7", "audio_path": "audio/test/foa_671867ecfdc288e158d7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-64.5 degrees, elevation=1.1 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-64.5 degrees and elevation=1.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_020dcaebf92dc19a6afd", "split": "test", "audio_id": "foa_7bd316e4d7d4a7a13154", "audio_path": "audio/test/foa_7bd316e4d7d4a7a13154.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine sound that lasts from 2.1s to 5.4s.", "canonical_answer": "machine (2.1s to 5.4s)", "answer_meta": {"time_span": [2.1, 5.4]}}
{"qa_id": "qa_b3d9f401a14cadfd824e", "split": "test", "audio_id": "foa_187c0c71668c403847b3", "audio_path": "audio/test/foa_187c0c71668c403847b3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the cat be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active from 1.5s to 6.6s.", "canonical_answer": "1.5s to 6.6s", "answer_meta": {"time_span": [1.5, 6.6]}}
{"qa_id": "qa_c683cb7d96b618e5e724", "split": "test", "audio_id": "foa_6b1dfd2d3f7cbe1ee88e", "audio_path": "audio/test/foa_6b1dfd2d3f7cbe1ee88e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-9.9 degrees, elevation=26.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -9.9 degrees and elevation 26.1 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_967dc7f2753405de4aa9", "split": "test", "audio_id": "foa_4033cc74d3f00d00093b", "audio_path": "audio/test/foa_4033cc74d3f00d00093b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_1cfd271a98443a178ea4", "split": "test", "audio_id": "foa_f49ba599572367d46515", "audio_path": "audio/test/foa_f49ba599572367d46515.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_516c2b4115e99b43a825", "split": "test", "audio_id": "foa_864444af02a6c042ec70", "audio_path": "audio/test/foa_864444af02a6c042ec70.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a thunderstorm occurring from 1.8s to 5.2s.", "canonical_answer": "thunderstorm (1.8s to 5.2s)", "answer_meta": {"time_span": [1.8, 5.2]}}
{"qa_id": "qa_07e53be0648add0a0e28", "split": "test", "audio_id": "foa_4c687d99e9c4f2e08ab6", "audio_path": "audio/test/foa_4c687d99e9c4f2e08ab6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-158.3 degrees", "canonical_answer": "-158.3 degrees", "answer_meta": {"azimuth_deg": -158.3}}
{"qa_id": "qa_351fdb1b782b29e6d273", "split": "test", "audio_id": "foa_6ba8f20dc4922c67b562", "audio_path": "audio/test/foa_6ba8f20dc4922c67b562.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 4.1s.", "canonical_answer": "0.6s to 4.1s", "answer_meta": {"time_span": [0.6, 4.1]}}
{"qa_id": "qa_ce6a89721430781686a3", "split": "test", "audio_id": "foa_fdb955ca61884456b826", "audio_path": "audio/test/foa_fdb955ca61884456b826.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.0 degrees", "canonical_answer": "-18.0 degrees", "answer_meta": {"elevation_deg": -18.0}}
{"qa_id": "qa_6af73eac929ec9861d52", "split": "test", "audio_id": "foa_d77db6defd8c1ca6493f", "audio_path": "audio/test/foa_d77db6defd8c1ca6493f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features female speech from 0.0s to 0.5s, 3.0s to 3.5s, and 10.0s to 13.5s, male speech from 0.0s to 2.5s, 3.5s to 4.5s, 13.5s to 20.0s, and 19.0s to 20.0s, and a musical instrument from 6.5s to 20.0s.", "canonical_answer": "female speech (0.0s to 0.5s); male speech (0.0s to 2.5s); female speech (3.0s to 3.5s); male speech (3.5s to 4.5s); musical instrument (6.5s to 20.0s); female speech (10.0s to 13.5s); male speech (13.5s to 20.0s); male speech (19.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_553ffa6acb76cd19e47f", "split": "test", "audio_id": "foa_92b3c8abad036afb4bc8", "audio_path": "audio/test/foa_92b3c8abad036afb4bc8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard from the front-left side? Answer in one sentence.", "answer": "The source coming from the front-left is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_02b9675969f2efa686a4", "split": "test", "audio_id": "foa_fcece8776e6fa082a69a", "audio_path": "audio/test/foa_fcece8776e6fa082a69a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drawer cabinet coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-85.1 degrees", "canonical_answer": "-85.1 degrees", "answer_meta": {"azimuth_deg": -85.1}}
{"qa_id": "qa_4aba7accad37f99609b8", "split": "test", "audio_id": "foa_7b6adfacafa79e971024", "audio_path": "audio/test/foa_7b6adfacafa79e971024.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-25.6 degrees, elevation=1.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -25.6 degrees and elevation 1.8 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_acf8fa00d0447ed2704b", "split": "test", "audio_id": "foa_e3a2370c0195c8339fd5", "audio_path": "audio/test/foa_e3a2370c0195c8339fd5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.3s to 2.3s and speech occurring from 0.6s to 9.2s.", "canonical_answer": "speech (0.3s to 2.3s); speech (0.6s to 9.2s)", "answer_meta": {}}
{"qa_id": "qa_93141be82805d5b0a6f5", "split": "test", "audio_id": "foa_aa24bb3a5a1be20bd92e", "audio_path": "audio/test/foa_aa24bb3a5a1be20bd92e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front of the listener? Answer in one sentence.", "answer": "The source coming from the front is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_6e079af3a45b68382bd6", "split": "test", "audio_id": "foa_bd134395845a0a8b910f", "audio_path": "audio/test/foa_bd134395845a0a8b910f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.6 degrees", "canonical_answer": "-7.6 degrees", "answer_meta": {"elevation_deg": -7.6}}
{"qa_id": "qa_182c6484022cf5e080a5", "split": "test", "audio_id": "foa_fa85b6239eb6b883bda2", "audio_path": "audio/test/foa_fa85b6239eb6b883bda2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the vehicle active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The vehicle is active from 1.3s to 2.1s.", "canonical_answer": "1.3s to 2.1s", "answer_meta": {"time_span": [1.3, 2.1]}}
{"qa_id": "qa_91f620ec551de62b72ff", "split": "test", "audio_id": "foa_83f1e41fc93b671865ba", "audio_path": "audio/test/foa_83f1e41fc93b671865ba.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-119.8 degrees", "canonical_answer": "-119.8 degrees", "answer_meta": {"azimuth_deg": -119.8}}
{"qa_id": "qa_1fe257ed09264ee72c96", "split": "test", "audio_id": "foa_1e2c421b601d51c9065b", "audio_path": "audio/test/foa_1e2c421b601d51c9065b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=21.6 degrees, elevation=1.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=21.6 degrees, elevation=1.8 degrees is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_b4a5e614be8555ec74e9", "split": "test", "audio_id": "foa_418e9762a314e7affabd", "audio_path": "audio/test/foa_418e9762a314e7affabd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-128.5 degrees", "canonical_answer": "-128.5 degrees", "answer_meta": {"azimuth_deg": -128.5}}
{"qa_id": "qa_5a58a9b6697a41c2c1bd", "split": "test", "audio_id": "foa_963721f985620168729d", "audio_path": "audio/test/foa_963721f985620168729d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 13.4s to 17.1s.", "canonical_answer": "13.4s to 17.1s", "answer_meta": {"time_span": [13.4, 17.1]}}
{"qa_id": "qa_42d2dfd1c64d523750ea", "split": "test", "audio_id": "foa_b0f551c41b0a38f64ccf", "audio_path": "audio/test/foa_b0f551c41b0a38f64ccf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-75.0 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -75.0 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e752e8103fb969f8d37e", "split": "test", "audio_id": "foa_05b5d30c12d2039e2db5", "audio_path": "audio/test/foa_05b5d30c12d2039e2db5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool sound from 0.0s to 0.3s.", "canonical_answer": "tool (0.0s to 0.3s)", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_5d5b1e7760f11f70bdc6", "split": "test", "audio_id": "foa_c06906e351232f600c0f", "audio_path": "audio/test/foa_c06906e351232f600c0f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_6e9742b6103994037dfa", "split": "test", "audio_id": "foa_b3a40064a44d4c3dafdc", "audio_path": "audio/test/foa_b3a40064a44d4c3dafdc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source located in the front and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_3756890093a133fa8f78", "split": "test", "audio_id": "foa_c82613feae8d384d0fee", "audio_path": "audio/test/foa_c82613feae8d384d0fee.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-69.8 degrees, elevation=26.2 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -69.8 degrees and elevation 26.2 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_a51924ddef7e7a92e347", "split": "test", "audio_id": "foa_d0d3194d6be82ddacdff", "audio_path": "audio/test/foa_d0d3194d6be82ddacdff.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.0 degrees", "canonical_answer": "13.0 degrees", "answer_meta": {"elevation_deg": 13.0}}
{"qa_id": "qa_87ac2b949562655f9dc8", "split": "test", "audio_id": "foa_f234a0d7c28d1bf2cd9c", "audio_path": "audio/test/foa_f234a0d7c28d1bf2cd9c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drawer cabinet sound from 0.5s to 3.0s, a drawer cabinet sound from 1.7s to 2.0s, and a drawer cabinet sound from 3.5s to 7.3s.", "canonical_answer": "drawer cabinet (0.5s to 3.0s); drawer cabinet (1.7s to 2.0s); drawer cabinet (3.5s to 7.3s)", "answer_meta": {}}
{"qa_id": "qa_7a1e5fbbfbebf8cb6a89", "split": "test", "audio_id": "foa_b5a6f02f4d0aa837fe12", "audio_path": "audio/test/foa_b5a6f02f4d0aa837fe12.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The source coming from the back-right and below is a gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_723350bd8f653ef6b374", "split": "test", "audio_id": "foa_33d21b3bd6aea28f4f45", "audio_path": "audio/test/foa_33d21b3bd6aea28f4f45.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tape in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "94.3 degrees", "canonical_answer": "94.3 degrees", "answer_meta": {"azimuth_deg": 94.3}}
{"qa_id": "qa_eb310f9b3e7d8635823c", "split": "test", "audio_id": "foa_22ab6bbf141b5c95a982", "audio_path": "audio/test/foa_22ab6bbf141b5c95a982.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the scratch event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 0.0s to 3.8s.", "canonical_answer": "0.0s to 3.8s", "answer_meta": {"time_span": [0.0, 3.8]}}
{"qa_id": "qa_b0c00663891a0f20a593", "split": "test", "audio_id": "foa_736fcbd2af05d9196158", "audio_path": "audio/test/foa_736fcbd2af05d9196158.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.6 degrees", "canonical_answer": "-5.6 degrees", "answer_meta": {"elevation_deg": -5.6}}
{"qa_id": "qa_3dfaca00b31c73a1d205", "split": "test", "audio_id": "foa_a7e24619fed122d6c35e", "audio_path": "audio/test/foa_a7e24619fed122d6c35e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the insect coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-114.7 degrees", "canonical_answer": "-114.7 degrees", "answer_meta": {"azimuth_deg": -114.7}}
{"qa_id": "qa_c350edd9abe5b3057bbc", "split": "test", "audio_id": "foa_f22523a6c5aa1ad71892", "audio_path": "audio/test/foa_f22523a6c5aa1ad71892.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.3s to 4.9s.", "canonical_answer": "0.3s to 4.9s", "answer_meta": {"time_span": [0.3, 4.9]}}
{"qa_id": "qa_6f2a714068775d93a835", "split": "test", "audio_id": "foa_25879e764a2fbb4c902f", "audio_path": "audio/test/foa_25879e764a2fbb4c902f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-107.7 degrees, elevation=18.9 degrees? Answer in one sentence.", "answer": "A dog is located at azimuth -107.7 degrees and elevation 18.9 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_b73de077d8a72225e78d", "split": "test", "audio_id": "foa_15ad77c19cfce47a2403", "audio_path": "audio/test/foa_15ad77c19cfce47a2403.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a telephone alarm that occurs from 0.1s to 11.3s.", "canonical_answer": "telephone alarm (0.1s to 11.3s)", "answer_meta": {"time_span": [0.1, 11.3]}}
{"qa_id": "qa_96ee3dbc221326beca9f", "split": "test", "audio_id": "foa_7dd4aa9b4a3888902b79", "audio_path": "audio/test/foa_7dd4aa9b4a3888902b79.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The sound coming from the back and above is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_12f43412c6c343b456cb", "split": "test", "audio_id": "foa_57504aafa3f2ef1cbead", "audio_path": "audio/test/foa_57504aafa3f2ef1cbead.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-39.1 degrees, elevation=1.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-39.1 degrees and elevation=1.0 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_7d858a65ff272626c546", "split": "test", "audio_id": "foa_86a079e78419ab2b01aa", "audio_path": "audio/test/foa_86a079e78419ab2b01aa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.2 degrees", "canonical_answer": "-16.2 degrees", "answer_meta": {"elevation_deg": -16.2}}
{"qa_id": "qa_184a47414a9a8b52cf1b", "split": "test", "audio_id": "foa_260bffea7e925663b0a0", "audio_path": "audio/test/foa_260bffea7e925663b0a0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 3.2s and another instance of speech from 0.4s to 3.1s.", "canonical_answer": "speech (0.2s to 3.2s); speech (0.4s to 3.1s)", "answer_meta": {}}
{"qa_id": "qa_1fe0f342b2b0624e3da6", "split": "test", "audio_id": "foa_e264d3665f4fe382ed0d", "audio_path": "audio/test/foa_e264d3665f4fe382ed0d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the percussion be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 0.0s to 0.3s.", "canonical_answer": "0.0s to 0.3s", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_186d9332560102cc493f", "split": "test", "audio_id": "foa_9a83d32b4a7ee914f88a", "audio_path": "audio/test/foa_9a83d32b4a7ee914f88a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back and below side? Answer in one sentence.", "answer": "The sound coming from the back and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_617bf83ae2df92aaba80", "split": "test", "audio_id": "foa_459e9702110f998647e8", "audio_path": "audio/test/foa_459e9702110f998647e8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-116.1 degrees", "canonical_answer": "-116.1 degrees", "answer_meta": {"azimuth_deg": -116.1}}
{"qa_id": "qa_e73bbd16f0bbab54a35d", "split": "test", "audio_id": "foa_01fe7307118b51a7cf06", "audio_path": "audio/test/foa_01fe7307118b51a7cf06.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the body sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.3 degrees", "canonical_answer": "54.3 degrees", "answer_meta": {"azimuth_deg": 54.3}}
{"qa_id": "qa_46eaae6736b0b56ff1fa", "split": "test", "audio_id": "foa_ba127703051fe217c84c", "audio_path": "audio/test/foa_ba127703051fe217c84c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.6 degrees", "canonical_answer": "-1.6 degrees", "answer_meta": {"elevation_deg": -1.6}}
{"qa_id": "qa_98aaf26fba28125936f1", "split": "test", "audio_id": "foa_f875eec9ff84d949e933", "audio_path": "audio/test/foa_f875eec9ff84d949e933.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in the audio, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 0.0s to 3.4s, a telephone alarm from 0.4s to 2.3s, a bird from 2.2s to 4.3s, and a metal clink from 2.6s to 4.2s.", "canonical_answer": "singing (0.0s to 3.4s); telephone alarm (0.4s to 2.3s); bird (2.2s to 4.3s); metal clink (2.6s to 4.2s)", "answer_meta": {}}
{"qa_id": "qa_4f2f1502cf40316f6cb4", "split": "test", "audio_id": "foa_9b09a9fbf537381a6ed2", "audio_path": "audio/test/foa_9b09a9fbf537381a6ed2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-95.1 degrees, elevation=-24.8 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-95.1 degrees and elevation=-24.8 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_933108e08c41e49aceed", "split": "test", "audio_id": "foa_cf7d0f8611e5327b034f", "audio_path": "audio/test/foa_cf7d0f8611e5327b034f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is audible from 2.0s to 14.9s.", "canonical_answer": "2.0s to 14.9s", "answer_meta": {"time_span": [2.0, 14.9]}}
{"qa_id": "qa_8c1a84d22f513c4019df", "split": "test", "audio_id": "foa_0f3a2744fef339a3d73a", "audio_path": "audio/test/foa_0f3a2744fef339a3d73a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right and below side? Answer in one sentence.", "answer": "The sound coming from the front-right and below is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_7d7f108c935a25a406f7", "split": "test", "audio_id": "foa_7f2ae2e7ebb747a983be", "audio_path": "audio/test/foa_7f2ae2e7ebb747a983be.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=168.5 degrees, elevation=7.6 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=168.5 degrees and elevation=7.6 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_bc506699585764b9c2e1", "split": "test", "audio_id": "foa_4ad27159355e6770755e", "audio_path": "audio/test/foa_4ad27159355e6770755e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.4s to 5.5s.", "canonical_answer": "water (0.4s to 5.5s)", "answer_meta": {"time_span": [0.4, 5.5]}}
{"qa_id": "qa_1e7af855792d23180309", "split": "test", "audio_id": "foa_0b9de47cb30ef92f8e9c", "audio_path": "audio/test/foa_0b9de47cb30ef92f8e9c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.2 degrees", "canonical_answer": "-13.2 degrees", "answer_meta": {"azimuth_deg": -13.2}}
{"qa_id": "qa_6846a127b39956fedd83", "split": "test", "audio_id": "foa_c0c72b8d85b6f5819f2a", "audio_path": "audio/test/foa_c0c72b8d85b6f5819f2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.8 degrees", "canonical_answer": "-20.8 degrees", "answer_meta": {"elevation_deg": -20.8}}
{"qa_id": "qa_9190cfede1bbcd8f9027", "split": "test", "audio_id": "foa_fa49336a58fb6daeb25c", "audio_path": "audio/test/foa_fa49336a58fb6daeb25c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_5480fbf0ea6b44a91461", "split": "test", "audio_id": "foa_204fe4d797fd5df8fd42", "audio_path": "audio/test/foa_204fe4d797fd5df8fd42.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Over what time interval is the percussion sound heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion sound can be heard from 0.2s to 7.3s.", "canonical_answer": "0.2s to 7.3s", "answer_meta": {"time_span": [0.2, 7.3]}}
{"qa_id": "qa_18862ae943f19acd44a7", "split": "test", "audio_id": "foa_9d4daa2e944656a0535c", "audio_path": "audio/test/foa_9d4daa2e944656a0535c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "162.0 degrees", "canonical_answer": "162.0 degrees", "answer_meta": {"azimuth_deg": 162.0}}
{"qa_id": "qa_eea1cc691db7afd57f4d", "split": "test", "audio_id": "foa_05a356ec94191d5840a9", "audio_path": "audio/test/foa_05a356ec94191d5840a9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-150.1 degrees, elevation=-6.0 degrees. Answer in one sentence.", "answer": "The source located at azimuth -150.1 degrees and elevation -6.0 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_44ce740083636b3f5d08", "split": "test", "audio_id": "foa_96194037ba85a7f48148", "audio_path": "audio/test/foa_96194037ba85a7f48148.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.5 degrees", "canonical_answer": "-50.5 degrees", "answer_meta": {"elevation_deg": -50.5}}
{"qa_id": "qa_8023aafc3ef7d1b8f3da", "split": "test", "audio_id": "foa_2b21205b497a930d34c5", "audio_path": "audio/test/foa_2b21205b497a930d34c5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below the listener is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_a7fca1bb6cbe02704955", "split": "test", "audio_id": "foa_aeb716c9337d861e1bea", "audio_path": "audio/test/foa_aeb716c9337d861e1bea.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a gong from 10.9s to 17.1s, female speech from 13.6s to 14.6s, and tearing from 14.6s to 18.0s.", "canonical_answer": "gong (10.9s to 17.1s); female speech (13.6s to 14.6s); tearing (14.6s to 18.0s)", "answer_meta": {}}
{"qa_id": "qa_2beea0118a95211ee4fa", "split": "test", "audio_id": "foa_d14986ddea74309bb0b3", "audio_path": "audio/test/foa_d14986ddea74309bb0b3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the telephone alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is active from 0.2s to 0.8s.", "canonical_answer": "0.2s to 0.8s", "answer_meta": {"time_span": [0.2, 0.8]}}
{"qa_id": "qa_914de31cb2508dbe7b99", "split": "test", "audio_id": "foa_565db35459967c3051c0", "audio_path": "audio/test/foa_565db35459967c3051c0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=35.5 degrees, elevation=-29.1 degrees? Answer in one sentence.", "answer": "A cat is the source heard at azimuth=35.5 degrees and elevation=-29.1 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_620a8f5589ec9fa986ee", "split": "test", "audio_id": "foa_2d25379bdc0d3a3d7a2b", "audio_path": "audio/test/foa_2d25379bdc0d3a3d7a2b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the zipper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.4 degrees", "canonical_answer": "1.4 degrees", "answer_meta": {"elevation_deg": 1.4}}
{"qa_id": "qa_e334fb9bcfd83ec3f601", "split": "test", "audio_id": "foa_674f12635863e5c52e00", "audio_path": "audio/test/foa_674f12635863e5c52e00.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 0.0s to 2.1s.", "canonical_answer": "0.0s to 2.1s", "answer_meta": {"time_span": [0.0, 2.1]}}
{"qa_id": "qa_271c8793ab7adbfc63d1", "split": "test", "audio_id": "foa_2fe17ca6d340649175e8", "audio_path": "audio/test/foa_2fe17ca6d340649175e8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the frog coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.9 degrees", "canonical_answer": "-20.9 degrees", "answer_meta": {"azimuth_deg": -20.9}}
{"qa_id": "qa_a83fa21c211ec64e74ae", "split": "test", "audio_id": "foa_0d605feba003471cf61f", "audio_path": "audio/test/foa_0d605feba003471cf61f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The source located at the back-right and below is a musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_cc8a1af7d04e006e9580", "split": "test", "audio_id": "foa_1e0d3123b0f608ad7e13", "audio_path": "audio/test/foa_1e0d3123b0f608ad7e13.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 0.1s to 2.4s.", "canonical_answer": "human vocalization (0.1s to 2.4s)", "answer_meta": {"time_span": [0.1, 2.4]}}
{"qa_id": "qa_0997af3ad5cbee849c2e", "split": "test", "audio_id": "foa_78f49daef8eb7b50aadf", "audio_path": "audio/test/foa_78f49daef8eb7b50aadf.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span during which the knock event occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock event occurs from 0.8s to 9.1s.", "canonical_answer": "0.8s to 9.1s", "answer_meta": {"time_span": [0.8, 9.1]}}
{"qa_id": "qa_b9f85c29569b981102b7", "split": "test", "audio_id": "foa_4f832d31cb7115997e2a", "audio_path": "audio/test/foa_4f832d31cb7115997e2a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains typing from 0.4s to 4.3s.", "canonical_answer": "typing (0.4s to 4.3s)", "answer_meta": {"time_span": [0.4, 4.3]}}
{"qa_id": "qa_9a4daf235dbee92b5243", "split": "test", "audio_id": "foa_d89dd45d3b055dfb1967", "audio_path": "audio/test/foa_d89dd45d3b055dfb1967.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the footsteps coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "95.7 degrees", "canonical_answer": "95.7 degrees", "answer_meta": {"azimuth_deg": 95.7}}
{"qa_id": "qa_5ec4f41821ccde2dc745", "split": "test", "audio_id": "foa_cdf294e130177932d134", "audio_path": "audio/test/foa_cdf294e130177932d134.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-46.2 degrees, elevation=3.6 degrees. Answer in one sentence.", "answer": "The sound source located at azimuth -46.2 degrees and elevation 3.6 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_4e609301b770a0bbac20", "split": "test", "audio_id": "foa_fc0366e695200ac314ae", "audio_path": "audio/test/foa_fc0366e695200ac314ae.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above the listener is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_db7db3f263e97b88ca3c", "split": "test", "audio_id": "foa_2ae0fd219a0e3a17d148", "audio_path": "audio/test/foa_2ae0fd219a0e3a17d148.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_be73e2a46bd9a6d00874", "split": "test", "audio_id": "foa_610bf362fd471daedd6e", "audio_path": "audio/test/foa_610bf362fd471daedd6e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this recording, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio recording contains the sound of a gong occurring from 0.1s to 2.2s.", "canonical_answer": "gong (0.1s to 2.2s)", "answer_meta": {"time_span": [0.1, 2.2]}}
{"qa_id": "qa_2b470884cd0a7f755961", "split": "test", "audio_id": "foa_1ca58c6b51d7bd065c0e", "audio_path": "audio/test/foa_1ca58c6b51d7bd065c0e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-105.4 degrees, elevation=2.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-105.4 degrees and elevation=2.6 degrees is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_d6a6e1f2a7bf355c6efa", "split": "test", "audio_id": "foa_b99e2be05a4caf5b5190", "audio_path": "audio/test/foa_b99e2be05a4caf5b5190.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_f8e6b017f20c7b001e56", "split": "test", "audio_id": "foa_3b0588736885b5f4bd2a", "audio_path": "audio/test/foa_3b0588736885b5f4bd2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.6 degrees", "canonical_answer": "-9.6 degrees", "answer_meta": {"elevation_deg": -9.6}}
{"qa_id": "qa_cde8728af529603ecd5c", "split": "test", "audio_id": "foa_c317a132e4105bf84618", "audio_path": "audio/test/foa_c317a132e4105bf84618.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the finger snapping occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping occurs from 0.0s to 5.2s.", "canonical_answer": "0.0s to 5.2s", "answer_meta": {"time_span": [0.0, 5.2]}}
{"qa_id": "qa_8625032c9814c2eebb0d", "split": "test", "audio_id": "foa_fe4a3b79db29234c8bac", "audio_path": "audio/test/foa_fe4a3b79db29234c8bac.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the writing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.5 degrees", "canonical_answer": "-80.5 degrees", "answer_meta": {"azimuth_deg": -80.5}}
{"qa_id": "qa_48ad5fd278651d80ead7", "split": "test", "audio_id": "foa_e496c50dad9f9584c761", "audio_path": "audio/test/foa_e496c50dad9f9584c761.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.1 degrees", "canonical_answer": "-1.1 degrees", "answer_meta": {"elevation_deg": -1.1}}
{"qa_id": "qa_c2020ae0d229eb621665", "split": "test", "audio_id": "foa_a0427f27e761f3ee4458", "audio_path": "audio/test/foa_a0427f27e761f3ee4458.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the musical instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument is active from 0.0s to 4.0s.", "canonical_answer": "0.0s to 4.0s", "answer_meta": {"time_span": [0.0, 4.0]}}
{"qa_id": "qa_ea2fbaf6ea9f80b9a09c", "split": "test", "audio_id": "foa_7aac9811624502ba1422", "audio_path": "audio/test/foa_7aac9811624502ba1422.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain occurring from 0.0s to 12.0s.", "canonical_answer": "rain (0.0s to 12.0s)", "answer_meta": {"time_span": [0.0, 12.0]}}
{"qa_id": "qa_0cdc0bd95449b1c204d1", "split": "test", "audio_id": "foa_2d2a0cae201f442aa4ac", "audio_path": "audio/test/foa_2d2a0cae201f442aa4ac.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left side? Answer in one sentence.", "answer": "The sound originating from the left is a telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_fbf95288fd86fcdfb905", "split": "test", "audio_id": "foa_e7044633e8e1ffd7fdc8", "audio_path": "audio/test/foa_e7044633e8e1ffd7fdc8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=79.6 degrees, elevation=-41.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=79.6 degrees and elevation=-41.8 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c32b8f75273438529497", "split": "test", "audio_id": "foa_35b61719e833f576f8bb", "audio_path": "audio/test/foa_35b61719e833f576f8bb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the knock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "42.3 degrees", "canonical_answer": "42.3 degrees", "answer_meta": {"azimuth_deg": 42.3}}
{"qa_id": "qa_582747fb31a6361b55c3", "split": "test", "audio_id": "foa_901852ae8a861ad5d7d5", "audio_path": "audio/test/foa_901852ae8a861ad5d7d5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-83.6 degrees, elevation=0.5 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth -83.6 degrees and elevation 0.5 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_7561ba99ee6cc7ae5177", "split": "test", "audio_id": "foa_4dc86f60c9b4b7c96bff", "audio_path": "audio/test/foa_4dc86f60c9b4b7c96bff.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird from 0.1s to 4.5s.", "canonical_answer": "bird (0.1s to 4.5s)", "answer_meta": {"time_span": [0.1, 4.5]}}
{"qa_id": "qa_2a01afced9e25f865b9e", "split": "test", "audio_id": "foa_bad94742a97a725373e9", "audio_path": "audio/test/foa_bad94742a97a725373e9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "61.6 degrees", "canonical_answer": "61.6 degrees", "answer_meta": {"azimuth_deg": 61.6}}
{"qa_id": "qa_736f99ea4bc8ffd52138", "split": "test", "audio_id": "foa_259794bdf49006bf39c6", "audio_path": "audio/test/foa_259794bdf49006bf39c6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.4s to 13.8s.", "canonical_answer": "0.4s to 13.8s", "answer_meta": {"time_span": [0.4, 13.8]}}
{"qa_id": "qa_04ad9046ebcf36b94d39", "split": "test", "audio_id": "foa_1fee5ee1377030a3e577", "audio_path": "audio/test/foa_1fee5ee1377030a3e577.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the writing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.6 degrees", "canonical_answer": "2.6 degrees", "answer_meta": {"elevation_deg": 2.6}}
{"qa_id": "qa_ab85aca19a23c241a47b", "split": "test", "audio_id": "foa_622bc18b9799fbb8c59a", "audio_path": "audio/test/foa_622bc18b9799fbb8c59a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and above the listener is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_9824af6c42f416b56186", "split": "test", "audio_id": "foa_fe05207811a6b097146e", "audio_path": "audio/test/foa_fe05207811a6b097146e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is emanating from the back-left and above? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_d1aad24141fc5aa5b3b5", "split": "test", "audio_id": "foa_d7b0f0c80e88cda4af62", "audio_path": "audio/test/foa_d7b0f0c80e88cda4af62.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the door active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door is active from 0.0s to 6.0s.", "canonical_answer": "0.0s to 6.0s", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_40b916dbf80c73afe14e", "split": "test", "audio_id": "foa_61d921b012d39caa6603", "audio_path": "audio/test/foa_61d921b012d39caa6603.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "137.9 degrees", "canonical_answer": "137.9 degrees", "answer_meta": {"azimuth_deg": 137.9}}
{"qa_id": "qa_f0fb19d919be5fd8ab7a", "split": "test", "audio_id": "foa_4d20e6bf8854d2b618c1", "audio_path": "audio/test/foa_4d20e6bf8854d2b618c1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=145.1 degrees, elevation=32.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=145.1 degrees and elevation=32.5 degrees is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_db8197a1a5e44b025a18", "split": "test", "audio_id": "foa_055799f0ef44a047c866", "audio_path": "audio/test/foa_055799f0ef44a047c866.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "A thunderstorm is present in the recording from 0.8s to 10.6s.", "canonical_answer": "thunderstorm (0.8s to 10.6s)", "answer_meta": {"time_span": [0.8, 10.6]}}
{"qa_id": "qa_6ca160aaeaef202b1563", "split": "test", "audio_id": "foa_ca66b46ebff22b18d425", "audio_path": "audio/test/foa_ca66b46ebff22b18d425.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.4 degrees", "canonical_answer": "-19.4 degrees", "answer_meta": {"elevation_deg": -19.4}}
{"qa_id": "qa_7638f702ab4c1dce7eaf", "split": "test", "audio_id": "foa_b95015b18520c331fe8d", "audio_path": "audio/test/foa_b95015b18520c331fe8d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the typing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.0s to 3.9s.", "canonical_answer": "0.0s to 3.9s", "answer_meta": {"time_span": [0.0, 3.9]}}
{"qa_id": "qa_80c3a57e542d1c1b1806", "split": "test", "audio_id": "foa_d12fa8603201abfd6686", "audio_path": "audio/test/foa_d12fa8603201abfd6686.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_ab9da40520c0ca910643", "split": "test", "audio_id": "foa_76e53334bd8ba558ba04", "audio_path": "audio/test/foa_76e53334bd8ba558ba04.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the dog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-151.2 degrees", "canonical_answer": "-151.2 degrees", "answer_meta": {"azimuth_deg": -151.2}}
{"qa_id": "qa_7ddd5ef2181cdaaba498", "split": "test", "audio_id": "foa_b17d8b1ad0e4bb7cf348", "audio_path": "audio/test/foa_b17d8b1ad0e4bb7cf348.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features finger snapping from 1.1s to 10.6s, female speech from 2.5s to 3.5s, and a cat from 10.3s to 11.7s.", "canonical_answer": "finger snapping (1.1s to 10.6s); female speech (2.5s to 3.5s); cat (10.3s to 11.7s)", "answer_meta": {}}
{"qa_id": "qa_214b9498a0ab39db8fea", "split": "test", "audio_id": "foa_ee2717e757e346ab6a66", "audio_path": "audio/test/foa_ee2717e757e346ab6a66.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the paper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.3 degrees", "canonical_answer": "-38.3 degrees", "answer_meta": {"elevation_deg": -38.3}}
{"qa_id": "qa_712d53a94f9afa7ed495", "split": "test", "audio_id": "foa_595f647c9c279a8a2c0c", "audio_path": "audio/test/foa_595f647c9c279a8a2c0c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-57.2 degrees, elevation=-3.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-57.2 degrees and elevation=-3.6 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_6ed978f013aa70833e13", "split": "test", "audio_id": "foa_b1a43a0f79730f58d87d", "audio_path": "audio/test/foa_b1a43a0f79730f58d87d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the fire be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire is active from 0.4s to 3.6s.", "canonical_answer": "0.4s to 3.6s", "answer_meta": {"time_span": [0.4, 3.6]}}
{"qa_id": "qa_c58ce247bd6520bae06a", "split": "test", "audio_id": "foa_2bb3d5c4e2c0cfcf8bbb", "audio_path": "audio/test/foa_2bb3d5c4e2c0cfcf8bbb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound from 0.1s to 1.8s.", "canonical_answer": "war sound (0.1s to 1.8s)", "answer_meta": {"time_span": [0.1, 1.8]}}
{"qa_id": "qa_d63d617b4279f33bb1fd", "split": "test", "audio_id": "foa_e302d1d434992384b87a", "audio_path": "audio/test/foa_e302d1d434992384b87a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=4.7 degrees, elevation=-32.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=4.7 degrees and elevation=-32.0 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_3b7fb17a41b0ba8b8ec1", "split": "test", "audio_id": "foa_7cf8caea2d8d1b259511", "audio_path": "audio/test/foa_7cf8caea2d8d1b259511.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.7 degrees", "canonical_answer": "-1.7 degrees", "answer_meta": {"elevation_deg": -1.7}}
{"qa_id": "qa_15b81e20f0e1db795888", "split": "test", "audio_id": "foa_b4b058aaea61dcd96864", "audio_path": "audio/test/foa_b4b058aaea61dcd96864.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the front? Answer in one sentence.", "answer": "The sound coming from the front is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_78e8e80dac8fcfd34d15", "split": "test", "audio_id": "foa_b3e8ce389bb54bc8d263", "audio_path": "audio/test/foa_b3e8ce389bb54bc8d263.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "131.1 degrees", "canonical_answer": "131.1 degrees", "answer_meta": {"azimuth_deg": 131.1}}
{"qa_id": "qa_e97d79ec0da3e8e0ce64", "split": "test", "audio_id": "foa_bd971a5c3f2d62096ddd", "audio_path": "audio/test/foa_bd971a5c3f2d62096ddd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "64.8 degrees", "canonical_answer": "64.8 degrees", "answer_meta": {"azimuth_deg": 64.8}}
{"qa_id": "qa_723ab30014bc59b9a1b4", "split": "test", "audio_id": "foa_ec784ce79c54c79cf845", "audio_path": "audio/test/foa_ec784ce79c54c79cf845.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock from 0.5s to 13.2s, singing from 4.1s to 15.0s, a zipper from 5.0s to 5.5s, and singing from 9.9s to 15.1s.", "canonical_answer": "knock (0.5s to 13.2s); singing (4.1s to 15.0s); zipper (5.0s to 5.5s); singing (9.9s to 15.1s)", "answer_meta": {}}
{"qa_id": "qa_15d32816d948d0ab5755", "split": "test", "audio_id": "foa_c2cf900fabb8d7db0d81", "audio_path": "audio/test/foa_c2cf900fabb8d7db0d81.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the drum audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum can be heard from 0.0s to 2.3s.", "canonical_answer": "0.0s to 2.3s", "answer_meta": {"time_span": [0.0, 2.3]}}
{"qa_id": "qa_847d02c0fced8779becf", "split": "test", "audio_id": "foa_fc77ad59e3cdf80686a1", "audio_path": "audio/test/foa_fc77ad59e3cdf80686a1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-110.5 degrees, elevation=-21.3 degrees? Answer in one sentence.", "answer": "A tool is located at azimuth -110.5 degrees and elevation -21.3 degrees.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_d075f557646484eea025", "split": "test", "audio_id": "foa_9315e80ae39d6fcc907a", "audio_path": "audio/test/foa_9315e80ae39d6fcc907a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below? Answer in one sentence.", "answer": "The sound source located to the front-right and below is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_cbe9532e24fb99146282", "split": "test", "audio_id": "foa_e5662afd505ce61c0f15", "audio_path": "audio/test/foa_e5662afd505ce61c0f15.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.1 degrees", "canonical_answer": "3.1 degrees", "answer_meta": {"elevation_deg": 3.1}}
{"qa_id": "qa_19b73d68033b3cd35545", "split": "test", "audio_id": "foa_8adb1e2ac559600b06c5", "audio_path": "audio/test/foa_8adb1e2ac559600b06c5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the writing event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing event is active from 0.4s to 1.0s.", "canonical_answer": "0.4s to 1.0s", "answer_meta": {"time_span": [0.4, 1.0]}}
{"qa_id": "qa_07612344b892be5d0239", "split": "test", "audio_id": "foa_bc5cde577e3978ce0b8e", "audio_path": "audio/test/foa_bc5cde577e3978ce0b8e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the glass in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.8 degrees", "canonical_answer": "-10.8 degrees", "answer_meta": {"elevation_deg": -10.8}}
{"qa_id": "qa_8412f486d082bc36b741", "split": "test", "audio_id": "foa_74b934bf8df0f6b06843", "audio_path": "audio/test/foa_74b934bf8df0f6b06843.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-72.3 degrees", "canonical_answer": "-72.3 degrees", "answer_meta": {"azimuth_deg": -72.3}}
{"qa_id": "qa_bb64df4bf3c5f388c469", "split": "test", "audio_id": "foa_956972d4f389f4cc6ce3", "audio_path": "audio/test/foa_956972d4f389f4cc6ce3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the identity of the sound source located at the front-left? Answer in one sentence.", "answer": "The sound source located at the front-left is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_252f1a4a8a9a0cd12a77", "split": "test", "audio_id": "foa_9fe3ecc8c7978eb0033d", "audio_path": "audio/test/foa_9fe3ecc8c7978eb0033d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=138.0 degrees, elevation=-5.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=138.0 degrees, elevation=-5.1 degrees is a crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_a62a974aba73f1171227", "split": "test", "audio_id": "foa_a4c37928e1099c78e9ef", "audio_path": "audio/test/foa_a4c37928e1099c78e9ef.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains scratch from 0.0s to 0.7s, another scratch from 0.0s to 0.7s, and a third scratch from 0.0s to 0.9s.", "canonical_answer": "scratch (0.0s to 0.7s); scratch (0.0s to 0.7s); scratch (0.0s to 0.9s)", "answer_meta": {}}
{"qa_id": "qa_de173e2b2e44f8ef51c5", "split": "test", "audio_id": "foa_6a58d2dedf7472adea8a", "audio_path": "audio/test/foa_6a58d2dedf7472adea8a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the crushing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-47.2 degrees", "canonical_answer": "-47.2 degrees", "answer_meta": {"azimuth_deg": -47.2}}
{"qa_id": "qa_688d680f65ec677340bb", "split": "test", "audio_id": "foa_56ba0d5e5d1a737ea835", "audio_path": "audio/test/foa_56ba0d5e5d1a737ea835.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.0s to 17.2s, laughter from 2.2s to 5.9s, and tape from 14.2s to 20.0s.", "canonical_answer": "speech (0.0s to 17.2s); laughter (2.2s to 5.9s); tape (14.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_f6f11aa0b853ff7139e7", "split": "test", "audio_id": "foa_1f6c26dfe56dfb44db2e", "audio_path": "audio/test/foa_1f6c26dfe56dfb44db2e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source coming from the right and below is a dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_0c6e505bf5531f1dacda", "split": "test", "audio_id": "foa_08a55ee245b59d8eba3f", "audio_path": "audio/test/foa_08a55ee245b59d8eba3f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the typing sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.3s to 7.6s.", "canonical_answer": "0.3s to 7.6s", "answer_meta": {"time_span": [0.3, 7.6]}}
{"qa_id": "qa_c533c3fdabbf9bbb9999", "split": "test", "audio_id": "foa_8d8f04e34d59d98aea9a", "audio_path": "audio/test/foa_8d8f04e34d59d98aea9a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at azimuth -84.2 degrees and elevation 12.4 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth -84.2 degrees and elevation 12.4 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_3c0cfb3c4aceb24cc84a", "split": "test", "audio_id": "foa_25d1b5c098e52c33d067", "audio_path": "audio/test/foa_25d1b5c098e52c33d067.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.2 degrees", "canonical_answer": "-36.2 degrees", "answer_meta": {"elevation_deg": -36.2}}
{"qa_id": "qa_750060170e68d76ca65d", "split": "test", "audio_id": "foa_2a0dac3c1ca378f82fd9", "audio_path": "audio/test/foa_2a0dac3c1ca378f82fd9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-41.6 degrees, elevation=-16.3 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -41.6 degrees and elevation -16.3 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_80b773696716b7ae7f9c", "split": "test", "audio_id": "foa_4e640ee6056a62d691b4", "audio_path": "audio/test/foa_4e640ee6056a62d691b4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the knock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock event occurs from 10.7s to 11.5s.", "canonical_answer": "10.7s to 11.5s", "answer_meta": {"time_span": [10.7, 11.5]}}
{"qa_id": "qa_81cad193087e603cda88", "split": "test", "audio_id": "foa_edb0861df1652667a0cc", "audio_path": "audio/test/foa_edb0861df1652667a0cc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization occurring from 1.2s to 3.2s.", "canonical_answer": "human vocalization (1.2s to 3.2s)", "answer_meta": {"time_span": [1.2, 3.2]}}
{"qa_id": "qa_8f101a91c7c8f4659eec", "split": "test", "audio_id": "foa_13784ae3ab720941233f", "audio_path": "audio/test/foa_13784ae3ab720941233f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the footsteps? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "53.9 degrees", "canonical_answer": "53.9 degrees", "answer_meta": {"azimuth_deg": 53.9}}
{"qa_id": "qa_4aa6a7c0fdff316ea785", "split": "test", "audio_id": "foa_02122829ba9012fbb0a9", "audio_path": "audio/test/foa_02122829ba9012fbb0a9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.5 degrees", "canonical_answer": "-39.5 degrees", "answer_meta": {"elevation_deg": -39.5}}
{"qa_id": "qa_0bee343d026f711cba0b", "split": "test", "audio_id": "foa_568568e61fb985308e37", "audio_path": "audio/test/foa_568568e61fb985308e37.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the front-left and above? Answer in one sentence.", "answer": "The sound coming from the front-left and above is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_499991fcc8b60a9ec40b", "split": "test", "audio_id": "foa_2f68916b5ceb64be22f5", "audio_path": "audio/test/foa_2f68916b5ceb64be22f5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-25.1 degrees, elevation=11.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-25.1 degrees, elevation=11.8 degrees is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_acf7f58108f686710466", "split": "test", "audio_id": "foa_dcfa3e3affa1abc71e68", "audio_path": "audio/test/foa_dcfa3e3affa1abc71e68.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.9 degrees", "canonical_answer": "-25.9 degrees", "answer_meta": {"elevation_deg": -25.9}}
{"qa_id": "qa_bf2f596301f14b157ef8", "split": "test", "audio_id": "foa_48125add61ece3057fc1", "audio_path": "audio/test/foa_48125add61ece3057fc1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains crackle from 0.0s to 1.8s.", "canonical_answer": "crackle (0.0s to 1.8s)", "answer_meta": {"time_span": [0.0, 1.8]}}
{"qa_id": "qa_dcbca65eea1daa484b0f", "split": "test", "audio_id": "foa_98430da6faef9d7c1f94", "audio_path": "audio/test/foa_98430da6faef9d7c1f94.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.5s to 10.8s.", "canonical_answer": "0.5s to 10.8s", "answer_meta": {"time_span": [0.5, 10.8]}}
{"qa_id": "qa_83f320681d2898ee2290", "split": "test", "audio_id": "foa_de82b55fca36ad1641a9", "audio_path": "audio/test/foa_de82b55fca36ad1641a9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The sound source coming from the front-right and below is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_f915acdbabafd65dc8e6", "split": "test", "audio_id": "foa_8df87ee15923e49efe62", "audio_path": "audio/test/foa_8df87ee15923e49efe62.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the car in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-88.1 degrees", "canonical_answer": "-88.1 degrees", "answer_meta": {"azimuth_deg": -88.1}}
{"qa_id": "qa_0ac1750500f76f300255", "split": "test", "audio_id": "foa_73b02adbfb69b6d8b247", "audio_path": "audio/test/foa_73b02adbfb69b6d8b247.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the typing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.0s to 6.0s.", "canonical_answer": "0.0s to 6.0s", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_e662348741ff2656deb7", "split": "test", "audio_id": "foa_5b8bcf688210f828d1a0", "audio_path": "audio/test/foa_5b8bcf688210f828d1a0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.6 degrees", "canonical_answer": "-59.6 degrees", "answer_meta": {"azimuth_deg": -59.6}}
{"qa_id": "qa_89b75c59d0aaf88cc3dd", "split": "test", "audio_id": "foa_f72e62e8896d27a04463", "audio_path": "audio/test/foa_f72e62e8896d27a04463.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_0032624243482b8c0528", "split": "test", "audio_id": "foa_a5446b5c7a479d412ffd", "audio_path": "audio/test/foa_a5446b5c7a479d412ffd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.5s to 3.0s and another instance of speech from 0.6s to 2.3s.", "canonical_answer": "speech (0.5s to 3.0s); speech (0.6s to 2.3s)", "answer_meta": {}}
{"qa_id": "qa_78f21648815e38ce0e9d", "split": "test", "audio_id": "foa_89b11a2be640a7d36867", "audio_path": "audio/test/foa_89b11a2be640a7d36867.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=2.3 degrees, elevation=1.5 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth=2.3 degrees and elevation=1.5 degrees is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_405c1396b225d82ec5bd", "split": "test", "audio_id": "foa_f412e52a8173e7e50265", "audio_path": "audio/test/foa_f412e52a8173e7e50265.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.3 degrees", "canonical_answer": "19.3 degrees", "answer_meta": {"elevation_deg": 19.3}}
{"qa_id": "qa_668403b949f4ff61f0ce", "split": "test", "audio_id": "foa_323aaae35df6f3da96a7", "audio_path": "audio/test/foa_323aaae35df6f3da96a7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard coming from the front-left and below of the listener? Answer in one sentence.", "answer": "The source heard from the front-left and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_60004f7914bba2866a6d", "split": "test", "audio_id": "foa_ef256fb1241416777e42", "audio_path": "audio/test/foa_ef256fb1241416777e42.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features laughter from 0.7s to 14.0s, a telephone alarm from 1.7s to 3.8s, and singing from 8.4s to 17.9s.", "canonical_answer": "laughter (0.7s to 14.0s); telephone alarm (1.7s to 3.8s); singing (8.4s to 17.9s)", "answer_meta": {}}
{"qa_id": "qa_3de572f19a55f8139603", "split": "test", "audio_id": "foa_85e60f021766c0e43774", "audio_path": "audio/test/foa_85e60f021766c0e43774.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=35.5 degrees, elevation=15.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=35.5 degrees, elevation=15.3 degrees is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_f6231d6e27e32547ee65", "split": "test", "audio_id": "foa_d81f6485efd439239b74", "audio_path": "audio/test/foa_d81f6485efd439239b74.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the female speech audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech is active from 0.5s to 2.0s.", "canonical_answer": "0.5s to 2.0s", "answer_meta": {"time_span": [0.5, 2.0]}}
{"qa_id": "qa_847d2b4ce312887fec39", "split": "test", "audio_id": "foa_d4eaf735a1d7a0abaf84", "audio_path": "audio/test/foa_d4eaf735a1d7a0abaf84.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.0 degrees", "canonical_answer": "-20.0 degrees", "answer_meta": {"elevation_deg": -20.0}}
{"qa_id": "qa_644caf3c1c2a20240296", "split": "test", "audio_id": "foa_385b51d109360a1507ad", "audio_path": "audio/test/foa_385b51d109360a1507ad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the frog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "112.5 degrees", "canonical_answer": "112.5 degrees", "answer_meta": {"azimuth_deg": 112.5}}
{"qa_id": "qa_a870ae3b7064d56c8318", "split": "test", "audio_id": "foa_1749289eeefd1318b404", "audio_path": "audio/test/foa_1749289eeefd1318b404.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument from 0.0s to 4.9s.", "canonical_answer": "wind instrument (0.0s to 4.9s)", "answer_meta": {"time_span": [0.0, 4.9]}}
{"qa_id": "qa_23cd21af6022fa92ab2e", "split": "test", "audio_id": "foa_60a2de5a4dae3ac8ea05", "audio_path": "audio/test/foa_60a2de5a4dae3ac8ea05.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=99.2 degrees, elevation=-56.8 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=99.2 degrees, elevation=-56.8 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_fe145dac44fd43a9cb84", "split": "test", "audio_id": "foa_07af0af7af40fea08ca2", "audio_path": "audio/test/foa_07af0af7af40fea08ca2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "169.9 degrees", "canonical_answer": "169.9 degrees", "answer_meta": {"azimuth_deg": 169.9}}
{"qa_id": "qa_5d9a12d1da43bad994ab", "split": "test", "audio_id": "foa_0660dfaac5007b353889", "audio_path": "audio/test/foa_0660dfaac5007b353889.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the duration of the male speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech event occurs from 1.1s to 3.5s.", "canonical_answer": "1.1s to 3.5s", "answer_meta": {"time_span": [1.1, 3.5]}}
{"qa_id": "qa_95dda2a940b61a285678", "split": "test", "audio_id": "foa_5a82f9b020b9cf16d735", "audio_path": "audio/test/foa_5a82f9b020b9cf16d735.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left side? Answer in one sentence.", "answer": "The sound coming from the back-left is a tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_ce82c558b1ddbd01ca58", "split": "test", "audio_id": "foa_1df39210e540c39bc607", "audio_path": "audio/test/foa_1df39210e540c39bc607.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_c32b13e013b235468c32", "split": "test", "audio_id": "foa_b5cb3e2019295fad66d6", "audio_path": "audio/test/foa_b5cb3e2019295fad66d6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right side? Answer in one sentence.", "answer": "The sound coming from the back-right is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_14d00560a9817ab08cdf", "split": "test", "audio_id": "foa_2d985295cd7e2d2300f7", "audio_path": "audio/test/foa_2d985295cd7e2d2300f7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.2 degrees", "canonical_answer": "-9.2 degrees", "answer_meta": {"elevation_deg": -9.2}}
{"qa_id": "qa_e4058f10e56315ab46cb", "split": "test", "audio_id": "foa_6d78b36de24b3f932af8", "audio_path": "audio/test/foa_6d78b36de24b3f932af8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=60.7 degrees, elevation=-24.6 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth 60.7 degrees and elevation -24.6 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e37025bf9b392a39e39f", "split": "test", "audio_id": "foa_b4025f3ddf42b1329886", "audio_path": "audio/test/foa_b4025f3ddf42b1329886.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the footsteps active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps sound is active from 10.3s to 12.2s.", "canonical_answer": "10.3s to 12.2s", "answer_meta": {"time_span": [10.3, 12.2]}}
{"qa_id": "qa_aebce9cc36ff49746e28", "split": "test", "audio_id": "foa_6e28c7a3e5051d010d60", "audio_path": "audio/test/foa_6e28c7a3e5051d010d60.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a keyboard instrument from 0.0s to 2.0s.", "canonical_answer": "keyboard instrument (0.0s to 2.0s)", "answer_meta": {"time_span": [0.0, 2.0]}}
{"qa_id": "qa_baaf19f47931586b34ac", "split": "test", "audio_id": "foa_c94ca7c19e1443b49265", "audio_path": "audio/test/foa_c94ca7c19e1443b49265.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-91.5 degrees", "canonical_answer": "-91.5 degrees", "answer_meta": {"azimuth_deg": -91.5}}
{"qa_id": "qa_8c2adb49bd488334228d", "split": "test", "audio_id": "foa_c0f1a7b6cbc05a1163c9", "audio_path": "audio/test/foa_c0f1a7b6cbc05a1163c9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-135.1 degrees, elevation=7.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-135.1 degrees, elevation=7.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_03904386082db746b343", "split": "test", "audio_id": "foa_f257c9a91832fa424b2d", "audio_path": "audio/test/foa_f257c9a91832fa424b2d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and below is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_96351a28462ed80c9395", "split": "test", "audio_id": "foa_c3944e33c7ce6dc36e40", "audio_path": "audio/test/foa_c3944e33c7ce6dc36e40.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cooking? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "174.3 degrees", "canonical_answer": "174.3 degrees", "answer_meta": {"azimuth_deg": 174.3}}
{"qa_id": "qa_06bea537a9a168521c33", "split": "test", "audio_id": "foa_b76601427875aeb5fdb2", "audio_path": "audio/test/foa_b76601427875aeb5fdb2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.9 degrees", "canonical_answer": "21.9 degrees", "answer_meta": {"elevation_deg": 21.9}}
{"qa_id": "qa_5ec2252cfc920d4271c8", "split": "test", "audio_id": "foa_cae48a4410146e9d7f14", "audio_path": "audio/test/foa_cae48a4410146e9d7f14.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 0.2s to 1.6s.", "canonical_answer": "human vocalization (0.2s to 1.6s)", "answer_meta": {"time_span": [0.2, 1.6]}}
{"qa_id": "qa_2e647578da28e705c0d3", "split": "test", "audio_id": "foa_c11a8930f4d82bd6850b", "audio_path": "audio/test/foa_c11a8930f4d82bd6850b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wood active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wood is active from 0.0s to 0.5s.", "canonical_answer": "0.0s to 0.5s", "answer_meta": {"time_span": [0.0, 0.5]}}
{"qa_id": "qa_1db15ed26cac88360e7a", "split": "test", "audio_id": "foa_e127effc35ca638b3757", "audio_path": "audio/test/foa_e127effc35ca638b3757.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the sound of the clock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock is active from 0.4s to 16.6s.", "canonical_answer": "0.4s to 16.6s", "answer_meta": {"time_span": [0.4, 16.6]}}
{"qa_id": "qa_26d58c903c95dc9ac72b", "split": "test", "audio_id": "foa_58ab74bc23e9bc97a50c", "audio_path": "audio/test/foa_58ab74bc23e9bc97a50c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source located at the front is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_0c71dfcf3737261d8b4b", "split": "test", "audio_id": "foa_14838c125c80fda1f047", "audio_path": "audio/test/foa_14838c125c80fda1f047.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing occurring from 0.3s to 5.5s.", "canonical_answer": "singing (0.3s to 5.5s)", "answer_meta": {"time_span": [0.3, 5.5]}}
{"qa_id": "qa_0da3b0516f3952f1cf24", "split": "test", "audio_id": "foa_a193d80fc5b66b8781de", "audio_path": "audio/test/foa_a193d80fc5b66b8781de.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=34.1 degrees, elevation=-18.5 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth 34.1 degrees and elevation -18.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_abd0e9c29abf1ff6fec1", "split": "test", "audio_id": "foa_3f13b1466aa250ee835e", "audio_path": "audio/test/foa_3f13b1466aa250ee835e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.5 degrees", "canonical_answer": "-14.5 degrees", "answer_meta": {"azimuth_deg": -14.5}}
{"qa_id": "qa_7f3702579cd2f381e09c", "split": "test", "audio_id": "foa_2c4b5b4b7b991ca3cf12", "audio_path": "audio/test/foa_2c4b5b4b7b991ca3cf12.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.7 degrees", "canonical_answer": "-13.7 degrees", "answer_meta": {"elevation_deg": -13.7}}
{"qa_id": "qa_3baec601ef782fb0a777", "split": "test", "audio_id": "foa_6624e02d749be03841ea", "audio_path": "audio/test/foa_6624e02d749be03841ea.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat from 0.0s to 18.2s.", "canonical_answer": "cat (0.0s to 18.2s)", "answer_meta": {"time_span": [0.0, 18.2]}}
{"qa_id": "qa_f088c7bc86ef470d1f7e", "split": "test", "audio_id": "foa_8685a8fcda093507add5", "audio_path": "audio/test/foa_8685a8fcda093507add5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-65.8 degrees, elevation=-20.4 degrees. Answer in one sentence.", "answer": "The source located at azimuth -65.8 degrees and elevation -20.4 degrees is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_df7a559b3214aa299b06", "split": "test", "audio_id": "foa_b1265c492bdc1877c40d", "audio_path": "audio/test/foa_b1265c492bdc1877c40d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.8 degrees", "canonical_answer": "-14.8 degrees", "answer_meta": {"elevation_deg": -14.8}}
{"qa_id": "qa_4c1e946b1b80aba90ba5", "split": "test", "audio_id": "foa_cfb7a226fdf8fee746cb", "audio_path": "audio/test/foa_cfb7a226fdf8fee746cb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-73.8 degrees", "canonical_answer": "-73.8 degrees", "answer_meta": {"azimuth_deg": -73.8}}
{"qa_id": "qa_8699cc348c36000140c0", "split": "test", "audio_id": "foa_321f833eae5d61fef767", "audio_path": "audio/test/foa_321f833eae5d61fef767.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 7.8s to 8.5s.", "canonical_answer": "7.8s to 8.5s", "answer_meta": {"time_span": [7.8, 8.5]}}
{"qa_id": "qa_e51e6445001734663e25", "split": "test", "audio_id": "foa_6c77d1f0050159c3493d", "audio_path": "audio/test/foa_6c77d1f0050159c3493d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front of the listener? Answer in one sentence.", "answer": "The source coming from the front is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_c4ca76640042991909bb", "split": "test", "audio_id": "foa_825eb6ff24c3cfdbedaf", "audio_path": "audio/test/foa_825eb6ff24c3cfdbedaf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains male speech from 0.0s to 4.1s, an alarm from 1.8s to 4.6s, and a door from 4.1s to 5.9s.", "canonical_answer": "male speech (0.0s to 4.1s); alarm (1.8s to 4.6s); door (4.1s to 5.9s)", "answer_meta": {}}
{"qa_id": "qa_65363e3e801f23f38d1c", "split": "test", "audio_id": "foa_a9bb19de7409e930e2c0", "audio_path": "audio/test/foa_a9bb19de7409e930e2c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.3 degrees", "canonical_answer": "57.3 degrees", "answer_meta": {"azimuth_deg": 57.3}}
{"qa_id": "qa_eeea70b8e69bd74b649a", "split": "test", "audio_id": "foa_4dafbb135b79ce69394d", "audio_path": "audio/test/foa_4dafbb135b79ce69394d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.3 degrees", "canonical_answer": "6.3 degrees", "answer_meta": {"elevation_deg": 6.3}}
{"qa_id": "qa_c16d132eff09ef6529f6", "split": "test", "audio_id": "foa_bd595c108e048e217632", "audio_path": "audio/test/foa_bd595c108e048e217632.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=96.1 degrees, elevation=6.9 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=96.1 degrees and elevation=6.9 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_e3a4875222528c41102d", "split": "test", "audio_id": "foa_44979e2fcc60f44f8ad9", "audio_path": "audio/test/foa_44979e2fcc60f44f8ad9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the zipper sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper event is active from 0.6s to 17.9s.", "canonical_answer": "0.6s to 17.9s", "answer_meta": {"time_span": [0.6, 17.9]}}
{"qa_id": "qa_af7bb68ca2f6e343dad1", "split": "test", "audio_id": "foa_1aa3e39fd986e212377d", "audio_path": "audio/test/foa_1aa3e39fd986e212377d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above the listener? Answer in one sentence.", "answer": "The source coming from the back and above is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_227e9046dc1eb9b76b99", "split": "test", "audio_id": "foa_8ca85d2bc6ef637ec1b7", "audio_path": "audio/test/foa_8ca85d2bc6ef637ec1b7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the scratch be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is active from 0.0s to 1.8s.", "canonical_answer": "0.0s to 1.8s", "answer_meta": {"time_span": [0.0, 1.8]}}
{"qa_id": "qa_d9d4710540713240456e", "split": "test", "audio_id": "foa_64e6a70330a957d91a28", "audio_path": "audio/test/foa_64e6a70330a957d91a28.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right and below side? Answer in one sentence.", "answer": "The sound heard from the right and below is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_2823bd76956bf8cdfcfb", "split": "test", "audio_id": "foa_c7d5c575b7c46e52b7f7", "audio_path": "audio/test/foa_c7d5c575b7c46e52b7f7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.3 degrees", "canonical_answer": "-10.3 degrees", "answer_meta": {"azimuth_deg": -10.3}}
{"qa_id": "qa_c8998d1a5198fcc1cd41", "split": "test", "audio_id": "foa_1710234a553c11ce9b28", "audio_path": "audio/test/foa_1710234a553c11ce9b28.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "45.8 degrees", "canonical_answer": "45.8 degrees", "answer_meta": {"elevation_deg": 45.8}}
{"qa_id": "qa_102e934e6a5b87b7666d", "split": "test", "audio_id": "foa_ae8f3430d210336e72c0", "audio_path": "audio/test/foa_ae8f3430d210336e72c0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-79.7 degrees, elevation=2.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -79.7 degrees and elevation 2.0 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_e1b796f5743fa551bd9b", "split": "test", "audio_id": "foa_fe3658b54bb92049ce58", "audio_path": "audio/test/foa_fe3658b54bb92049ce58.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains kitchenware from 0.6s to 3.1s, body sound from 1.5s to 3.3s, and a dog from 3.0s to 4.6s.", "canonical_answer": "kitchenware (0.6s to 3.1s); body sound (1.5s to 3.3s); dog (3.0s to 4.6s)", "answer_meta": {}}
{"qa_id": "qa_c888ba3d6ddc4bda0e29", "split": "test", "audio_id": "foa_53528f65cc50a3f155b0", "audio_path": "audio/test/foa_53528f65cc50a3f155b0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the crushing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.8 degrees", "canonical_answer": "-3.8 degrees", "answer_meta": {"elevation_deg": -3.8}}
{"qa_id": "qa_bb06b824d5e8f8b4efb0", "split": "test", "audio_id": "foa_9b458f1e7be869df149b", "audio_path": "audio/test/foa_9b458f1e7be869df149b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the musical instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument is active from 6.8s to 16.3s.", "canonical_answer": "6.8s to 16.3s", "answer_meta": {"time_span": [6.8, 16.3]}}
{"qa_id": "qa_ec0ad49c3c4fc75ceb15", "split": "test", "audio_id": "foa_a71cc76da0ca4c2a60c0", "audio_path": "audio/test/foa_a71cc76da0ca4c2a60c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the appliance in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "85.3 degrees", "canonical_answer": "85.3 degrees", "answer_meta": {"azimuth_deg": 85.3}}
{"qa_id": "qa_e7d5a8bc6bea1865641c", "split": "test", "audio_id": "foa_197f370e1b7ff2e1e5e8", "audio_path": "audio/test/foa_197f370e1b7ff2e1e5e8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=13.6 degrees, elevation=-5.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=13.6 degrees and elevation=-5.8 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_32e42dfffa1764fba25c", "split": "test", "audio_id": "foa_07a8f83357961fa2af5e", "audio_path": "audio/test/foa_07a8f83357961fa2af5e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features war sound occurring from 0.1s to 0.5s.", "canonical_answer": "war sound (0.1s to 0.5s)", "answer_meta": {"time_span": [0.1, 0.5]}}
{"qa_id": "qa_3e93e09009def1234537", "split": "test", "audio_id": "foa_fea57c545aae9dd1cf5e", "audio_path": "audio/test/foa_fea57c545aae9dd1cf5e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_483dfaf2e08c2fac050e", "split": "test", "audio_id": "foa_a0ab8e2b9cfc74431e9b", "audio_path": "audio/test/foa_a0ab8e2b9cfc74431e9b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the female speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.0 degrees", "canonical_answer": "24.0 degrees", "answer_meta": {"elevation_deg": 24.0}}
{"qa_id": "qa_a6f76e8a50324ed88c40", "split": "test", "audio_id": "foa_6600733332be0c750149", "audio_path": "audio/test/foa_6600733332be0c750149.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-30.3 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-30.3 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b16f0b84526dee3648a5", "split": "test", "audio_id": "foa_a8e246a5e246ab4d3991", "audio_path": "audio/test/foa_a8e246a5e246ab4d3991.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the clock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.5 degrees", "canonical_answer": "57.5 degrees", "answer_meta": {"azimuth_deg": 57.5}}
{"qa_id": "qa_0281c54c854b26c9795e", "split": "test", "audio_id": "foa_09fd2ee204b5ad09f1fc", "audio_path": "audio/test/foa_09fd2ee204b5ad09f1fc.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the alarm occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 0.1s to 0.4s.", "canonical_answer": "0.1s to 0.4s", "answer_meta": {"time_span": [0.1, 0.4]}}
{"qa_id": "qa_56fdc71e27134980d52c", "split": "test", "audio_id": "foa_8ce0aa34ca0d6334a15f", "audio_path": "audio/test/foa_8ce0aa34ca0d6334a15f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool that can be heard from 0.0s to 1.4s.", "canonical_answer": "tool (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_3d1833446cd3ae04652e", "split": "test", "audio_id": "foa_a63d4c95be0f451bf327", "audio_path": "audio/test/foa_a63d4c95be0f451bf327.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_ae7013e363b2c6b8349d", "split": "test", "audio_id": "foa_19e04fb6a36fa94ab141", "audio_path": "audio/test/foa_19e04fb6a36fa94ab141.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio includes home sound from 1.5s to 2.5s, animal from 2.1s to 20.0s, camera from 11.9s to 12.8s, wind from 16.2s to 20.0s, and percussion from 18.5s to 20.0s.", "canonical_answer": "home sound (1.5s to 2.5s); animal (2.1s to 20.0s); camera (11.9s to 12.8s); wind (16.2s to 20.0s); percussion (18.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_eb4b61d5e3692a5cf931", "split": "test", "audio_id": "foa_f4b987d2b9c1ff72686b", "audio_path": "audio/test/foa_f4b987d2b9c1ff72686b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.2 degrees", "canonical_answer": "-2.2 degrees", "answer_meta": {"elevation_deg": -2.2}}
{"qa_id": "qa_aae4547f77aaab2e2fd1", "split": "test", "audio_id": "foa_9337cfc1c375fe7fe050", "audio_path": "audio/test/foa_9337cfc1c375fe7fe050.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the scratch coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "178.2 degrees", "canonical_answer": "178.2 degrees", "answer_meta": {"azimuth_deg": 178.2}}
{"qa_id": "qa_76ad88564b362343adc6", "split": "test", "audio_id": "foa_4cad39a65a01e1aac57f", "audio_path": "audio/test/foa_4cad39a65a01e1aac57f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the front? Answer in one sentence.", "answer": "The sound coming from the front is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_376162c303aacacb3a20", "split": "test", "audio_id": "foa_6b0334f4e7ad8cdf4824", "audio_path": "audio/test/foa_6b0334f4e7ad8cdf4824.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the telephone alarm occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is active from 13.1s to 14.4s.", "canonical_answer": "13.1s to 14.4s", "answer_meta": {"time_span": [13.1, 14.4]}}
{"qa_id": "qa_ef04a0bc9ce2302960ee", "split": "test", "audio_id": "foa_1b217bec899c607cb941", "audio_path": "audio/test/foa_1b217bec899c607cb941.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=106.0 degrees, elevation=-33.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=106.0 degrees, elevation=-33.6 degrees is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_702e68ddd5f8b7fe84cd", "split": "test", "audio_id": "foa_a73a5c9de78b63fcabc7", "audio_path": "audio/test/foa_a73a5c9de78b63fcabc7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-3.6 degrees, elevation=11.9 degrees? Answer in one sentence.", "answer": "A dog is the source heard from azimuth=-3.6 degrees, elevation=11.9 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_c1ad8e00c1cec8c1e9ef", "split": "test", "audio_id": "foa_6ed5966404d4da4e8fa9", "audio_path": "audio/test/foa_6ed5966404d4da4e8fa9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.0 degrees", "canonical_answer": "-54.0 degrees", "answer_meta": {"azimuth_deg": -54.0}}
{"qa_id": "qa_8ee52dd50559a250bbf1", "split": "test", "audio_id": "foa_e25fa756136cbb65c46c", "audio_path": "audio/test/foa_e25fa756136cbb65c46c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a drawer cabinet from 0.0s to 0.8s, writing from 0.0s to 18.9s, breathing from 0.6s to 2.8s, a train from 4.1s to 12.6s, and another instance of a drawer cabinet from 4.3s to 20.0s.", "canonical_answer": "drawer cabinet (0.0s to 0.8s); writing (0.0s to 18.9s); breathing (0.6s to 2.8s); train (4.1s to 12.6s); drawer cabinet (4.3s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_1d664a60d7d9948b2547", "split": "test", "audio_id": "foa_8596adb523d504097007", "audio_path": "audio/test/foa_8596adb523d504097007.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bell active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 0.7s to 14.9s.", "canonical_answer": "0.7s to 14.9s", "answer_meta": {"time_span": [0.7, 14.9]}}
{"qa_id": "qa_4ca45cfe36b563a20190", "split": "test", "audio_id": "foa_539b183c3a19d62fb24e", "audio_path": "audio/test/foa_539b183c3a19d62fb24e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the right of the listener? Answer in one sentence.", "answer": "The source coming from the right is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_a5a431dc081f57dd27d3", "split": "test", "audio_id": "foa_a712394a4b778255c94f", "audio_path": "audio/test/foa_a712394a4b778255c94f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.0 degrees", "canonical_answer": "30.0 degrees", "answer_meta": {"elevation_deg": 30.0}}
{"qa_id": "qa_be4d29f4cabe05c02d39", "split": "test", "audio_id": "foa_2ea9e5beb5ef8e6bddf7", "audio_path": "audio/test/foa_2ea9e5beb5ef8e6bddf7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=7.4 degrees, elevation=-12.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth 7.4 degrees and elevation -12.2 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_c95f80e3d32957d6177b", "split": "test", "audio_id": "foa_67b9d77be1fd4d564128", "audio_path": "audio/test/foa_67b9d77be1fd4d564128.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.0 degrees", "canonical_answer": "-13.0 degrees", "answer_meta": {"elevation_deg": -13.0}}
{"qa_id": "qa_933924694c8e8647aed4", "split": "test", "audio_id": "foa_d944ac8f545c4cdb7b1b", "audio_path": "audio/test/foa_d944ac8f545c4cdb7b1b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-127.0 degrees", "canonical_answer": "-127.0 degrees", "answer_meta": {"azimuth_deg": -127.0}}
{"qa_id": "qa_4c7c4b2372d57d13410a", "split": "test", "audio_id": "foa_132a4a4485b18a439d6f", "audio_path": "audio/test/foa_132a4a4485b18a439d6f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the tape be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tape sound is active from 0.6s to 1.7s.", "canonical_answer": "0.6s to 1.7s", "answer_meta": {"time_span": [0.6, 1.7]}}
{"qa_id": "qa_704388e1bec21f180a34", "split": "test", "audio_id": "foa_8bb2a687c9fd86f66e34", "audio_path": "audio/test/foa_8bb2a687c9fd86f66e34.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the back-left and below of the listener? Answer in one sentence.", "answer": "The source coming from the back-left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_5b2f0a3f409c93ad4dcf", "split": "test", "audio_id": "foa_8f575798305fe127ef6f", "audio_path": "audio/test/foa_8f575798305fe127ef6f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a telephone alarm that plays from 0.0s to 19.1s.", "canonical_answer": "telephone alarm (0.0s to 19.1s)", "answer_meta": {"time_span": [0.0, 19.1]}}
{"qa_id": "qa_7c858f651af7bc070797", "split": "test", "audio_id": "foa_64aeaf0a72ce7099fa1a", "audio_path": "audio/test/foa_64aeaf0a72ce7099fa1a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The sound source located to the right is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_89c76a130c9abfd31227", "split": "test", "audio_id": "foa_e56aa01f18d792ce1453", "audio_path": "audio/test/foa_e56aa01f18d792ce1453.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-138.1 degrees, elevation=-41.8 degrees. Answer in one sentence.", "answer": "An alarm is located at azimuth -138.1 degrees and elevation -41.8 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_bfff4613591b4b45e7b1", "split": "test", "audio_id": "foa_e74611e9a289845a4e32", "audio_path": "audio/test/foa_e74611e9a289845a4e32.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.1 degrees", "canonical_answer": "-144.1 degrees", "answer_meta": {"azimuth_deg": -144.1}}
{"qa_id": "qa_6dd88ed53090fd726a97", "split": "test", "audio_id": "foa_d3c2e5f8613ccd950f07", "audio_path": "audio/test/foa_d3c2e5f8613ccd950f07.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 1.3s.", "canonical_answer": "0.0s to 1.3s", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_4a414184992301e1c03c", "split": "test", "audio_id": "foa_a38edcda557dc92fa629", "audio_path": "audio/test/foa_a38edcda557dc92fa629.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.2 degrees", "canonical_answer": "22.2 degrees", "answer_meta": {"elevation_deg": 22.2}}
{"qa_id": "qa_5f396fe6bab524f9f5de", "split": "test", "audio_id": "foa_302905e7f03c169a4229", "audio_path": "audio/test/foa_302905e7f03c169a4229.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound from 0.1s to 10.2s, water from 1.5s to 2.0s, and female speech from 4.2s to 10.7s.", "canonical_answer": "war sound (0.1s to 10.2s); water (1.5s to 2.0s); female speech (4.2s to 10.7s)", "answer_meta": {}}
{"qa_id": "qa_e5b40d7f352109307315", "split": "test", "audio_id": "foa_0c35e5925da109382ade", "audio_path": "audio/test/foa_0c35e5925da109382ade.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below? Answer in one sentence.", "answer": "The source located to the right and below is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_e9a17a55795d13b993e4", "split": "test", "audio_id": "foa_12f8081b24808c386379", "audio_path": "audio/test/foa_12f8081b24808c386379.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=143.9 degrees, elevation=8.4 degrees. Answer in one sentence.", "answer": "The source located at azimuth 143.9 degrees and elevation 8.4 degrees is a scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_d557a2511891fc21c8c3", "split": "test", "audio_id": "foa_444171d882fbc2780f71", "audio_path": "audio/test/foa_444171d882fbc2780f71.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "159.2 degrees", "canonical_answer": "159.2 degrees", "answer_meta": {"azimuth_deg": 159.2}}
{"qa_id": "qa_7f7f1029d800566d5afb", "split": "test", "audio_id": "foa_1bb6ca579c9960d3d403", "audio_path": "audio/test/foa_1bb6ca579c9960d3d403.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument that is active from 0.1s to 17.5s.", "canonical_answer": "wind instrument (0.1s to 17.5s)", "answer_meta": {"time_span": [0.1, 17.5]}}
{"qa_id": "qa_84fd4c92e37dd9ec3bf5", "split": "test", "audio_id": "foa_663abc548ee23eae7e7b", "audio_path": "audio/test/foa_663abc548ee23eae7e7b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the typing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.1 degrees", "canonical_answer": "15.1 degrees", "answer_meta": {"elevation_deg": 15.1}}
{"qa_id": "qa_48c2691250ed10feb8ab", "split": "test", "audio_id": "foa_f9bbd8c00a1584870783", "audio_path": "audio/test/foa_f9bbd8c00a1584870783.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the thunderstorm be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The thunderstorm is audible from 3.2s to 10.6s.", "canonical_answer": "3.2s to 10.6s", "answer_meta": {"time_span": [3.2, 10.6]}}
{"qa_id": "qa_072f3c605c696e3050d0", "split": "test", "audio_id": "foa_f5b7991d45afac30ab77", "audio_path": "audio/test/foa_f5b7991d45afac30ab77.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=60.7 degrees, elevation=10.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=60.7 degrees and elevation=10.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d2212012546c788f4181", "split": "test", "audio_id": "foa_1f0b1562bd666838a063", "audio_path": "audio/test/foa_1f0b1562bd666838a063.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm from 0.0s to 3.0s and another alarm from 0.1s to 8.0s.", "canonical_answer": "alarm (0.0s to 3.0s); alarm (0.1s to 8.0s)", "answer_meta": {}}
{"qa_id": "qa_c776405db8d750dbf62f", "split": "test", "audio_id": "foa_971b73ed404fe4110f9a", "audio_path": "audio/test/foa_971b73ed404fe4110f9a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-107.7 degrees", "canonical_answer": "-107.7 degrees", "answer_meta": {"azimuth_deg": -107.7}}
{"qa_id": "qa_0e1c1aae6d265dd04595", "split": "test", "audio_id": "foa_62e49882e38d927f78a6", "audio_path": "audio/test/foa_62e49882e38d927f78a6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 0.8s to 3.8s.", "canonical_answer": "0.8s to 3.8s", "answer_meta": {"time_span": [0.8, 3.8]}}
{"qa_id": "qa_80b00297bf7862ba439d", "split": "test", "audio_id": "foa_b8890f368e7814ad0671", "audio_path": "audio/test/foa_b8890f368e7814ad0671.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The source coming from the front-right is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_7c662fbec9adc71c5a16", "split": "test", "audio_id": "foa_190f2e2a1f5c9e8892d9", "audio_path": "audio/test/foa_190f2e2a1f5c9e8892d9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.3 degrees", "canonical_answer": "5.3 degrees", "answer_meta": {"elevation_deg": 5.3}}
{"qa_id": "qa_3bfec303e27be98163a2", "split": "test", "audio_id": "foa_c3e6166a50d9f076fa74", "audio_path": "audio/test/foa_c3e6166a50d9f076fa74.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-95.1 degrees, elevation=-23.4 degrees. Answer in one sentence.", "answer": "The source located at azimuth=-95.1 degrees and elevation=-23.4 degrees is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_b1a96c978bcf5784546a", "split": "test", "audio_id": "foa_616c0b0685a5c757ab45", "audio_path": "audio/test/foa_616c0b0685a5c757ab45.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and above the listener? Answer in one sentence.", "answer": "The source coming from the right and above is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_3a250f50f857343ce7de", "split": "test", "audio_id": "foa_c9902f5185987cb7d35e", "audio_path": "audio/test/foa_c9902f5185987cb7d35e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the string instrument event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.0s to 0.1s.", "canonical_answer": "0.0s to 0.1s", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_2af3607dc9d5fe898543", "split": "test", "audio_id": "foa_a57995e7ca9496d3d94f", "audio_path": "audio/test/foa_a57995e7ca9496d3d94f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.0 degrees", "canonical_answer": "-13.0 degrees", "answer_meta": {"elevation_deg": -13.0}}
{"qa_id": "qa_a50c412e9e2ea098a6a7", "split": "test", "audio_id": "foa_9d6d639f27c2ebf0c9d2", "audio_path": "audio/test/foa_9d6d639f27c2ebf0c9d2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "37.3 degrees", "canonical_answer": "37.3 degrees", "answer_meta": {"azimuth_deg": 37.3}}
{"qa_id": "qa_e390d234aa72b46d14e0", "split": "test", "audio_id": "foa_1a06e7c2f01509801e89", "audio_path": "audio/test/foa_1a06e7c2f01509801e89.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound from 2.3s to 20.0s, speech from 3.3s to 7.2s, crackle from 6.8s to 12.1s, door from 18.5s to 19.0s, and drum from 18.5s to 20.0s.", "canonical_answer": "body sound (2.3s to 20.0s); speech (3.3s to 7.2s); crackle (6.8s to 12.1s); door (18.5s to 19.0s); drum (18.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_1a28dcc075c974d67512", "split": "test", "audio_id": "foa_aa176e69c1867ec0c7ed", "audio_path": "audio/test/foa_aa176e69c1867ec0c7ed.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The source coming from the back and below is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_10e9305a4b4d4af564ed", "split": "test", "audio_id": "foa_1b1aeca88ab2386c8144", "audio_path": "audio/test/foa_1b1aeca88ab2386c8144.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the scratch be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is active from 0.0s to 3.8s.", "canonical_answer": "0.0s to 3.8s", "answer_meta": {"time_span": [0.0, 3.8]}}
{"qa_id": "qa_4b78685d57cc2d0d4d10", "split": "test", "audio_id": "foa_56242a1efb22c0507b9a", "audio_path": "audio/test/foa_56242a1efb22c0507b9a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.3 degrees", "canonical_answer": "-41.3 degrees", "answer_meta": {"azimuth_deg": -41.3}}
{"qa_id": "qa_697c8439676c7ff04f06", "split": "test", "audio_id": "foa_b60705fc4007b0858a8c", "audio_path": "audio/test/foa_b60705fc4007b0858a8c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=74.3 degrees, elevation=-26.9 degrees? Answer in one sentence.", "answer": "A printer is located at azimuth 74.3 degrees and elevation -26.9 degrees.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_91fc52ae1596a2390a8b", "split": "test", "audio_id": "foa_2abcf88cc2dc888e9084", "audio_path": "audio/test/foa_2abcf88cc2dc888e9084.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.2 degrees", "canonical_answer": "5.2 degrees", "answer_meta": {"elevation_deg": 5.2}}
{"qa_id": "qa_05ec3d8d05b804e703c4", "split": "test", "audio_id": "foa_714dfb9ea725612239e0", "audio_path": "audio/test/foa_714dfb9ea725612239e0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument that can be heard from 0.0s to 8.2s.", "canonical_answer": "wind instrument (0.0s to 8.2s)", "answer_meta": {"time_span": [0.0, 8.2]}}
{"qa_id": "qa_f4d47f7c9089ccb8c43d", "split": "test", "audio_id": "foa_2000616be936bc543080", "audio_path": "audio/test/foa_2000616be936bc543080.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=70.1 degrees, elevation=-41.0 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=70.1 degrees and elevation=-41.0 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_1d3969eba64b26297015", "split": "test", "audio_id": "foa_6041313d10b419d0ac20", "audio_path": "audio/test/foa_6041313d10b419d0ac20.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the back? Answer in one sentence.", "answer": "The sound coming from the back is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_c1ca87ba938159132847", "split": "test", "audio_id": "foa_9fc6136a4c347cb4834b", "audio_path": "audio/test/foa_9fc6136a4c347cb4834b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drawer cabinet coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.5 degrees", "canonical_answer": "-89.5 degrees", "answer_meta": {"azimuth_deg": -89.5}}
{"qa_id": "qa_d8f57daffde791e875b5", "split": "test", "audio_id": "foa_d013f20797e6718a1184", "audio_path": "audio/test/foa_d013f20797e6718a1184.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the body sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is active from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_dd833a94b1e4708063c3", "split": "test", "audio_id": "foa_91ce176ab97b289396f4", "audio_path": "audio/test/foa_91ce176ab97b289396f4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "55.2 degrees", "canonical_answer": "55.2 degrees", "answer_meta": {"elevation_deg": 55.2}}
{"qa_id": "qa_2c42309b2e2d15806364", "split": "test", "audio_id": "foa_76992686a32b31862a58", "audio_path": "audio/test/foa_76992686a32b31862a58.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool from 0.3s to 6.8s.", "canonical_answer": "tool (0.3s to 6.8s)", "answer_meta": {"time_span": [0.3, 6.8]}}
{"qa_id": "qa_a4d6bdb367caae2c0435", "split": "test", "audio_id": "foa_7080744f9db4c540170f", "audio_path": "audio/test/foa_7080744f9db4c540170f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-57.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -57.6 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_2832477d69240cd018c1", "split": "test", "audio_id": "foa_2d04225c56b7358425a9", "audio_path": "audio/test/foa_2d04225c56b7358425a9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is audible from the back side? Answer in one sentence.", "answer": "The sound source coming from the back is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_88e0229cee4a4723eef2", "split": "test", "audio_id": "foa_175d374015785161ad4d", "audio_path": "audio/test/foa_175d374015785161ad4d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.1 degrees", "canonical_answer": "-34.1 degrees", "answer_meta": {"elevation_deg": -34.1}}
{"qa_id": "qa_9b090f18c5f12f60300f", "split": "test", "audio_id": "foa_0ed488eadaf410d783de", "audio_path": "audio/test/foa_0ed488eadaf410d783de.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.1s to 20.0s, percussion from 0.8s to 1.6s, and tape from 14.7s to 20.0s.", "canonical_answer": "camera (0.1s to 20.0s); percussion (0.8s to 1.6s); tape (14.7s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_242c96b23837ccbeedd1", "split": "test", "audio_id": "foa_24105ba99ede537818af", "audio_path": "audio/test/foa_24105ba99ede537818af.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the clock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_2a26ec3bfafab7dded40", "split": "test", "audio_id": "foa_05db58e1e647ae65da88", "audio_path": "audio/test/foa_05db58e1e647ae65da88.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "102.5 degrees", "canonical_answer": "102.5 degrees", "answer_meta": {"azimuth_deg": 102.5}}
{"qa_id": "qa_ff94fea085cb19893202", "split": "test", "audio_id": "foa_60fabe9766ce469b635c", "audio_path": "audio/test/foa_60fabe9766ce469b635c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.9 degrees", "canonical_answer": "7.9 degrees", "answer_meta": {"elevation_deg": 7.9}}
{"qa_id": "qa_8879f97ccf92ad6e0111", "split": "test", "audio_id": "foa_dfa1bf84ea432bb597d9", "audio_path": "audio/test/foa_dfa1bf84ea432bb597d9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-98.3 degrees, elevation=10.4 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-98.3 degrees and elevation=10.4 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_8f65593553d672302967", "split": "test", "audio_id": "foa_fa94c2f0b14d2628f472", "audio_path": "audio/test/foa_fa94c2f0b14d2628f472.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.3 degrees", "canonical_answer": "13.3 degrees", "answer_meta": {"azimuth_deg": 13.3}}
{"qa_id": "qa_13ab07291faa58720d94", "split": "test", "audio_id": "foa_38a24103467457bf4300", "audio_path": "audio/test/foa_38a24103467457bf4300.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.3s to 10.4s.", "canonical_answer": "singing (0.3s to 10.4s)", "answer_meta": {"time_span": [0.3, 10.4]}}
{"qa_id": "qa_b4b4774e35e51a98845e", "split": "test", "audio_id": "foa_0aea5adb32545b1512a0", "audio_path": "audio/test/foa_0aea5adb32545b1512a0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The source located to the front-left and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_919c809c759f745c7e20", "split": "test", "audio_id": "foa_08dc50b9ae713a866236", "audio_path": "audio/test/foa_08dc50b9ae713a866236.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the thunderstorm event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The thunderstorm event occurs from 0.2s to 19.2s.", "canonical_answer": "0.2s to 19.2s", "answer_meta": {"time_span": [0.2, 19.2]}}
{"qa_id": "qa_a2c39b6fba81ccc7438f", "split": "test", "audio_id": "foa_695265ee9d3955daa77f", "audio_path": "audio/test/foa_695265ee9d3955daa77f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "104.0 degrees", "canonical_answer": "104.0 degrees", "answer_meta": {"azimuth_deg": 104.0}}
{"qa_id": "qa_a7d9f5439d4ac4938572", "split": "test", "audio_id": "foa_5db4ab8fdcedd2a44dcd", "audio_path": "audio/test/foa_5db4ab8fdcedd2a44dcd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the water be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is audible from 1.6s to 2.9s.", "canonical_answer": "1.6s to 2.9s", "answer_meta": {"time_span": [1.6, 2.9]}}
{"qa_id": "qa_bdd91ef72bcff141e2af", "split": "test", "audio_id": "foa_1cb9d42dbf318b988699", "audio_path": "audio/test/foa_1cb9d42dbf318b988699.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=158.6 degrees, elevation=1.8 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=158.6 degrees and elevation=1.8 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_9b2cb57d161b6f2ec9cf", "split": "test", "audio_id": "foa_1f37041d7f3f6682b2fb", "audio_path": "audio/test/foa_1f37041d7f3f6682b2fb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_e32834e5cf6afa83784b", "split": "test", "audio_id": "foa_682e1eea6a73db74f495", "audio_path": "audio/test/foa_682e1eea6a73db74f495.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.1 degrees", "canonical_answer": "-5.1 degrees", "answer_meta": {"elevation_deg": -5.1}}
{"qa_id": "qa_d599aa88e6da803afe1c", "split": "test", "audio_id": "foa_2f87f1546658b42b957d", "audio_path": "audio/test/foa_2f87f1546658b42b957d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time duration for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a musical instrument that plays from 0.2s to 14.8s.", "canonical_answer": "musical instrument (0.2s to 14.8s)", "answer_meta": {"time_span": [0.2, 14.8]}}
{"qa_id": "qa_9b3a0960acfbb9dc93f2", "split": "test", "audio_id": "foa_49a86716e7f02fe43de9", "audio_path": "audio/test/foa_49a86716e7f02fe43de9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source located at the front is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_185664b4e2b98382787e", "split": "test", "audio_id": "foa_5ca0f8727d2030715f14", "audio_path": "audio/test/foa_5ca0f8727d2030715f14.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.4 degrees", "canonical_answer": "-34.4 degrees", "answer_meta": {"elevation_deg": -34.4}}
{"qa_id": "qa_e93142e468032b707d4b", "split": "test", "audio_id": "foa_ae67947192e0964e1e36", "audio_path": "audio/test/foa_ae67947192e0964e1e36.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of writing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The sound of writing is active from 0.0s to 12.9s.", "canonical_answer": "0.0s to 12.9s", "answer_meta": {"time_span": [0.0, 12.9]}}
{"qa_id": "qa_fec7cd8588451d6fb6f8", "split": "test", "audio_id": "foa_04f28c7b60a854cd2911", "audio_path": "audio/test/foa_04f28c7b60a854cd2911.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink from 0.0s to 4.4s and rain from 0.0s to 4.4s.", "canonical_answer": "metal clink (0.0s to 4.4s); rain (0.0s to 4.4s)", "answer_meta": {}}
{"qa_id": "qa_bc52805677b81c87f420", "split": "test", "audio_id": "foa_4985a45807d95c54a3b7", "audio_path": "audio/test/foa_4985a45807d95c54a3b7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "113.2 degrees", "canonical_answer": "113.2 degrees", "answer_meta": {"azimuth_deg": 113.2}}
{"qa_id": "qa_ff26b1a186463d02b8cd", "split": "test", "audio_id": "foa_c469b4241ec705736962", "audio_path": "audio/test/foa_c469b4241ec705736962.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-7.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -7.7 degrees and elevation 0.0 degrees is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_94fc6bd22da3d0aad629", "split": "test", "audio_id": "foa_930249b7dbe13d8cc3de", "audio_path": "audio/test/foa_930249b7dbe13d8cc3de.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.0 degrees", "canonical_answer": "147.0 degrees", "answer_meta": {"azimuth_deg": 147.0}}
{"qa_id": "qa_fad25899496ab63efd6c", "split": "test", "audio_id": "foa_8fff760c617e51f66297", "audio_path": "audio/test/foa_8fff760c617e51f66297.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c281a61ea58f7faaccc0", "split": "test", "audio_id": "foa_a28b556b1e9ca5fe0e3c", "audio_path": "audio/test/foa_a28b556b1e9ca5fe0e3c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=3.7 degrees, elevation=-2.5 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth=3.7 degrees and elevation=-2.5 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d67da69e3fabe735c221", "split": "test", "audio_id": "foa_ef7efd2dff1b187bc011", "audio_path": "audio/test/foa_ef7efd2dff1b187bc011.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the drum active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.0s to 0.2s.", "canonical_answer": "0.0s to 0.2s", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_dc2219ae9f5df9fbed64", "split": "test", "audio_id": "foa_152f6ac711826a5503e6", "audio_path": "audio/test/foa_152f6ac711826a5503e6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.0 degrees", "canonical_answer": "-25.0 degrees", "answer_meta": {"elevation_deg": -25.0}}
{"qa_id": "qa_186fb570b975616ccfaf", "split": "test", "audio_id": "foa_80fdac64e3e49425fa7a", "audio_path": "audio/test/foa_80fdac64e3e49425fa7a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains percussion from 0.0s to 2.2s.", "canonical_answer": "percussion (0.0s to 2.2s)", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_9d553c3c1393bf70c1f2", "split": "test", "audio_id": "foa_eda13196e151431565ef", "audio_path": "audio/test/foa_eda13196e151431565ef.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the appliance in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.2 degrees", "canonical_answer": "-17.2 degrees", "answer_meta": {"elevation_deg": -17.2}}
{"qa_id": "qa_dd09ad28f897c41a557e", "split": "test", "audio_id": "foa_832fec4c32019cdac50e", "audio_path": "audio/test/foa_832fec4c32019cdac50e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=118.4 degrees, elevation=36.0 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth=118.4 degrees and elevation=36.0 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_80e24a6a9abf24bf3edb", "split": "test", "audio_id": "foa_667f88be88b388bf0c16", "audio_path": "audio/test/foa_667f88be88b388bf0c16.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-111.5 degrees", "canonical_answer": "-111.5 degrees", "answer_meta": {"azimuth_deg": -111.5}}
{"qa_id": "qa_f6ed035a8243ae7d3ec4", "split": "test", "audio_id": "foa_8b0d6a71cc76b1a5c7da", "audio_path": "audio/test/foa_8b0d6a71cc76b1a5c7da.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat sound from 0.0s to 11.2s.", "canonical_answer": "cat (0.0s to 11.2s)", "answer_meta": {"time_span": [0.0, 11.2]}}
{"qa_id": "qa_7d41c9565bc7c6efba47", "split": "test", "audio_id": "foa_51f9a97b15b90f051e83", "audio_path": "audio/test/foa_51f9a97b15b90f051e83.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The source located at the front-right and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_8dcceb7da6f689083be2", "split": "test", "audio_id": "foa_f74e9f1ed60d79bfcc08", "audio_path": "audio/test/foa_f74e9f1ed60d79bfcc08.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech event occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.5s to 4.8s.", "canonical_answer": "0.5s to 4.8s", "answer_meta": {"time_span": [0.5, 4.8]}}
{"qa_id": "qa_ed0babe1fd6dbfb4ca22", "split": "test", "audio_id": "foa_24ad1f55c303adfa8326", "audio_path": "audio/test/foa_24ad1f55c303adfa8326.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and during which time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.4s to 0.9s.", "canonical_answer": "breathing (0.4s to 0.9s)", "answer_meta": {"time_span": [0.4, 0.9]}}
{"qa_id": "qa_12c71c8cdd3fba51e998", "split": "test", "audio_id": "foa_0e1d2a7748282e129c98", "audio_path": "audio/test/foa_0e1d2a7748282e129c98.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below? Answer in one sentence.", "answer": "The sound source located at the back-left and below is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_16984df053cd97bc58b7", "split": "test", "audio_id": "foa_4f7451e5ca317f5a07c6", "audio_path": "audio/test/foa_4f7451e5ca317f5a07c6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the breathing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing is active from 4.0s to 17.8s.", "canonical_answer": "4.0s to 17.8s", "answer_meta": {"time_span": [4.0, 17.8]}}
{"qa_id": "qa_4fe73904fe900d2dfc78", "split": "test", "audio_id": "foa_eabf32615133c804cba7", "audio_path": "audio/test/foa_eabf32615133c804cba7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-3.2 degrees, elevation=10.6 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-3.2 degrees and elevation=10.6 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_db18408d34f44c099845", "split": "test", "audio_id": "foa_be617d27f5222b0aeb4a", "audio_path": "audio/test/foa_be617d27f5222b0aeb4a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.8 degrees", "canonical_answer": "-12.8 degrees", "answer_meta": {"azimuth_deg": -12.8}}
{"qa_id": "qa_244e6f35601e0f2e9032", "split": "test", "audio_id": "foa_c8198ff4516f5b69d597", "audio_path": "audio/test/foa_c8198ff4516f5b69d597.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the typing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.2 degrees", "canonical_answer": "20.2 degrees", "answer_meta": {"elevation_deg": 20.2}}
{"qa_id": "qa_cc6de10dee0c389a1e8b", "split": "test", "audio_id": "foa_2658ceb6e1d680a93c0c", "audio_path": "audio/test/foa_2658ceb6e1d680a93c0c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_62da528b06995ab54b88", "split": "test", "audio_id": "foa_7df22067903597f0fbe3", "audio_path": "audio/test/foa_7df22067903597f0fbe3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=85.9 degrees, elevation=26.7 degrees? Answer in one sentence.", "answer": "A guitar is heard coming from azimuth=85.9 degrees and elevation=26.7 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_b91fd07b29b1a610c76a", "split": "test", "audio_id": "foa_41b16bbd781797112391", "audio_path": "audio/test/foa_41b16bbd781797112391.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the guitar occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar event is active from 1.0s to 5.0s.", "canonical_answer": "1.0s to 5.0s", "answer_meta": {"time_span": [1.0, 5.0]}}
{"qa_id": "qa_2110a71a049cb692ab84", "split": "test", "audio_id": "foa_ed5fc3d82a6c5d80b44f", "audio_path": "audio/test/foa_ed5fc3d82a6c5d80b44f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The source coming from the back is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ca3235c757b7ddad1e42", "split": "test", "audio_id": "foa_b93f5409db3969f839b5", "audio_path": "audio/test/foa_b93f5409db3969f839b5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.1s to 3.7s and a second instance of speech from 0.4s to 2.2s.", "canonical_answer": "speech (0.1s to 3.7s); speech (0.4s to 2.2s)", "answer_meta": {}}
{"qa_id": "qa_7e41b60ee5580fdf6286", "split": "test", "audio_id": "foa_701223b5aeca7451adad", "audio_path": "audio/test/foa_701223b5aeca7451adad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-101.8 degrees", "canonical_answer": "-101.8 degrees", "answer_meta": {"azimuth_deg": -101.8}}
{"qa_id": "qa_3de702b92c00483bf808", "split": "test", "audio_id": "foa_e604236a48599aa406d3", "audio_path": "audio/test/foa_e604236a48599aa406d3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains glass from 0.1s to 0.4s, glass from 0.2s to 2.9s, and glass from 0.2s to 2.5s.", "canonical_answer": "glass (0.1s to 0.4s); glass (0.2s to 2.9s); glass (0.2s to 2.5s)", "answer_meta": {}}
{"qa_id": "qa_1c1e0e05082f7d08acf1", "split": "test", "audio_id": "foa_700360bdd34581f9f300", "audio_path": "audio/test/foa_700360bdd34581f9f300.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.0s to 7.4s.", "canonical_answer": "0.0s to 7.4s", "answer_meta": {"time_span": [0.0, 7.4]}}
{"qa_id": "qa_56d60630f01b037d3896", "split": "test", "audio_id": "foa_06d2c93e2d20f89cb423", "audio_path": "audio/test/foa_06d2c93e2d20f89cb423.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The sound coming from the front-left is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_8f51b451368f4e04cb80", "split": "test", "audio_id": "foa_422edc851fd84d269a4f", "audio_path": "audio/test/foa_422edc851fd84d269a4f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=9.3 degrees, elevation=12.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=9.3 degrees and elevation=12.2 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_2679a4545e8bb31a5545", "split": "test", "audio_id": "foa_058ea9925109eb625db8", "audio_path": "audio/test/foa_058ea9925109eb625db8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the crackle coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-109.0 degrees", "canonical_answer": "-109.0 degrees", "answer_meta": {"azimuth_deg": -109.0}}
{"qa_id": "qa_8454f649e46cbc35df86", "split": "test", "audio_id": "foa_94dd8b0c59c80419a7c5", "audio_path": "audio/test/foa_94dd8b0c59c80419a7c5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.6 degrees", "canonical_answer": "30.6 degrees", "answer_meta": {"elevation_deg": 30.6}}
{"qa_id": "qa_1f658437e279b500eff9", "split": "test", "audio_id": "foa_9843b4c23882ffaee4ea", "audio_path": "audio/test/foa_9843b4c23882ffaee4ea.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and below? Answer in one sentence.", "answer": "The source located at the front and below is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_4bab9bb171c2014bfe14", "split": "test", "audio_id": "foa_2420327b16a2b74c3e53", "audio_path": "audio/test/foa_2420327b16a2b74c3e53.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.4 degrees", "canonical_answer": "-17.4 degrees", "answer_meta": {"elevation_deg": -17.4}}
{"qa_id": "qa_6ecf659d483c2b1fcb31", "split": "test", "audio_id": "foa_4b11fff705e7e0b58c08", "audio_path": "audio/test/foa_4b11fff705e7e0b58c08.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the aircraft? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.7 degrees", "canonical_answer": "-35.7 degrees", "answer_meta": {"azimuth_deg": -35.7}}
{"qa_id": "qa_d9ac50f243124e914c63", "split": "test", "audio_id": "foa_3ef37cb28bb8ba54b65c", "audio_path": "audio/test/foa_3ef37cb28bb8ba54b65c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the knock occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock is active from 0.2s to 2.4s.", "canonical_answer": "0.2s to 2.4s", "answer_meta": {"time_span": [0.2, 2.4]}}
{"qa_id": "qa_a2158234a95d9a0fbadc", "split": "test", "audio_id": "foa_6afbe15eb3f43e4ab754", "audio_path": "audio/test/foa_6afbe15eb3f43e4ab754.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=48.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=48.6 degrees, elevation=0.0 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_1bd09709bff0919465af", "split": "test", "audio_id": "foa_888644c4a50948802698", "audio_path": "audio/test/foa_888644c4a50948802698.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a zipper sound that is active from 0.0s to 3.0s.", "canonical_answer": "zipper (0.0s to 3.0s)", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_2b95cd1491e0ba6d03ed", "split": "test", "audio_id": "foa_7d57635f1bc6b81a0596", "audio_path": "audio/test/foa_7d57635f1bc6b81a0596.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains a bell that occurs from 0.0s to 0.5s.", "canonical_answer": "bell (0.0s to 0.5s)", "answer_meta": {"time_span": [0.0, 0.5]}}
{"qa_id": "qa_f7df3cf6780094a28ed2", "split": "test", "audio_id": "foa_9bc0133fb2749dd29756", "audio_path": "audio/test/foa_9bc0133fb2749dd29756.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-162.9 degrees, elevation=-2.4 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth -162.9 degrees and elevation -2.4 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_ded778b56a3aae883c19", "split": "test", "audio_id": "foa_fbb33c5a89f1cde36bee", "audio_path": "audio/test/foa_fbb33c5a89f1cde36bee.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what interval can the sound of kitchenware be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware is active from 7.3s to 13.0s.", "canonical_answer": "7.3s to 13.0s", "answer_meta": {"time_span": [7.3, 13.0]}}
{"qa_id": "qa_563a53aa139291ccfdf9", "split": "test", "audio_id": "foa_4bdb5866c2bb32176882", "audio_path": "audio/test/foa_4bdb5866c2bb32176882.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the front and above? Answer in one sentence.", "answer": "The sound source coming from the front and above is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f0d9d69fec85252a1f47", "split": "test", "audio_id": "foa_b53eea730ff07c960a26", "audio_path": "audio/test/foa_b53eea730ff07c960a26.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-169.9 degrees", "canonical_answer": "-169.9 degrees", "answer_meta": {"azimuth_deg": -169.9}}
{"qa_id": "qa_6dcbbf98d2652614beb8", "split": "test", "audio_id": "foa_1e7dbd9c6153458281f6", "audio_path": "audio/test/foa_1e7dbd9c6153458281f6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.5 degrees", "canonical_answer": "-6.5 degrees", "answer_meta": {"elevation_deg": -6.5}}
{"qa_id": "qa_f895a6ce487275d87325", "split": "test", "audio_id": "foa_4ab74337546c87159bec", "audio_path": "audio/test/foa_4ab74337546c87159bec.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sounds are present in the clip, and when is each one heard? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.0s to 20.0s.", "canonical_answer": "water (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_6e5349cd7fccd7cf9174", "split": "test", "audio_id": "foa_0b064483cfa6cba5089d", "audio_path": "audio/test/foa_0b064483cfa6cba5089d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-125.9 degrees", "canonical_answer": "-125.9 degrees", "answer_meta": {"azimuth_deg": -125.9}}
{"qa_id": "qa_42f08000341ecc116077", "split": "test", "audio_id": "foa_e035181d9dcaf73609d1", "audio_path": "audio/test/foa_e035181d9dcaf73609d1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=85.3 degrees, elevation=8.4 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth=85.3 degrees and elevation=8.4 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_37fea91c53804b3328fb", "split": "test", "audio_id": "foa_fb2ff7d8af52f375756b", "audio_path": "audio/test/foa_fb2ff7d8af52f375756b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tool active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.2s to 13.0s.", "canonical_answer": "0.2s to 13.0s", "answer_meta": {"time_span": [0.2, 13.0]}}
{"qa_id": "qa_d94e72aaddbce93b9000", "split": "test", "audio_id": "foa_42152661b2e2fc016577", "audio_path": "audio/test/foa_42152661b2e2fc016577.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The source heard from the right and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_853c8fd0f039bb6c278f", "split": "test", "audio_id": "foa_cd83a3f5029a0897a877", "audio_path": "audio/test/foa_cd83a3f5029a0897a877.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the frog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.8 degrees", "canonical_answer": "1.8 degrees", "answer_meta": {"elevation_deg": 1.8}}
{"qa_id": "qa_348b318f96d09a90aa20", "split": "test", "audio_id": "foa_8b6e93d3023e50848633", "audio_path": "audio/test/foa_8b6e93d3023e50848633.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the laughter located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.6 degrees", "canonical_answer": "-1.6 degrees", "answer_meta": {"elevation_deg": -1.6}}
{"qa_id": "qa_f75a75c5f1d7f4f5cc70", "split": "test", "audio_id": "foa_22dabb0d13a2ddebc21f", "audio_path": "audio/test/foa_22dabb0d13a2ddebc21f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the guitar sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 15.4s to 20.0s.", "canonical_answer": "15.4s to 20.0s", "answer_meta": {"time_span": [15.4, 20.0]}}
{"qa_id": "qa_7ee0a5ee9763d92a2019", "split": "test", "audio_id": "foa_ed23cd4c67b8599a94fb", "audio_path": "audio/test/foa_ed23cd4c67b8599a94fb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a zipper sound that is active from 0.0s to 3.2s.", "canonical_answer": "zipper (0.0s to 3.2s)", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_fc5b37c7edc443e16623", "split": "test", "audio_id": "foa_36f5592f600bfa7909be", "audio_path": "audio/test/foa_36f5592f600bfa7909be.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-148.2 degrees, elevation=4.2 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth -148.2 degrees and elevation 4.2 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_ee54a96406fcc53d012b", "split": "test", "audio_id": "foa_b148603db070c8a4fa93", "audio_path": "audio/test/foa_b148603db070c8a4fa93.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-62.7 degrees", "canonical_answer": "-62.7 degrees", "answer_meta": {"azimuth_deg": -62.7}}
{"qa_id": "qa_17c540ced101577b153a", "split": "test", "audio_id": "foa_0f989a17171e9e349a00", "audio_path": "audio/test/foa_0f989a17171e9e349a00.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below? Answer in one sentence.", "answer": "The sound source located to the front-right and below is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_3032f47fc7be58f759b0", "split": "test", "audio_id": "foa_d2a23fdb0148ef9938f8", "audio_path": "audio/test/foa_d2a23fdb0148ef9938f8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains a door sound occurring from 0.1s to 0.8s.", "canonical_answer": "door (0.1s to 0.8s)", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_5d59b24a3d8d6c503f72", "split": "test", "audio_id": "foa_bff5ab612f190bd9af18", "audio_path": "audio/test/foa_bff5ab612f190bd9af18.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-57.7 degrees, elevation=-28.0 degrees. Answer in one sentence.", "answer": "The source located at azimuth -57.7 degrees and elevation -28.0 degrees is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_a8740acd1e1856b7fe39", "split": "test", "audio_id": "foa_a4ac43cebd7655ad9e73", "audio_path": "audio/test/foa_a4ac43cebd7655ad9e73.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the telephone alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "65.6 degrees", "canonical_answer": "65.6 degrees", "answer_meta": {"azimuth_deg": 65.6}}
{"qa_id": "qa_2fddfffbebf5a053b2eb", "split": "test", "audio_id": "foa_d44cdf0d644fd835d555", "audio_path": "audio/test/foa_d44cdf0d644fd835d555.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 0.0s to 13.0s.", "canonical_answer": "0.0s to 13.0s", "answer_meta": {"time_span": [0.0, 13.0]}}
{"qa_id": "qa_811eda131bb503e0e933", "split": "test", "audio_id": "foa_93536f581c850ccdbf56", "audio_path": "audio/test/foa_93536f581c850ccdbf56.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.1 degrees", "canonical_answer": "-14.1 degrees", "answer_meta": {"elevation_deg": -14.1}}
{"qa_id": "qa_b51ac18a620babfd4395", "split": "test", "audio_id": "foa_fd5fb318a7adadde995a", "audio_path": "audio/test/foa_fd5fb318a7adadde995a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and above is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_1bcd9c99a9799f5d057b", "split": "test", "audio_id": "foa_d6faaff847d4d628a7f5", "audio_path": "audio/test/foa_d6faaff847d4d628a7f5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the rain? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.2 degrees", "canonical_answer": "-26.2 degrees", "answer_meta": {"elevation_deg": -26.2}}
{"qa_id": "qa_cbd2883b4f9214a48fcc", "split": "test", "audio_id": "foa_384d4251547184c4877a", "audio_path": "audio/test/foa_384d4251547184c4877a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_a12c1b086da495f1a6b4", "split": "test", "audio_id": "foa_f71c4f254301c6b0078c", "audio_path": "audio/test/foa_f71c4f254301c6b0078c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that is present from 0.0s to 5.8s.", "canonical_answer": "bird (0.0s to 5.8s)", "answer_meta": {"time_span": [0.0, 5.8]}}
{"qa_id": "qa_54fa8881d73e6f4ca893", "split": "test", "audio_id": "foa_70f3baa956b3bc8cb449", "audio_path": "audio/test/foa_70f3baa956b3bc8cb449.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source coming from the front is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_ac042fc4ef4ddd285f38", "split": "test", "audio_id": "foa_c2205d5e55f4e13d5a2d", "audio_path": "audio/test/foa_c2205d5e55f4e13d5a2d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=94.3 degrees, elevation=14.7 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=94.3 degrees and elevation=14.7 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_015dffef0a7ed9c3b8c5", "split": "test", "audio_id": "foa_dec5aeed8cfc8cda0e32", "audio_path": "audio/test/foa_dec5aeed8cfc8cda0e32.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "107.7 degrees", "canonical_answer": "107.7 degrees", "answer_meta": {"azimuth_deg": 107.7}}
{"qa_id": "qa_188428638905e3d9ef2d", "split": "test", "audio_id": "foa_dbc1933fdf1034abd2cd", "audio_path": "audio/test/foa_dbc1933fdf1034abd2cd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the left and below is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_e6e1eea825ebaf96b33a", "split": "test", "audio_id": "foa_980a97af1d754de7d0f7", "audio_path": "audio/test/foa_980a97af1d754de7d0f7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-78.5 degrees, elevation=-8.6 degrees? Answer in one sentence.", "answer": "A train is located at azimuth -78.5 degrees and elevation -8.6 degrees.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_d4eb53ca50c913735de4", "split": "test", "audio_id": "foa_500971ab4defca4b179d", "audio_path": "audio/test/foa_500971ab4defca4b179d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.1s to 4.1s and another instance of speech from 0.3s to 5.5s.", "canonical_answer": "speech (0.1s to 4.1s); speech (0.3s to 5.5s)", "answer_meta": {}}
{"qa_id": "qa_30d92b5101b2a630aef3", "split": "test", "audio_id": "foa_35aa30cf366df1044001", "audio_path": "audio/test/foa_35aa30cf366df1044001.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active throughout the interval from 0.4s to 10.1s.", "canonical_answer": "0.4s to 10.1s", "answer_meta": {"time_span": [0.4, 10.1]}}
{"qa_id": "qa_2c8b1a08ed761eca6de6", "split": "test", "audio_id": "foa_0f8b136d8fb261edea9a", "audio_path": "audio/test/foa_0f8b136d8fb261edea9a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the train in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-121.9 degrees", "canonical_answer": "-121.9 degrees", "answer_meta": {"azimuth_deg": -121.9}}
{"qa_id": "qa_32efd6f5cccd279056a3", "split": "test", "audio_id": "foa_3c0642016da80180ae7e", "audio_path": "audio/test/foa_3c0642016da80180ae7e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.4 degrees", "canonical_answer": "3.4 degrees", "answer_meta": {"elevation_deg": 3.4}}
{"qa_id": "qa_6e70517cd3face2120e5", "split": "test", "audio_id": "foa_bebdef5d475a8dbfdc94", "audio_path": "audio/test/foa_bebdef5d475a8dbfdc94.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the appliance in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.8 degrees", "canonical_answer": "-33.8 degrees", "answer_meta": {"elevation_deg": -33.8}}
{"qa_id": "qa_b9f4288366f36ba257a3", "split": "test", "audio_id": "foa_b5dd3834511a073a4e6c", "audio_path": "audio/test/foa_b5dd3834511a073a4e6c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The source heard from the back-left and below is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_ae269930a4345ce2609c", "split": "test", "audio_id": "foa_c80ef9dfa52069ec5206", "audio_path": "audio/test/foa_c80ef9dfa52069ec5206.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "158.6 degrees", "canonical_answer": "158.6 degrees", "answer_meta": {"azimuth_deg": 158.6}}
{"qa_id": "qa_5eb008d8a0cdad44dd95", "split": "test", "audio_id": "foa_5dcd0b76803ba3b6f78e", "audio_path": "audio/test/foa_5dcd0b76803ba3b6f78e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 16.8s to 18.4s.", "canonical_answer": "16.8s to 18.4s", "answer_meta": {"time_span": [16.8, 18.4]}}
{"qa_id": "qa_1624f1f7297cc95d5ac1", "split": "test", "audio_id": "foa_8c4526d2c6dbe7bfb5c5", "audio_path": "audio/test/foa_8c4526d2c6dbe7bfb5c5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech from 0.6s to 4.0s and another instance of speech from 0.6s to 14.2s.", "canonical_answer": "speech (0.6s to 4.0s); speech (0.6s to 14.2s)", "answer_meta": {}}
{"qa_id": "qa_d8c60e5d0dc12d37a438", "split": "test", "audio_id": "foa_951d7cab58cff84ab52d", "audio_path": "audio/test/foa_951d7cab58cff84ab52d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-4.3 degrees, elevation=1.6 degrees? Answer in one sentence.", "answer": "An alarm is the sound heard from azimuth -4.3 degrees and elevation 1.6 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_ba78dd5e5ff2bd8546e0", "split": "test", "audio_id": "foa_a4324d9583405a670e2d", "audio_path": "audio/test/foa_a4324d9583405a670e2d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the zipper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "164.2 degrees", "canonical_answer": "164.2 degrees", "answer_meta": {"azimuth_deg": 164.2}}
{"qa_id": "qa_105db58b957c69900ff5", "split": "test", "audio_id": "foa_636a38102d00025feedd", "audio_path": "audio/test/foa_636a38102d00025feedd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-left of the listener? Answer in one sentence.", "answer": "The source heard from the front-left is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_1092fc775bd2f22f4969", "split": "test", "audio_id": "foa_5b08b2d2b56280723540", "audio_path": "audio/test/foa_5b08b2d2b56280723540.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-51.9 degrees, elevation=-42.5 degrees? Answer in one sentence.", "answer": "A person is singing at azimuth -51.9 degrees and elevation -42.5 degrees.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_4683541264fad5220368", "split": "test", "audio_id": "foa_bef570793b6b914eeb06", "audio_path": "audio/test/foa_bef570793b6b914eeb06.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains scratch from 0.0s to 2.1s, human vocalization from 0.8s to 1.8s, and a gong from 1.9s to 2.6s.", "canonical_answer": "scratch (0.0s to 2.1s); human vocalization (0.8s to 1.8s); gong (1.9s to 2.6s)", "answer_meta": {}}
{"qa_id": "qa_60f54eeb8af47ad49b28", "split": "test", "audio_id": "foa_6361c2cce38cf2373362", "audio_path": "audio/test/foa_6361c2cce38cf2373362.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.3 degrees", "canonical_answer": "-31.3 degrees", "answer_meta": {"elevation_deg": -31.3}}
{"qa_id": "qa_5fcac7dd946b8f3bc450", "split": "test", "audio_id": "foa_ab27a4a60faba4306993", "audio_path": "audio/test/foa_ab27a4a60faba4306993.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.4s to 8.0s.", "canonical_answer": "0.4s to 8.0s", "answer_meta": {"time_span": [0.4, 8.0]}}
{"qa_id": "qa_5ad78e13af2c927c451f", "split": "test", "audio_id": "foa_cf1ed1147dc8647713d9", "audio_path": "audio/test/foa_cf1ed1147dc8647713d9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.7 degrees", "canonical_answer": "-5.7 degrees", "answer_meta": {"elevation_deg": -5.7}}
{"qa_id": "qa_b021271a66d1c516baf5", "split": "test", "audio_id": "foa_12d362898eec52ea9d4d", "audio_path": "audio/test/foa_12d362898eec52ea9d4d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is audible from 18.0s to 20.0s.", "canonical_answer": "18.0s to 20.0s", "answer_meta": {"time_span": [18.0, 20.0]}}
{"qa_id": "qa_602742be8619c2c5fbb6", "split": "test", "audio_id": "foa_2e0fbce39d9891308da8", "audio_path": "audio/test/foa_2e0fbce39d9891308da8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The source coming from the front is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_2c3cf2f462a276179894", "split": "test", "audio_id": "foa_e9bb499f11be1beca16c", "audio_path": "audio/test/foa_e9bb499f11be1beca16c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-159.0 degrees", "canonical_answer": "-159.0 degrees", "answer_meta": {"azimuth_deg": -159.0}}
{"qa_id": "qa_968c89c22153a461908a", "split": "test", "audio_id": "foa_67bf3af0f256c9663556", "audio_path": "audio/test/foa_67bf3af0f256c9663556.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=55.2 degrees, elevation=-39.6 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth=55.2 degrees and elevation=-39.6 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_fb3f18c88d50ef7f2543", "split": "test", "audio_id": "foa_1c2cbed91fa5ed393306", "audio_path": "audio/test/foa_1c2cbed91fa5ed393306.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle from 0.1s to 0.6s.", "canonical_answer": "vehicle (0.1s to 0.6s)", "answer_meta": {"time_span": [0.1, 0.6]}}
{"qa_id": "qa_32c462770ae733205b94", "split": "test", "audio_id": "foa_9cea0fdafe7550a3f28a", "audio_path": "audio/test/foa_9cea0fdafe7550a3f28a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.0 degrees", "canonical_answer": "-14.0 degrees", "answer_meta": {"elevation_deg": -14.0}}
{"qa_id": "qa_3335511041ba45657d5d", "split": "test", "audio_id": "foa_a99cd51762370e8522c1", "audio_path": "audio/test/foa_a99cd51762370e8522c1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-90.1 degrees, elevation=3.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -90.1 degrees and elevation 3.0 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_7e27a495cca502ef3499", "split": "test", "audio_id": "foa_73e93d8786eedda05fcf", "audio_path": "audio/test/foa_73e93d8786eedda05fcf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The source located to the right is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_70c80f8f70b85bbc4f70", "split": "test", "audio_id": "foa_c0f4dc51b5acf2421bbf", "audio_path": "audio/test/foa_c0f4dc51b5acf2421bbf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-43.5 degrees", "canonical_answer": "-43.5 degrees", "answer_meta": {"azimuth_deg": -43.5}}
{"qa_id": "qa_b1e3a0054e5cabb8d632", "split": "test", "audio_id": "foa_87d7929d84795da71766", "audio_path": "audio/test/foa_87d7929d84795da71766.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the string instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active from 0.0s to 0.1s.", "canonical_answer": "0.0s to 0.1s", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_9471604248c742172ac2", "split": "test", "audio_id": "foa_d1ecac4557ce103ad823", "audio_path": "audio/test/foa_d1ecac4557ce103ad823.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features ocean sounds from 0.0s to 20.0s, a vehicle from 0.5s to 1.3s, speech from 1.2s to 16.3s, and laughter from 11.2s to 13.4s.", "canonical_answer": "ocean (0.0s to 20.0s); vehicle (0.5s to 1.3s); speech (1.2s to 16.3s); laughter (11.2s to 13.4s)", "answer_meta": {}}
{"qa_id": "qa_2fa56682aeb43241d323", "split": "test", "audio_id": "foa_3495906efd7a20c3f164", "audio_path": "audio/test/foa_3495906efd7a20c3f164.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-154.1 degrees, elevation=30.3 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth -154.1 degrees and elevation 30.3 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_54a5d5a8c5c6ec988669", "split": "test", "audio_id": "foa_06618234c558d1f17362", "audio_path": "audio/test/foa_06618234c558d1f17362.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine sound that lasts from 0.0s to 10.1s.", "canonical_answer": "machine (0.0s to 10.1s)", "answer_meta": {"time_span": [0.0, 10.1]}}
{"qa_id": "qa_6e6bd84e1e2bab0c23e6", "split": "test", "audio_id": "foa_fe8c6f1a6dd2ade941d0", "audio_path": "audio/test/foa_fe8c6f1a6dd2ade941d0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the glass? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.8 degrees", "canonical_answer": "-32.8 degrees", "answer_meta": {"azimuth_deg": -32.8}}
{"qa_id": "qa_f2d1a124594b5dc055f6", "split": "test", "audio_id": "foa_e3d0391d5329a1329083", "audio_path": "audio/test/foa_e3d0391d5329a1329083.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back and below of the listener? Answer in one sentence.", "answer": "The source coming from the back and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_3dacfd5f9d1ec07491a5", "split": "test", "audio_id": "foa_615b8522c10f22964211", "audio_path": "audio/test/foa_615b8522c10f22964211.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 0.1s to 0.7s.", "canonical_answer": "0.1s to 0.7s", "answer_meta": {"time_span": [0.1, 0.7]}}
{"qa_id": "qa_053a62a377937dbf10af", "split": "test", "audio_id": "foa_440e8dfedb6f86fd8a00", "audio_path": "audio/test/foa_440e8dfedb6f86fd8a00.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.4 degrees", "canonical_answer": "0.4 degrees", "answer_meta": {"elevation_deg": 0.4}}
{"qa_id": "qa_3b739fcce1ef6435e139", "split": "test", "audio_id": "foa_bb0eff8eb14927c559e6", "audio_path": "audio/test/foa_bb0eff8eb14927c559e6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the scratch in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-160.4 degrees", "canonical_answer": "-160.4 degrees", "answer_meta": {"azimuth_deg": -160.4}}
{"qa_id": "qa_3f5525f69e5fd41bad8b", "split": "test", "audio_id": "foa_65bad554e71df1ab153a", "audio_path": "audio/test/foa_65bad554e71df1ab153a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.2 degrees", "canonical_answer": "-6.2 degrees", "answer_meta": {"elevation_deg": -6.2}}
{"qa_id": "qa_32faa5c2b958c52c2f0f", "split": "test", "audio_id": "foa_c8d105e1834c6aab7e6d", "audio_path": "audio/test/foa_c8d105e1834c6aab7e6d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=2.1 degrees, elevation=15.3 degrees? Answer in one sentence.", "answer": "A bird is the sound heard from azimuth=2.1 degrees, elevation=15.3 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_9f0ca472b1b8d11114cc", "split": "test", "audio_id": "foa_3dba0c9498bedeeb129b", "audio_path": "audio/test/foa_3dba0c9498bedeeb129b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the footsteps be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps event is active from 14.8s to 16.4s.", "canonical_answer": "14.8s to 16.4s", "answer_meta": {"time_span": [14.8, 16.4]}}
{"qa_id": "qa_7db9e3f2d0855718d738", "split": "test", "audio_id": "foa_0569a0fe18967d650d78", "audio_path": "audio/test/foa_0569a0fe18967d650d78.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_60f3b46d3bfd6d506109", "split": "test", "audio_id": "foa_132442e18e5888d17257", "audio_path": "audio/test/foa_132442e18e5888d17257.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 2.0s to 20.0s, home sound from 5.5s to 12.5s, train from 9.0s to 20.0s, and female speech from 13.0s to 20.0s.", "canonical_answer": "singing (2.0s to 20.0s); home sound (5.5s to 12.5s); train (9.0s to 20.0s); female speech (13.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_2360e88529fe16ea5d0d", "split": "test", "audio_id": "foa_c058e36c54a2174cb2ed", "audio_path": "audio/test/foa_c058e36c54a2174cb2ed.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "59.1 degrees", "canonical_answer": "59.1 degrees", "answer_meta": {"elevation_deg": 59.1}}
{"qa_id": "qa_1363285aaea7c9f4f957", "split": "test", "audio_id": "foa_8398652520bf91ea689e", "audio_path": "audio/test/foa_8398652520bf91ea689e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=55.4 degrees, elevation=30.1 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=55.4 degrees and elevation=30.1 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_e70fa7992afc687b36e3", "split": "test", "audio_id": "foa_314a35a30f4fba02bed9", "audio_path": "audio/test/foa_314a35a30f4fba02bed9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below is a dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_ea651679ec1592f06987", "split": "test", "audio_id": "foa_6470b8a23e615bc48415", "audio_path": "audio/test/foa_6470b8a23e615bc48415.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event occurs from 0.6s to 4.1s.", "canonical_answer": "0.6s to 4.1s", "answer_meta": {"time_span": [0.6, 4.1]}}
{"qa_id": "qa_5042e050efaf2bdffa6f", "split": "test", "audio_id": "foa_e0372dc4d22ac9949d2f", "audio_path": "audio/test/foa_e0372dc4d22ac9949d2f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the keyboard instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "73.4 degrees", "canonical_answer": "73.4 degrees", "answer_meta": {"azimuth_deg": 73.4}}
{"qa_id": "qa_c2927afbbb5bae5573ec", "split": "test", "audio_id": "foa_033698fd940b6a95b902", "audio_path": "audio/test/foa_033698fd940b6a95b902.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 0.1s to 4.0s, laughter from 3.7s to 4.6s, a string instrument from 3.8s to 6.9s, and typing from 5.1s to 7.5s.", "canonical_answer": "singing (0.1s to 4.0s); laughter (3.7s to 4.6s); string instrument (3.8s to 6.9s); typing (5.1s to 7.5s)", "answer_meta": {}}
{"qa_id": "qa_b50643ff46fd505f2660", "split": "test", "audio_id": "foa_14e9bcbe2769ec49cb3a", "audio_path": "audio/test/foa_14e9bcbe2769ec49cb3a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.8 degrees", "canonical_answer": "-51.8 degrees", "answer_meta": {"azimuth_deg": -51.8}}
{"qa_id": "qa_abb322bf31f8755625bf", "split": "test", "audio_id": "foa_22cfd53e989db37f6405", "audio_path": "audio/test/foa_22cfd53e989db37f6405.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The source located at the front-right and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_d3c7c503b91f90a94f95", "split": "test", "audio_id": "foa_84d1f4e3aeb19e10cb68", "audio_path": "audio/test/foa_84d1f4e3aeb19e10cb68.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the car occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The car is active from 16.2s to 20.0s.", "canonical_answer": "16.2s to 20.0s", "answer_meta": {"time_span": [16.2, 20.0]}}
{"qa_id": "qa_9cd209c6cf126cb5a6dd", "split": "test", "audio_id": "foa_eb5769c25ec810f99672", "audio_path": "audio/test/foa_eb5769c25ec810f99672.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=166.7 degrees, elevation=-33.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=166.7 degrees and elevation=-33.2 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_61961127288d1a02c0ba", "split": "test", "audio_id": "foa_58207e42e684fc451db5", "audio_path": "audio/test/foa_58207e42e684fc451db5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains female speech occurring from 0.1s to 3.8s.", "canonical_answer": "female speech (0.1s to 3.8s)", "answer_meta": {"time_span": [0.1, 3.8]}}
{"qa_id": "qa_b5b282f591cdf29634d0", "split": "test", "audio_id": "foa_e08038e7102f753ec156", "audio_path": "audio/test/foa_e08038e7102f753ec156.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.6 degrees", "canonical_answer": "-25.6 degrees", "answer_meta": {"elevation_deg": -25.6}}
{"qa_id": "qa_c3adfdec7e4fff35bd1e", "split": "test", "audio_id": "foa_a9694e7ed5710caddb2c", "audio_path": "audio/test/foa_a9694e7ed5710caddb2c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the metal clink coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-141.8 degrees", "canonical_answer": "-141.8 degrees", "answer_meta": {"azimuth_deg": -141.8}}
{"qa_id": "qa_3bb097a90bf6b9674c81", "split": "test", "audio_id": "foa_a5c803ef1af387c94842", "audio_path": "audio/test/foa_a5c803ef1af387c94842.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-3.9 degrees, elevation=13.3 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-3.9 degrees and elevation=13.3 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_b69629562f8320f2cb08", "split": "test", "audio_id": "foa_505263e96d68dc789e2a", "audio_path": "audio/test/foa_505263e96d68dc789e2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-47.1 degrees", "canonical_answer": "-47.1 degrees", "answer_meta": {"elevation_deg": -47.1}}
{"qa_id": "qa_852c49024fe33558bb9b", "split": "test", "audio_id": "foa_4355132d6fc137827a2b", "audio_path": "audio/test/foa_4355132d6fc137827a2b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_8e77f95d8ab55d2d604e", "split": "test", "audio_id": "foa_2ee944ef4f3aab324bd5", "audio_path": "audio/test/foa_2ee944ef4f3aab324bd5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine that is active from 0.0s to 20.0s.", "canonical_answer": "machine (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_46387d811d98f4e4acc3", "split": "test", "audio_id": "foa_a55dc1daaf4438f38be5", "audio_path": "audio/test/foa_a55dc1daaf4438f38be5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the sound of the gong heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong occurs from 0.1s to 5.5s.", "canonical_answer": "0.1s to 5.5s", "answer_meta": {"time_span": [0.1, 5.5]}}
{"qa_id": "qa_8e80a9445b536196b0db", "split": "test", "audio_id": "foa_3aec1a6237a43e2a36cb", "audio_path": "audio/test/foa_3aec1a6237a43e2a36cb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=100.6 degrees, elevation=-4.4 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth=100.6 degrees and elevation=-4.4 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_4eedbe7744d9b0d9cc1a", "split": "test", "audio_id": "foa_10934d41e6b3576ebebe", "audio_path": "audio/test/foa_10934d41e6b3576ebebe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the fire in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.1 degrees", "canonical_answer": "-120.1 degrees", "answer_meta": {"azimuth_deg": -120.1}}
{"qa_id": "qa_b805da46f448ba75c5ed", "split": "test", "audio_id": "foa_fd3ccf7f6a4e95827a8c", "audio_path": "audio/test/foa_fd3ccf7f6a4e95827a8c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-58.7 degrees", "canonical_answer": "-58.7 degrees", "answer_meta": {"elevation_deg": -58.7}}
{"qa_id": "qa_89bc3e8659f7285d7295", "split": "test", "audio_id": "foa_00ebd4c6a77d582f0a4a", "audio_path": "audio/test/foa_00ebd4c6a77d582f0a4a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the thunderstorm event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The thunderstorm event occurs from 0.8s to 11.3s.", "canonical_answer": "0.8s to 11.3s", "answer_meta": {"time_span": [0.8, 11.3]}}
{"qa_id": "qa_a1d9b35ca69b542d9850", "split": "test", "audio_id": "foa_95b0f3c29559d0414220", "audio_path": "audio/test/foa_95b0f3c29559d0414220.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.0s to 0.2s, an insect from 0.0s to 20.0s, a keyboard instrument from 0.0s to 13.6s, a war sound from 0.0s to 0.6s, and laughter from 0.1s to 0.8s.", "canonical_answer": "camera (0.0s to 0.2s); insect (0.0s to 20.0s); keyboard instrument (0.0s to 13.6s); war sound (0.0s to 0.6s); laughter (0.1s to 0.8s)", "answer_meta": {}}
{"qa_id": "qa_3583304fbb6a826d2ed3", "split": "test", "audio_id": "foa_00901ff8542dcea20f42", "audio_path": "audio/test/foa_00901ff8542dcea20f42.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The sound source located to the right is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_80e06f23dc4198a2f0c7", "split": "test", "audio_id": "foa_5d822a9ab6bb8f4fcbb3", "audio_path": "audio/test/foa_5d822a9ab6bb8f4fcbb3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.8 degrees", "canonical_answer": "-52.8 degrees", "answer_meta": {"elevation_deg": -52.8}}
{"qa_id": "qa_5f2f3ae941e6f1d5baa4", "split": "test", "audio_id": "foa_05f30e6b585d01caa78a", "audio_path": "audio/test/foa_05f30e6b585d01caa78a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-67.3 degrees, elevation=-34.2 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -67.3 degrees and elevation -34.2 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_1320e06e07e820436df9", "split": "test", "audio_id": "foa_19af24b945a0fb093370", "audio_path": "audio/test/foa_19af24b945a0fb093370.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 4.1s to 9.9s.", "canonical_answer": "4.1s to 9.9s", "answer_meta": {"time_span": [4.1, 9.9]}}
{"qa_id": "qa_31d9ed179636a319bf7b", "split": "test", "audio_id": "foa_a8dd505ac69ba21d58f4", "audio_path": "audio/test/foa_a8dd505ac69ba21d58f4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-171.4 degrees", "canonical_answer": "-171.4 degrees", "answer_meta": {"azimuth_deg": -171.4}}
{"qa_id": "qa_a7d3a0b24f303768f478", "split": "test", "audio_id": "foa_fa856dbee62f85313e1a", "audio_path": "audio/test/foa_fa856dbee62f85313e1a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains percussion from 0.0s to 0.9s, body sound from 0.9s to 1.5s, and a drum from 1.4s to 1.9s.", "canonical_answer": "percussion (0.0s to 0.9s); body sound (0.9s to 1.5s); drum (1.4s to 1.9s)", "answer_meta": {}}
{"qa_id": "qa_6fbc64c368333a88268f", "split": "test", "audio_id": "foa_6303bd2c51906c652c22", "audio_path": "audio/test/foa_6303bd2c51906c652c22.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right and above is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_4b2d4b7c5d55637009e6", "split": "test", "audio_id": "foa_4078bfaf658476465aa0", "audio_path": "audio/test/foa_4078bfaf658476465aa0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.2s to 6.1s.", "canonical_answer": "body sound (0.2s to 6.1s)", "answer_meta": {"time_span": [0.2, 6.1]}}
{"qa_id": "qa_d878b47b0e1a0eb0fc2f", "split": "test", "audio_id": "foa_055d91aed80df28b7342", "audio_path": "audio/test/foa_055d91aed80df28b7342.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_8769927be2954d1f8a69", "split": "test", "audio_id": "foa_12cfe17865046f5c7b2c", "audio_path": "audio/test/foa_12cfe17865046f5c7b2c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the insect? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "110.3 degrees", "canonical_answer": "110.3 degrees", "answer_meta": {"azimuth_deg": 110.3}}
{"qa_id": "qa_fb66efa4bc3cd4237e6d", "split": "test", "audio_id": "foa_b2ebc83b8bc4152e5d0f", "audio_path": "audio/test/foa_b2ebc83b8bc4152e5d0f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.3 degrees", "canonical_answer": "11.3 degrees", "answer_meta": {"elevation_deg": 11.3}}
{"qa_id": "qa_986601fe75e8b40ca87d", "split": "test", "audio_id": "foa_0bcac843ad42de65b34c", "audio_path": "audio/test/foa_0bcac843ad42de65b34c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-60.6 degrees, elevation=-5.1 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-60.6 degrees and elevation=-5.1 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_bebcc4e141d52b0e5ec8", "split": "test", "audio_id": "foa_4ad1bc8925c211cde5a7", "audio_path": "audio/test/foa_4ad1bc8925c211cde5a7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bell active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 0.3s to 13.4s.", "canonical_answer": "0.3s to 13.4s", "answer_meta": {"time_span": [0.3, 13.4]}}
{"qa_id": "qa_738fb6ca8a8bc7d1a9ac", "split": "test", "audio_id": "foa_f5d89bc02e63212d2145", "audio_path": "audio/test/foa_f5d89bc02e63212d2145.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "123.6 degrees", "canonical_answer": "123.6 degrees", "answer_meta": {"azimuth_deg": 123.6}}
{"qa_id": "qa_5a0f99ca54a96d306b3d", "split": "test", "audio_id": "foa_4a98d02260e744474f1b", "audio_path": "audio/test/foa_4a98d02260e744474f1b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tearing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.9 degrees", "canonical_answer": "-17.9 degrees", "answer_meta": {"elevation_deg": -17.9}}
{"qa_id": "qa_d484d129f8d4234c83da", "split": "test", "audio_id": "foa_5229e30b6307bc539ab1", "audio_path": "audio/test/foa_5229e30b6307bc539ab1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-right and above of the listener? Answer in one sentence.", "answer": "The source coming from the front-right and above is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_157084d3b4d8709963f9", "split": "test", "audio_id": "foa_f4c1f2d1e7f4fb6ffe79", "audio_path": "audio/test/foa_f4c1f2d1e7f4fb6ffe79.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the tearing event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tearing event is active from 0.2s to 15.4s.", "canonical_answer": "0.2s to 15.4s", "answer_meta": {"time_span": [0.2, 15.4]}}
{"qa_id": "qa_5bafbecbb94650a64337", "split": "test", "audio_id": "foa_4b20ee6d8381db8ff90f", "audio_path": "audio/test/foa_4b20ee6d8381db8ff90f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=47.2 degrees, elevation=-56.7 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth 47.2 degrees and elevation -56.7 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_fd2c0b3091ca0f68348c", "split": "test", "audio_id": "foa_7b2da4625d82c7b37bf1", "audio_path": "audio/test/foa_7b2da4625d82c7b37bf1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.0s to 14.0s.", "canonical_answer": "body sound (0.0s to 14.0s)", "answer_meta": {"time_span": [0.0, 14.0]}}
{"qa_id": "qa_082bb8a32dbe29818b95", "split": "test", "audio_id": "foa_d1ce03e6b2dde2c55f0d", "audio_path": "audio/test/foa_d1ce03e6b2dde2c55f0d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the wind instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is audible from 0.0s to 3.8s.", "canonical_answer": "0.0s to 3.8s", "answer_meta": {"time_span": [0.0, 3.8]}}
{"qa_id": "qa_7aee299b0851d1e2cd9c", "split": "test", "audio_id": "foa_54b76180e8f5ea486423", "audio_path": "audio/test/foa_54b76180e8f5ea486423.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the war sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.1 degrees", "canonical_answer": "147.1 degrees", "answer_meta": {"azimuth_deg": 147.1}}
{"qa_id": "qa_f222ac3580b27d7b598a", "split": "test", "audio_id": "foa_5a658ff76db6625a7f08", "audio_path": "audio/test/foa_5a658ff76db6625a7f08.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.3 degrees", "canonical_answer": "-6.3 degrees", "answer_meta": {"elevation_deg": -6.3}}
{"qa_id": "qa_77ba145d414cbb2f7a41", "split": "test", "audio_id": "foa_2a290aff4a31dc04b67c", "audio_path": "audio/test/foa_2a290aff4a31dc04b67c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front side? Answer in one sentence.", "answer": "The sound source coming from the front is the ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_01e52c700aff69917a9a", "split": "test", "audio_id": "foa_39c3d19a187aa573a984", "audio_path": "audio/test/foa_39c3d19a187aa573a984.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains footsteps occurring from 0.0s to 4.7s.", "canonical_answer": "footsteps (0.0s to 4.7s)", "answer_meta": {"time_span": [0.0, 4.7]}}
{"qa_id": "qa_9a3bae800698ea09bddc", "split": "test", "audio_id": "foa_ceac1fb755975c6e1f1d", "audio_path": "audio/test/foa_ceac1fb755975c6e1f1d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=145.0 degrees, elevation=17.3 degrees? Answer in one sentence.", "answer": "The sound heard from that direction is the ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_748259ec925867214fb5", "split": "test", "audio_id": "foa_7d084355347e4c77b205", "audio_path": "audio/test/foa_7d084355347e4c77b205.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right and below side? Answer in one sentence.", "answer": "The sound coming from the front-right and below is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_00a897b118342ce34948", "split": "test", "audio_id": "foa_423cab8661855d78aba5", "audio_path": "audio/test/foa_423cab8661855d78aba5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.7 degrees", "canonical_answer": "-12.7 degrees", "answer_meta": {"elevation_deg": -12.7}}
{"qa_id": "qa_b5562f905aea844a3ff8", "split": "test", "audio_id": "foa_ad74785f6c1ba45a5d26", "audio_path": "audio/test/foa_ad74785f6c1ba45a5d26.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_fb15676d5a6fe7e29550", "split": "test", "audio_id": "foa_27faa2d6a0961bde2d1c", "audio_path": "audio/test/foa_27faa2d6a0961bde2d1c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that occurs from 0.0s to 1.6s.", "canonical_answer": "knock (0.0s to 1.6s)", "answer_meta": {"time_span": [0.0, 1.6]}}
{"qa_id": "qa_1c0eec25d427f93d705c", "split": "test", "audio_id": "foa_ac7d8572234a266791ed", "audio_path": "audio/test/foa_ac7d8572234a266791ed.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=85.8 degrees, elevation=3.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=85.8 degrees and elevation=3.4 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_4a3171a045cb25660eb9", "split": "test", "audio_id": "foa_02f5d18ea555f956503e", "audio_path": "audio/test/foa_02f5d18ea555f956503e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.8 degrees", "canonical_answer": "16.8 degrees", "answer_meta": {"azimuth_deg": 16.8}}
{"qa_id": "qa_dfae23499ee6618c8f93", "split": "test", "audio_id": "foa_966064918792b8289fb9", "audio_path": "audio/test/foa_966064918792b8289fb9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "101.2 degrees", "canonical_answer": "101.2 degrees", "answer_meta": {"azimuth_deg": 101.2}}
{"qa_id": "qa_0e9ba7121b7f3722f93c", "split": "test", "audio_id": "foa_e895a05ce4f181c54def", "audio_path": "audio/test/foa_e895a05ce4f181c54def.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_13635afeb50239f30d6d", "split": "test", "audio_id": "foa_7b94c04c0205dd2853e9", "audio_path": "audio/test/foa_7b94c04c0205dd2853e9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell sound that occurs from 0.8s to 3.4s.", "canonical_answer": "bell (0.8s to 3.4s)", "answer_meta": {"time_span": [0.8, 3.4]}}
{"qa_id": "qa_a1f324d78cb4049a39d5", "split": "test", "audio_id": "foa_e616058eeb19991f6b3f", "audio_path": "audio/test/foa_e616058eeb19991f6b3f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the scratch active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 1.9s to 4.0s.", "canonical_answer": "1.9s to 4.0s", "answer_meta": {"time_span": [1.9, 4.0]}}
{"qa_id": "qa_4183f3eace7c8142a3f8", "split": "test", "audio_id": "foa_eb13c32a3e8610ed25c0", "audio_path": "audio/test/foa_eb13c32a3e8610ed25c0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_140d4944d9f8586e0a7b", "split": "test", "audio_id": "foa_a3751566558ef62849d4", "audio_path": "audio/test/foa_a3751566558ef62849d4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=65.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=65.9 degrees and elevation=0.0 degrees is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_051a7a4b417a0d9b85b4", "split": "test", "audio_id": "foa_33e0f3378f8d41fc6b0c", "audio_path": "audio/test/foa_33e0f3378f8d41fc6b0c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument from 0.1s to 7.3s, wood from 4.5s to 5.1s, and glass from 6.0s to 8.3s.", "canonical_answer": "wind instrument (0.1s to 7.3s); wood (4.5s to 5.1s); glass (6.0s to 8.3s)", "answer_meta": {}}
{"qa_id": "qa_7458834f2f3e042e3f3a", "split": "test", "audio_id": "foa_9ec57a0cacdf41dcffd7", "audio_path": "audio/test/foa_9ec57a0cacdf41dcffd7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the sound source located to the right and below? Answer in one sentence.", "answer": "The source located to the right and below is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_137becfccfe65bbfeee1", "split": "test", "audio_id": "foa_edcee3b550b028d506ea", "audio_path": "audio/test/foa_edcee3b550b028d506ea.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_3a9ca8b6ad3c5ff8c1eb", "split": "test", "audio_id": "foa_ed74202945e5fe210de6", "audio_path": "audio/test/foa_ed74202945e5fe210de6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "98.6 degrees", "canonical_answer": "98.6 degrees", "answer_meta": {"azimuth_deg": 98.6}}
{"qa_id": "qa_522c8ad31d515836bc75", "split": "test", "audio_id": "foa_8fcae4f234247cc0fca5", "audio_path": "audio/test/foa_8fcae4f234247cc0fca5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=117.2 degrees, elevation=31.0 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth 117.2 degrees and elevation 31.0 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_d2225a35841623c430d3", "split": "test", "audio_id": "foa_2741597633b4544ce294", "audio_path": "audio/test/foa_2741597633b4544ce294.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the musical instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument is active from 0.3s to 5.2s.", "canonical_answer": "0.3s to 5.2s", "answer_meta": {"time_span": [0.3, 5.2]}}
{"qa_id": "qa_62f008066d6142ea8970", "split": "test", "audio_id": "foa_1669482a47183d549e31", "audio_path": "audio/test/foa_1669482a47183d549e31.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the human vocalization occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization event takes place from 0.1s to 2.0s.", "canonical_answer": "0.1s to 2.0s", "answer_meta": {"time_span": [0.1, 2.0]}}
{"qa_id": "qa_d1a212d0a04a63076afb", "split": "test", "audio_id": "foa_2cc867e2e6b82d5a8367", "audio_path": "audio/test/foa_2cc867e2e6b82d5a8367.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-9.3 degrees, elevation=14.6 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth -9.3 degrees and elevation 14.6 degrees is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_2df4b74f2c9214fca0a2", "split": "test", "audio_id": "foa_b782090e801796381fb6", "audio_path": "audio/test/foa_b782090e801796381fb6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.9 degrees", "canonical_answer": "26.9 degrees", "answer_meta": {"elevation_deg": 26.9}}
{"qa_id": "qa_c6ca9e7daefeb0e3c691", "split": "test", "audio_id": "foa_3c5abebee2b46ae15446", "audio_path": "audio/test/foa_3c5abebee2b46ae15446.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.5 degrees", "canonical_answer": "23.5 degrees", "answer_meta": {"azimuth_deg": 23.5}}
{"qa_id": "qa_8bfb32dd0edd396f6174", "split": "test", "audio_id": "foa_4810fec534023e03fd4c", "audio_path": "audio/test/foa_4810fec534023e03fd4c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 4.0s and speech from 0.6s to 7.6s.", "canonical_answer": "speech (0.4s to 4.0s); speech (0.6s to 7.6s)", "answer_meta": {}}
{"qa_id": "qa_8ecc7f4f17c32db7218a", "split": "test", "audio_id": "foa_7ec1eb7d0242530f0091", "audio_path": "audio/test/foa_7ec1eb7d0242530f0091.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left side? Answer in one sentence.", "answer": "The source coming from the back-left is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_261be9027a4c87c4d3db", "split": "test", "audio_id": "foa_3ba357da3df54e928117", "audio_path": "audio/test/foa_3ba357da3df54e928117.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.3 degrees", "canonical_answer": "52.3 degrees", "answer_meta": {"elevation_deg": 52.3}}
{"qa_id": "qa_467420f25325292d7285", "split": "test", "audio_id": "foa_f8ff552daff251c6c297", "audio_path": "audio/test/foa_f8ff552daff251c6c297.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-118.5 degrees, elevation=10.3 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth -118.5 degrees and elevation 10.3 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_c96c13cea317a0b33c19", "split": "test", "audio_id": "foa_6d7d15c87be634c3eae5", "audio_path": "audio/test/foa_6d7d15c87be634c3eae5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the train be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is audible from 5.2s to 20.0s.", "canonical_answer": "5.2s to 20.0s", "answer_meta": {"time_span": [5.2, 20.0]}}
{"qa_id": "qa_3e06c6e22b9b80dd3a6c", "split": "test", "audio_id": "foa_e5a912d8d1096c97448f", "audio_path": "audio/test/foa_e5a912d8d1096c97448f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound occurring from 0.3s to 20.0s.", "canonical_answer": "war sound (0.3s to 20.0s)", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_5fde9b62f1bef7c505e1", "split": "test", "audio_id": "foa_31fa0950516ab4f9371c", "audio_path": "audio/test/foa_31fa0950516ab4f9371c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.0 degrees", "canonical_answer": "-59.0 degrees", "answer_meta": {"azimuth_deg": -59.0}}
{"qa_id": "qa_a3e04285e0548d20c431", "split": "test", "audio_id": "foa_d50d1cab5acecc00f864", "audio_path": "audio/test/foa_d50d1cab5acecc00f864.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The sound source coming from the left is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_c28df9053b70da1d3ff5", "split": "test", "audio_id": "foa_cf40db27bfa110cbde28", "audio_path": "audio/test/foa_cf40db27bfa110cbde28.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.6 degrees", "canonical_answer": "3.6 degrees", "answer_meta": {"elevation_deg": 3.6}}
{"qa_id": "qa_46256615516fd004e881", "split": "test", "audio_id": "foa_004937ffd523bfc9ecea", "audio_path": "audio/test/foa_004937ffd523bfc9ecea.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an insect from 0.0s to 20.0s, water from 14.8s to 15.3s, and a string instrument from 15.9s to 17.9s.", "canonical_answer": "insect (0.0s to 20.0s); water (14.8s to 15.3s); string instrument (15.9s to 17.9s)", "answer_meta": {}}
{"qa_id": "qa_a402380ca2f044939a86", "split": "test", "audio_id": "foa_8150d6abf559dcf43cbd", "audio_path": "audio/test/foa_8150d6abf559dcf43cbd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-32.7 degrees, elevation=-6.4 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=-32.7 degrees and elevation=-6.4 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_7b05c4646ddd14e48f38", "split": "test", "audio_id": "foa_ad92897cc45548e1e67a", "audio_path": "audio/test/foa_ad92897cc45548e1e67a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source heard coming from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_5e052797c0f0ab6da8c3", "split": "test", "audio_id": "foa_02ac6faa8c7132d78abc", "audio_path": "audio/test/foa_02ac6faa8c7132d78abc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tape in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.5 degrees", "canonical_answer": "-8.5 degrees", "answer_meta": {"azimuth_deg": -8.5}}
{"qa_id": "qa_535f96cba6d9c2b60a18", "split": "test", "audio_id": "foa_a5e0fda66bea9493e974", "audio_path": "audio/test/foa_a5e0fda66bea9493e974.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of tearing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tearing sound is active from 10.8s to 17.8s.", "canonical_answer": "10.8s to 17.8s", "answer_meta": {"time_span": [10.8, 17.8]}}
{"qa_id": "qa_9c60f714093c72ffb54d", "split": "test", "audio_id": "foa_06b1f3a6f85168232f71", "audio_path": "audio/test/foa_06b1f3a6f85168232f71.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features war sound from 0.2s to 8.3s and speech from 0.4s to 6.6s.", "canonical_answer": "war sound (0.2s to 8.3s); speech (0.4s to 6.6s)", "answer_meta": {}}
{"qa_id": "qa_0a08106776470ebca09c", "split": "test", "audio_id": "foa_2d08f90fcf8413bca855", "audio_path": "audio/test/foa_2d08f90fcf8413bca855.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-78.9 degrees", "canonical_answer": "-78.9 degrees", "answer_meta": {"azimuth_deg": -78.9}}
{"qa_id": "qa_2f369d08fe425a962f7e", "split": "test", "audio_id": "foa_be5c521867a22a8e48e8", "audio_path": "audio/test/foa_be5c521867a22a8e48e8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-left and above the listener? Answer in one sentence.", "answer": "The source coming from the front-left and above is a dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_2c755b9211c992dc2a2b", "split": "test", "audio_id": "foa_6f2fe83aab33455b6d14", "audio_path": "audio/test/foa_6f2fe83aab33455b6d14.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=173.5 degrees, elevation=9.6 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=173.5 degrees and elevation=9.6 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_32a89834f85657af9299", "split": "test", "audio_id": "foa_77f80fc92415276b6290", "audio_path": "audio/test/foa_77f80fc92415276b6290.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_2387fe59e429de1c26c5", "split": "test", "audio_id": "foa_ec363979e4f1941ee521", "audio_path": "audio/test/foa_ec363979e4f1941ee521.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the aircraft occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The aircraft is active from 6.5s to 14.8s.", "canonical_answer": "6.5s to 14.8s", "answer_meta": {"time_span": [6.5, 14.8]}}
{"qa_id": "qa_aa6a164bd63a781bd120", "split": "test", "audio_id": "foa_df71ae7ba8ad625a78d9", "audio_path": "audio/test/foa_df71ae7ba8ad625a78d9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the wind occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind is active from 0.1s to 0.8s.", "canonical_answer": "0.1s to 0.8s", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_d9d4788f464a6c22390b", "split": "test", "audio_id": "foa_4ed4a4981d654155136a", "audio_path": "audio/test/foa_4ed4a4981d654155136a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=58.9 degrees, elevation=2.0 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=58.9 degrees and elevation=2.0 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_86784b8aa4bf31eacb56", "split": "test", "audio_id": "foa_e9f82f329239b1a9239e", "audio_path": "audio/test/foa_e9f82f329239b1a9239e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_a3831b06dbbc96223a08", "split": "test", "audio_id": "foa_29d1e05c443739626f24", "audio_path": "audio/test/foa_29d1e05c443739626f24.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a thunderstorm from 9.0s to 17.1s.", "canonical_answer": "thunderstorm (9.0s to 17.1s)", "answer_meta": {"time_span": [9.0, 17.1]}}
{"qa_id": "qa_a7699ea42ec8509edb47", "split": "test", "audio_id": "foa_4e43d7eaa35631dfc081", "audio_path": "audio/test/foa_4e43d7eaa35631dfc081.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.8 degrees", "canonical_answer": "-25.8 degrees", "answer_meta": {"elevation_deg": -25.8}}
{"qa_id": "qa_6137d61a83bcb4610c9d", "split": "test", "audio_id": "foa_93b685ee6431728b5b7f", "audio_path": "audio/test/foa_93b685ee6431728b5b7f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tearing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-164.8 degrees", "canonical_answer": "-164.8 degrees", "answer_meta": {"azimuth_deg": -164.8}}
{"qa_id": "qa_8bc12de495e591f470c4", "split": "test", "audio_id": "foa_c9ec95b84b33f105a388", "audio_path": "audio/test/foa_c9ec95b84b33f105a388.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains body sound occurring from 0.0s to 0.1s.", "canonical_answer": "body sound (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_4bc5e26e660fdbf4c975", "split": "test", "audio_id": "foa_f4a9fdbe9de8ceefbc8b", "audio_path": "audio/test/foa_f4a9fdbe9de8ceefbc8b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the finger snapping? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.1 degrees", "canonical_answer": "-11.1 degrees", "answer_meta": {"elevation_deg": -11.1}}
{"qa_id": "qa_6424f0a9b9f89eadc525", "split": "test", "audio_id": "foa_c7f2b1edeb436f131b49", "audio_path": "audio/test/foa_c7f2b1edeb436f131b49.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=123.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=123.7 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ce757f9dac32b0c5131c", "split": "test", "audio_id": "foa_991cbfff1728e1bef37f", "audio_path": "audio/test/foa_991cbfff1728e1bef37f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "121.6 degrees", "canonical_answer": "121.6 degrees", "answer_meta": {"azimuth_deg": 121.6}}
{"qa_id": "qa_ecc634873f50872f4aaa", "split": "test", "audio_id": "foa_cca613eeecda6e03a69e", "audio_path": "audio/test/foa_cca613eeecda6e03a69e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the thunderstorm event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The thunderstorm event occurs from 10.6s to 16.1s.", "canonical_answer": "10.6s to 16.1s", "answer_meta": {"time_span": [10.6, 16.1]}}
{"qa_id": "qa_51b01f6bee81c41f7b02", "split": "test", "audio_id": "foa_bdaded20bd68102957c4", "audio_path": "audio/test/foa_bdaded20bd68102957c4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back? Answer in one sentence.", "answer": "The sound source coming from the back is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_5e4bb3987d53e7f99e99", "split": "test", "audio_id": "foa_4705f9930bf2c486afd8", "audio_path": "audio/test/foa_4705f9930bf2c486afd8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the water coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "122.4 degrees", "canonical_answer": "122.4 degrees", "answer_meta": {"azimuth_deg": 122.4}}
{"qa_id": "qa_f0411209914eba848d4b", "split": "test", "audio_id": "foa_baca4cab9381e2c6099b", "audio_path": "audio/test/foa_baca4cab9381e2c6099b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains percussion from 0.0s to 1.4s.", "canonical_answer": "percussion (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_b40bcfe07678e9673fa7", "split": "test", "audio_id": "foa_6d488ae4c485b6219b54", "audio_path": "audio/test/foa_6d488ae4c485b6219b54.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 4.3s to 8.7s.", "canonical_answer": "4.3s to 8.7s", "answer_meta": {"time_span": [4.3, 8.7]}}
{"qa_id": "qa_c7fa823b8d5d062fb977", "split": "test", "audio_id": "foa_95a2b3d9ef54eef158e9", "audio_path": "audio/test/foa_95a2b3d9ef54eef158e9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.9 degrees", "canonical_answer": "14.9 degrees", "answer_meta": {"elevation_deg": 14.9}}
{"qa_id": "qa_0b131f06a2252036ef2f", "split": "test", "audio_id": "foa_866fdbebced068bd2d98", "audio_path": "audio/test/foa_866fdbebced068bd2d98.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-52.1 degrees, elevation=-33.1 degrees? Answer in one sentence.", "answer": "A cat is the sound heard from azimuth=-52.1 degrees, elevation=-33.1 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_847b0344d2d28db9e324", "split": "test", "audio_id": "foa_514c5ac5dd2c5203f2d3", "audio_path": "audio/test/foa_514c5ac5dd2c5203f2d3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e2d7b389c43831048391", "split": "test", "audio_id": "foa_f14ae2f6d67b91feead1", "audio_path": "audio/test/foa_f14ae2f6d67b91feead1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "35.3 degrees", "canonical_answer": "35.3 degrees", "answer_meta": {"elevation_deg": 35.3}}
{"qa_id": "qa_d6ac1bb32a6a51f8a4d1", "split": "test", "audio_id": "foa_dcae3ceb6b281b14601c", "audio_path": "audio/test/foa_dcae3ceb6b281b14601c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=90.2 degrees, elevation=22.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=90.2 degrees and elevation=22.2 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_2cd31a2cb6366e0202ce", "split": "test", "audio_id": "foa_73f619d492fa7c20712b", "audio_path": "audio/test/foa_73f619d492fa7c20712b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the breathing sound is heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 0.2s to 2.8s.", "canonical_answer": "0.2s to 2.8s", "answer_meta": {"time_span": [0.2, 2.8]}}
{"qa_id": "qa_ca0bfe8f2cd60f5278ca", "split": "test", "audio_id": "foa_d170229ca4cde796ad49", "audio_path": "audio/test/foa_d170229ca4cde796ad49.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a guitar playing from 0.8 seconds to 20.0 seconds.", "canonical_answer": "guitar (0.8s to 20.0s)", "answer_meta": {"time_span": [0.8, 20.0]}}
{"qa_id": "qa_b189a8bdfdd95cb6c8c9", "split": "test", "audio_id": "foa_5e7dae0921379b5a43ac", "audio_path": "audio/test/foa_5e7dae0921379b5a43ac.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front side? Answer in one sentence.", "answer": "The sound coming from the front is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_91437bfa008864b6098c", "split": "test", "audio_id": "foa_8d63a8bc9ff70dec64fb", "audio_path": "audio/test/foa_8d63a8bc9ff70dec64fb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the female speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.5 degrees", "canonical_answer": "5.5 degrees", "answer_meta": {"azimuth_deg": 5.5}}
{"qa_id": "qa_12f8ff936b2931f0ea12", "split": "test", "audio_id": "foa_34157ff6caf8dc88b3cd", "audio_path": "audio/test/foa_34157ff6caf8dc88b3cd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the singing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 0.2s to 20.0s.", "canonical_answer": "0.2s to 20.0s", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_1a86d67beedee3d512b9", "split": "test", "audio_id": "foa_ad9f1559df28eebe0132", "audio_path": "audio/test/foa_ad9f1559df28eebe0132.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-175.1 degrees", "canonical_answer": "-175.1 degrees", "answer_meta": {"azimuth_deg": -175.1}}
{"qa_id": "qa_7a65af607fe274032974", "split": "test", "audio_id": "foa_7762ea141e5d4a13e3fd", "audio_path": "audio/test/foa_7762ea141e5d4a13e3fd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=83.3 degrees, elevation=1.2 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth=83.3 degrees and elevation=1.2 degrees is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_edbe05fe39b6d8c4444b", "split": "test", "audio_id": "foa_509a4ba5e6791f253fb4", "audio_path": "audio/test/foa_509a4ba5e6791f253fb4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below? Answer in one sentence.", "answer": "The source located to the left and below is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_e7a4ec93db03ce1cc055", "split": "test", "audio_id": "foa_fb2dedd138c417969f06", "audio_path": "audio/test/foa_fb2dedd138c417969f06.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the insect in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.0 degrees", "canonical_answer": "21.0 degrees", "answer_meta": {"elevation_deg": 21.0}}
{"qa_id": "qa_1484c234483ffdd74837", "split": "test", "audio_id": "foa_6c86102e36e6a947aaa1", "audio_path": "audio/test/foa_6c86102e36e6a947aaa1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains footsteps from 0.5s to 20.0s, a frog from 2.5s to 3.2s, a vehicle from 9.7s to 14.2s, and fire from 14.4s to 15.7s.", "canonical_answer": "footsteps (0.5s to 20.0s); frog (2.5s to 3.2s); vehicle (9.7s to 14.2s); fire (14.4s to 15.7s)", "answer_meta": {}}
{"qa_id": "qa_010ac61197b4c08c41ba", "split": "test", "audio_id": "foa_a498a757103d1392e03a", "audio_path": "audio/test/foa_a498a757103d1392e03a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left? Answer in one sentence.", "answer": "The source coming from the back-left is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_2c58e2fd331710290e0b", "split": "test", "audio_id": "foa_0442b754b27ccff2efc9", "audio_path": "audio/test/foa_0442b754b27ccff2efc9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-155.9 degrees", "canonical_answer": "-155.9 degrees", "answer_meta": {"azimuth_deg": -155.9}}
{"qa_id": "qa_e22cadd12f6cd30f1020", "split": "test", "audio_id": "foa_0ad505c122e1332f56f4", "audio_path": "audio/test/foa_0ad505c122e1332f56f4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.4 degrees", "canonical_answer": "-21.4 degrees", "answer_meta": {"elevation_deg": -21.4}}
{"qa_id": "qa_bcc271ecf4a1779a6c44", "split": "test", "audio_id": "foa_67a47023e4c2125d18b5", "audio_path": "audio/test/foa_67a47023e4c2125d18b5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that lasts from 0.8s to 7.1s.", "canonical_answer": "metal clink (0.8s to 7.1s)", "answer_meta": {"time_span": [0.8, 7.1]}}
{"qa_id": "qa_94c7e7969aa94ff3bdf7", "split": "test", "audio_id": "foa_d7b84300df74d39267c3", "audio_path": "audio/test/foa_d7b84300df74d39267c3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=8.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=8.6 degrees, elevation=0.0 degrees is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e800b9052150d2182825", "split": "test", "audio_id": "foa_0d4f19973890ed0fa21b", "audio_path": "audio/test/foa_0d4f19973890ed0fa21b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the metal clink occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 0.0s to 18.5s.", "canonical_answer": "0.0s to 18.5s", "answer_meta": {"time_span": [0.0, 18.5]}}
{"qa_id": "qa_c3b5a56cc088507b583d", "split": "test", "audio_id": "foa_e7ef75e4475c7922c6da", "audio_path": "audio/test/foa_e7ef75e4475c7922c6da.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=76.1 degrees, elevation=-9.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=76.1 degrees and elevation=-9.4 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_26bd018ae9c95e426ae4", "split": "test", "audio_id": "foa_a3b06dfc04773bb6398a", "audio_path": "audio/test/foa_a3b06dfc04773bb6398a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The source coming from the back-left and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ab5b0fc10f10acd746fa", "split": "test", "audio_id": "foa_32b2c922ec3733b4cf0f", "audio_path": "audio/test/foa_32b2c922ec3733b4cf0f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the gong occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong event is active from 0.1s to 2.2s.", "canonical_answer": "0.1s to 2.2s", "answer_meta": {"time_span": [0.1, 2.2]}}
{"qa_id": "qa_5064d3caad18a3b0065d", "split": "test", "audio_id": "foa_1b38993d47f8faacabc8", "audio_path": "audio/test/foa_1b38993d47f8faacabc8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "50.3 degrees", "canonical_answer": "50.3 degrees", "answer_meta": {"azimuth_deg": 50.3}}
{"qa_id": "qa_2a47012677ebf9452b5e", "split": "test", "audio_id": "foa_9eadda8efdc4b5a99995", "audio_path": "audio/test/foa_9eadda8efdc4b5a99995.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a keyboard instrument from 0.0s to 0.6s.", "canonical_answer": "keyboard instrument (0.0s to 0.6s)", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_c21b5944b6c54c8c5579", "split": "test", "audio_id": "foa_f58af5daea5f3fd22539", "audio_path": "audio/test/foa_f58af5daea5f3fd22539.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.8 degrees", "canonical_answer": "-46.8 degrees", "answer_meta": {"elevation_deg": -46.8}}
{"qa_id": "qa_da22611708da5b4c3ecf", "split": "test", "audio_id": "foa_67e1fd2e4cc0c2238a37", "audio_path": "audio/test/foa_67e1fd2e4cc0c2238a37.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=149.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth 149.2 degrees and elevation 0.0 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_c12b74a8749ce6d17c2e", "split": "test", "audio_id": "foa_81517002373abbd41bd2", "audio_path": "audio/test/foa_81517002373abbd41bd2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech event audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.3s to 2.6s.", "canonical_answer": "0.3s to 2.6s", "answer_meta": {"time_span": [0.3, 2.6]}}
{"qa_id": "qa_5d69c80f905e7d873b9b", "split": "test", "audio_id": "foa_ad616e13a1a019d93a3c", "audio_path": "audio/test/foa_ad616e13a1a019d93a3c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a gong from 0.0s to 1.4s.", "canonical_answer": "gong (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_11caaba2078a12b77452", "split": "test", "audio_id": "foa_1a912eb68c74639286eb", "audio_path": "audio/test/foa_1a912eb68c74639286eb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The sound source coming from the back-right is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_cefa77c0c83bdb6d83ea", "split": "test", "audio_id": "foa_00d544f08b3e07f45ad7", "audio_path": "audio/test/foa_00d544f08b3e07f45ad7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the typing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.5 degrees", "canonical_answer": "147.5 degrees", "answer_meta": {"azimuth_deg": 147.5}}
{"qa_id": "qa_8ddf7455dd19c4e5b8af", "split": "test", "audio_id": "foa_7fabaccfcda957bbb750", "audio_path": "audio/test/foa_7fabaccfcda957bbb750.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.9 degrees", "canonical_answer": "1.9 degrees", "answer_meta": {"elevation_deg": 1.9}}
{"qa_id": "qa_de1814813e474c1cefbd", "split": "test", "audio_id": "foa_edf0781dfebd10fd10cd", "audio_path": "audio/test/foa_edf0781dfebd10fd10cd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 4.8s and speech from 0.6s to 2.0s.", "canonical_answer": "speech (0.4s to 4.8s); speech (0.6s to 2.0s)", "answer_meta": {}}
{"qa_id": "qa_951a3ced7ec71d762194", "split": "test", "audio_id": "foa_02b417513725e34d579e", "audio_path": "audio/test/foa_02b417513725e34d579e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front? Answer in one sentence.", "answer": "The sound source coming from the front is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_37e6c4d3e4e7e5dc13c9", "split": "test", "audio_id": "foa_6a47cbcdd2a0488c7627", "audio_path": "audio/test/foa_6a47cbcdd2a0488c7627.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=70.6 degrees, elevation=-19.6 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=70.6 degrees and elevation=-19.6 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_b5ac3cb2e2e9a3d2f228", "split": "test", "audio_id": "foa_510d50920355d1ed6267", "audio_path": "audio/test/foa_510d50920355d1ed6267.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the male speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.3s to 1.0s.", "canonical_answer": "0.3s to 1.0s", "answer_meta": {"time_span": [0.3, 1.0]}}
{"qa_id": "qa_a547e74304dbf39ff580", "split": "test", "audio_id": "foa_787a610c66cf27965c2d", "audio_path": "audio/test/foa_787a610c66cf27965c2d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "46.8 degrees", "canonical_answer": "46.8 degrees", "answer_meta": {"azimuth_deg": 46.8}}
{"qa_id": "qa_317ff042304f4aaaa0b8", "split": "test", "audio_id": "foa_c7e5a456cdc425811f21", "audio_path": "audio/test/foa_c7e5a456cdc425811f21.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.5 degrees", "canonical_answer": "-6.5 degrees", "answer_meta": {"elevation_deg": -6.5}}
{"qa_id": "qa_10f8b7d884ec6670c9f8", "split": "test", "audio_id": "foa_55d314c544d034c55116", "audio_path": "audio/test/foa_55d314c544d034c55116.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The source coming from the right is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_23a206c3a97cba0c0036", "split": "test", "audio_id": "foa_499d4cdfd0a0c9c24613", "audio_path": "audio/test/foa_499d4cdfd0a0c9c24613.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the glass? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.8 degrees", "canonical_answer": "-17.8 degrees", "answer_meta": {"elevation_deg": -17.8}}
{"qa_id": "qa_cba4402be44a8cc4c475", "split": "test", "audio_id": "foa_4484078cd6144d23f479", "audio_path": "audio/test/foa_4484078cd6144d23f479.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-92.7 degrees, elevation=10.3 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -92.7 degrees and elevation 10.3 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_a77d38bc126b3c4f66f8", "split": "test", "audio_id": "foa_77121525599b9449c079", "audio_path": "audio/test/foa_77121525599b9449c079.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 2.2s to 3.5s.", "canonical_answer": "2.2s to 3.5s", "answer_meta": {"time_span": [2.2, 3.5]}}
{"qa_id": "qa_8b059ccda32246e5a66d", "split": "test", "audio_id": "foa_121ea4cb6e4e4f48cb7a", "audio_path": "audio/test/foa_121ea4cb6e4e4f48cb7a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "145.1 degrees", "canonical_answer": "145.1 degrees", "answer_meta": {"azimuth_deg": 145.1}}
{"qa_id": "qa_4a6a4be06d880ec37fc5", "split": "test", "audio_id": "foa_88dae07e4ecae06fd745", "audio_path": "audio/test/foa_88dae07e4ecae06fd745.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a camera from 0.0s to 13.7s, a zipper from 8.2s to 16.5s, a gong from 12.1s to 20.0s, and a musical instrument from 14.9s to 20.0s.", "canonical_answer": "camera (0.0s to 13.7s); zipper (8.2s to 16.5s); gong (12.1s to 20.0s); musical instrument (14.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_bb1410a1a26264e520fc", "split": "test", "audio_id": "foa_b8c89d4f7b9acb6da4a3", "audio_path": "audio/test/foa_b8c89d4f7b9acb6da4a3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a tool from 1.1s to 14.2s, a thunderstorm from 2.1s to 20.0s, a body sound from 9.9s to 10.5s, and footsteps from 14.4s to 20.0s.", "canonical_answer": "tool (1.1s to 14.2s); thunderstorm (2.1s to 20.0s); body sound (9.9s to 10.5s); footsteps (14.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_e04f8a1efa29a37c2372", "split": "test", "audio_id": "foa_6a5e83e1a614de4ae05d", "audio_path": "audio/test/foa_6a5e83e1a614de4ae05d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The source coming from the back and below is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_511fc756934f5eb0b6c0", "split": "test", "audio_id": "foa_9c2a25cc84e0c1a3ce75", "audio_path": "audio/test/foa_9c2a25cc84e0c1a3ce75.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.8 degrees", "canonical_answer": "-14.8 degrees", "answer_meta": {"elevation_deg": -14.8}}
{"qa_id": "qa_21cc3f7b9b016fd5381a", "split": "test", "audio_id": "foa_8838ff1c759aee4743cb", "audio_path": "audio/test/foa_8838ff1c759aee4743cb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the zipper sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper event is active from 19.3s to 20.0s.", "canonical_answer": "19.3s to 20.0s", "answer_meta": {"time_span": [19.3, 20.0]}}
{"qa_id": "qa_d12f1937ba480a83e6cc", "split": "test", "audio_id": "foa_a9bacfde3bfeac212d7e", "audio_path": "audio/test/foa_a9bacfde3bfeac212d7e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-179.0 degrees, elevation=14.5 degrees? Answer in one sentence.", "answer": "A car is located at azimuth -179.0 degrees and elevation 14.5 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_aa4033dcce6c5cf8518f", "split": "test", "audio_id": "foa_fca0a525800e67266d97", "audio_path": "audio/test/foa_fca0a525800e67266d97.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "85.9 degrees", "canonical_answer": "85.9 degrees", "answer_meta": {"azimuth_deg": 85.9}}
{"qa_id": "qa_0c1ec8bdc9f7447c0818", "split": "test", "audio_id": "foa_eb1a022b5cad17b3579d", "audio_path": "audio/test/foa_eb1a022b5cad17b3579d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-133.1 degrees, elevation=-40.4 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth -133.1 degrees and elevation -40.4 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_2edddfa31545d0aa7781", "split": "test", "audio_id": "foa_4f4ff4b30ce61c7f79a2", "audio_path": "audio/test/foa_4f4ff4b30ce61c7f79a2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the telephone alarm be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is active from 0.0s to 7.4s.", "canonical_answer": "0.0s to 7.4s", "answer_meta": {"time_span": [0.0, 7.4]}}
{"qa_id": "qa_6197e81850f903974eee", "split": "test", "audio_id": "foa_5495c2d4dc151489e7a4", "audio_path": "audio/test/foa_5495c2d4dc151489e7a4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The sound source located at the back is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_2891b5b90456b6a74751", "split": "test", "audio_id": "foa_0df435125af79b105605", "audio_path": "audio/test/foa_0df435125af79b105605.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the string instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.2 degrees", "canonical_answer": "25.2 degrees", "answer_meta": {"azimuth_deg": 25.2}}
{"qa_id": "qa_b9ea0d8bec4f07ac7f6e", "split": "test", "audio_id": "foa_793a66604e1bd84da5e8", "audio_path": "audio/test/foa_793a66604e1bd84da5e8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock from 2.8s to 13.5s, a metal clink from 4.4s to 5.4s, and singing from 6.4s to 11.1s.", "canonical_answer": "clock (2.8s to 13.5s); metal clink (4.4s to 5.4s); singing (6.4s to 11.1s)", "answer_meta": {}}
{"qa_id": "qa_1c0dbf07f0f930123e84", "split": "test", "audio_id": "foa_172f4a75b7479aa5503f", "audio_path": "audio/test/foa_172f4a75b7479aa5503f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.7 degrees", "canonical_answer": "19.7 degrees", "answer_meta": {"elevation_deg": 19.7}}
{"qa_id": "qa_585700ad668061ee783c", "split": "test", "audio_id": "foa_89d3fb6884896a24b3b5", "audio_path": "audio/test/foa_89d3fb6884896a24b3b5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a cat from 2.8s to 20.0s, finger snapping from 6.5s to 17.1s, and a body sound from 8.8s to 10.8s.", "canonical_answer": "cat (2.8s to 20.0s); finger snapping (6.5s to 17.1s); body sound (8.8s to 10.8s)", "answer_meta": {}}
{"qa_id": "qa_31260ad7655624fd2d6f", "split": "test", "audio_id": "foa_9bfd84f78af02919cfc7", "audio_path": "audio/test/foa_9bfd84f78af02919cfc7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The source coming from the left is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_03f37f756b8a2cc6d7da", "split": "test", "audio_id": "foa_781c97652b8513cda641", "audio_path": "audio/test/foa_781c97652b8513cda641.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=92.1 degrees, elevation=-1.9 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=92.1 degrees and elevation=-1.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e61be1646108a1714873", "split": "test", "audio_id": "foa_641c45de513e005bc0c3", "audio_path": "audio/test/foa_641c45de513e005bc0c3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-100.8 degrees", "canonical_answer": "-100.8 degrees", "answer_meta": {"azimuth_deg": -100.8}}
{"qa_id": "qa_eebf48b0c340150d4a49", "split": "test", "audio_id": "foa_9a363549d7eab9556bb1", "audio_path": "audio/test/foa_9a363549d7eab9556bb1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.3s to 3.6s.", "canonical_answer": "0.3s to 3.6s", "answer_meta": {"time_span": [0.3, 3.6]}}
{"qa_id": "qa_ef1e9a2b0be3bd1c7c70", "split": "test", "audio_id": "foa_d2e25c03859f64cb669c", "audio_path": "audio/test/foa_d2e25c03859f64cb669c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-53.9 degrees", "canonical_answer": "-53.9 degrees", "answer_meta": {"elevation_deg": -53.9}}
{"qa_id": "qa_b60b79e6a61857c0596a", "split": "test", "audio_id": "foa_40a3ffd710ab2980dcb2", "audio_path": "audio/test/foa_40a3ffd710ab2980dcb2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the crackle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.4 degrees", "canonical_answer": "-39.4 degrees", "answer_meta": {"elevation_deg": -39.4}}
{"qa_id": "qa_0da6f690f2de70fa2173", "split": "test", "audio_id": "foa_e7c5a2be81e6ae100faa", "audio_path": "audio/test/foa_e7c5a2be81e6ae100faa.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the keyboard instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.0s to 0.2s.", "canonical_answer": "0.0s to 0.2s", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_09c0a79f45908ebf4471", "split": "test", "audio_id": "foa_4d04265d47c764b4dcce", "audio_path": "audio/test/foa_4d04265d47c764b4dcce.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features crackle from 0.0s to 20.0s, body sound from 9.3s to 11.4s, and a clock from 10.2s to 14.3s.", "canonical_answer": "crackle (0.0s to 20.0s); body sound (9.3s to 11.4s); clock (10.2s to 14.3s)", "answer_meta": {}}
{"qa_id": "qa_4537b1d2cf7f8886b9d3", "split": "test", "audio_id": "foa_53ade7c088628acb28e1", "audio_path": "audio/test/foa_53ade7c088628acb28e1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The source heard from the back and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c2516d063704410d98f9", "split": "test", "audio_id": "foa_53dfec98e9794f89e48f", "audio_path": "audio/test/foa_53dfec98e9794f89e48f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=7.4 degrees, elevation=30.6 degrees? Answer in one sentence.", "answer": "An appliance is located at azimuth=7.4 degrees and elevation=30.6 degrees.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_8b46eefcbb3621dc0592", "split": "test", "audio_id": "foa_ea1b5698d81b4bdb662e", "audio_path": "audio/test/foa_ea1b5698d81b4bdb662e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-75.4 degrees", "canonical_answer": "-75.4 degrees", "answer_meta": {"azimuth_deg": -75.4}}
{"qa_id": "qa_6b462be534af1491849d", "split": "test", "audio_id": "foa_a5ed2153bb74cd44909a", "audio_path": "audio/test/foa_a5ed2153bb74cd44909a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c5df440137823dc4cb5a", "split": "test", "audio_id": "foa_b0d5049613a778167229", "audio_path": "audio/test/foa_b0d5049613a778167229.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the home sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "173.3 degrees", "canonical_answer": "173.3 degrees", "answer_meta": {"azimuth_deg": 173.3}}
{"qa_id": "qa_c7c95f98115d5424be42", "split": "test", "audio_id": "foa_96888aef5e5437466988", "audio_path": "audio/test/foa_96888aef5e5437466988.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains typing that occurs from 1.2s to 20.0s.", "canonical_answer": "typing (1.2s to 20.0s)", "answer_meta": {"time_span": [1.2, 20.0]}}
{"qa_id": "qa_1cf5cbe607febb9a9f5b", "split": "test", "audio_id": "foa_c17955f635fe2676a43c", "audio_path": "audio/test/foa_c17955f635fe2676a43c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the glass sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The glass sound is active from 1.2s to 11.8s.", "canonical_answer": "1.2s to 11.8s", "answer_meta": {"time_span": [1.2, 11.8]}}
{"qa_id": "qa_a777f6edbd770f926f68", "split": "test", "audio_id": "foa_b49da02da0d1a9964725", "audio_path": "audio/test/foa_b49da02da0d1a9964725.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth 42.8 degrees and elevation -30.9 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 42.8 degrees and elevation -30.9 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_f1e578d7b7177be462ab", "split": "test", "audio_id": "foa_7f39a9d318e044459f13", "audio_path": "audio/test/foa_7f39a9d318e044459f13.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.0 degrees", "canonical_answer": "7.0 degrees", "answer_meta": {"elevation_deg": 7.0}}
{"qa_id": "qa_9e759e37a69014cb0b76", "split": "test", "audio_id": "foa_b5180bbed67ac8740f86", "audio_path": "audio/test/foa_b5180bbed67ac8740f86.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the typing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.0s to 2.8s.", "canonical_answer": "0.0s to 2.8s", "answer_meta": {"time_span": [0.0, 2.8]}}
{"qa_id": "qa_363aac416e9c5897ac3e", "split": "test", "audio_id": "foa_10df60422fe1252bfdb1", "audio_path": "audio/test/foa_10df60422fe1252bfdb1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=29.6 degrees, elevation=-22.4 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=29.6 degrees and elevation=-22.4 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_f39db6cc2fa16bc92787", "split": "test", "audio_id": "foa_5aa353478efb922c2849", "audio_path": "audio/test/foa_5aa353478efb922c2849.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drum from 0.0s to 0.8s.", "canonical_answer": "drum (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_ada55a7e537eb6da44b3", "split": "test", "audio_id": "foa_43e77464b1f919de413f", "audio_path": "audio/test/foa_43e77464b1f919de413f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.5 degrees", "canonical_answer": "-1.5 degrees", "answer_meta": {"elevation_deg": -1.5}}
{"qa_id": "qa_0dcbd4f1eb23fd6771d1", "split": "test", "audio_id": "foa_8afaff7aed791f93ca40", "audio_path": "audio/test/foa_8afaff7aed791f93ca40.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the female speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-159.5 degrees", "canonical_answer": "-159.5 degrees", "answer_meta": {"azimuth_deg": -159.5}}
{"qa_id": "qa_7828e5aa7659b572969c", "split": "test", "audio_id": "foa_837459b35234e633f79d", "audio_path": "audio/test/foa_837459b35234e633f79d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in front of and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front and above is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_9b631311ab99ff982693", "split": "test", "audio_id": "foa_41fbae903582d03788e4", "audio_path": "audio/test/foa_41fbae903582d03788e4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.9 degrees", "canonical_answer": "31.9 degrees", "answer_meta": {"elevation_deg": 31.9}}
{"qa_id": "qa_aa38cfeaaa30da1fe5eb", "split": "test", "audio_id": "foa_9a8b521c558ac3356661", "audio_path": "audio/test/foa_9a8b521c558ac3356661.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_0a47bf12b662815ef0ff", "split": "test", "audio_id": "foa_4b32097a4081edc3623a", "audio_path": "audio/test/foa_4b32097a4081edc3623a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle from 2.0s to 19.8s, paper from 3.5s to 19.1s, and a bell from 19.2s to 20.0s.", "canonical_answer": "vehicle (2.0s to 19.8s); paper (3.5s to 19.1s); bell (19.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_66574e05309047fdabac", "split": "test", "audio_id": "foa_462ccda11b23acf97787", "audio_path": "audio/test/foa_462ccda11b23acf97787.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-10.1 degrees, elevation=-2.5 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=-10.1 degrees and elevation=-2.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_6c34297140d2fe046c7c", "split": "test", "audio_id": "foa_1609b4f24a18c4ecb81d", "audio_path": "audio/test/foa_1609b4f24a18c4ecb81d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the keyboard instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.1s to 7.5s.", "canonical_answer": "0.1s to 7.5s", "answer_meta": {"time_span": [0.1, 7.5]}}
{"qa_id": "qa_8c197c7bc4f1d968fd9f", "split": "test", "audio_id": "foa_77fa7e3662c734b720ec", "audio_path": "audio/test/foa_77fa7e3662c734b720ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the glass coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.5 degrees", "canonical_answer": "-12.5 degrees", "answer_meta": {"azimuth_deg": -12.5}}
{"qa_id": "qa_ee1c5f5062e52676dbfc", "split": "test", "audio_id": "foa_fe53b5a2723b3dde2784", "audio_path": "audio/test/foa_fe53b5a2723b3dde2784.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below? Answer in one sentence.", "answer": "The sound coming from the back-right and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f684191c42abdccac949", "split": "test", "audio_id": "foa_8a4c75a1b1e56ea15aa6", "audio_path": "audio/test/foa_8a4c75a1b1e56ea15aa6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=143.5 degrees, elevation=-10.1 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth 143.5 degrees and elevation -10.1 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_2e4adc270dd6ee35ce1d", "split": "test", "audio_id": "foa_f8bd50e27ed1ac3777e3", "audio_path": "audio/test/foa_f8bd50e27ed1ac3777e3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features writing occurring from 0.0s to 4.5s.", "canonical_answer": "writing (0.0s to 4.5s)", "answer_meta": {"time_span": [0.0, 4.5]}}
{"qa_id": "qa_7e2e4bd785bf31c82a1d", "split": "test", "audio_id": "foa_e2cab77d3c0fb6e537e4", "audio_path": "audio/test/foa_e2cab77d3c0fb6e537e4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the vehicle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.5 degrees", "canonical_answer": "5.5 degrees", "answer_meta": {"elevation_deg": 5.5}}
{"qa_id": "qa_b8e5db841c2f14b66a6e", "split": "test", "audio_id": "foa_031207de4512b235598c", "audio_path": "audio/test/foa_031207de4512b235598c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the water event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water event is active from 0.0s to 15.4s.", "canonical_answer": "0.0s to 15.4s", "answer_meta": {"time_span": [0.0, 15.4]}}
{"qa_id": "qa_0c31a8abfcd897769158", "split": "test", "audio_id": "foa_4a8f9d502ac300857451", "audio_path": "audio/test/foa_4a8f9d502ac300857451.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the cat in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-93.5 degrees", "canonical_answer": "-93.5 degrees", "answer_meta": {"azimuth_deg": -93.5}}
{"qa_id": "qa_ecb2ab1341f89b45835b", "split": "test", "audio_id": "foa_edf03f0a23d174fcd81b", "audio_path": "audio/test/foa_edf03f0a23d174fcd81b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features footsteps from 0.0s to 20.0s, a dog from 2.4s to 3.1s, a dog from 4.2s to 5.1s, a keyboard instrument from 5.2s to 18.7s, a dog from 9.5s to 10.1s, a telephone alarm from 17.0s to 18.2s, and footsteps from 19.1s to 20.0s.", "canonical_answer": "footsteps (0.0s to 20.0s); dog (2.4s to 3.1s); dog (4.2s to 5.1s); keyboard instrument (5.2s to 18.7s); dog (9.5s to 10.1s); telephone alarm (17.0s to 18.2s); footsteps (19.1s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_e991b916f971ffe58ffe", "split": "test", "audio_id": "foa_33323a2e691f59fabd57", "audio_path": "audio/test/foa_33323a2e691f59fabd57.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_cad22fed31e36c995aa2", "split": "test", "audio_id": "foa_64b9fc5c672e4bf9483d", "audio_path": "audio/test/foa_64b9fc5c672e4bf9483d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the laughter located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.1 degrees", "canonical_answer": "19.1 degrees", "answer_meta": {"elevation_deg": 19.1}}
{"qa_id": "qa_4bf661136588786c9125", "split": "test", "audio_id": "foa_de7036a6f8c3912dffe9", "audio_path": "audio/test/foa_de7036a6f8c3912dffe9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 4.2s.", "canonical_answer": "0.6s to 4.2s", "answer_meta": {"time_span": [0.6, 4.2]}}
{"qa_id": "qa_994f52ca5cd5754d8ffd", "split": "test", "audio_id": "foa_76cd747e8aa81a6e3573", "audio_path": "audio/test/foa_76cd747e8aa81a6e3573.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-43.9 degrees, elevation=17.2 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-43.9 degrees and elevation=17.2 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_41a3446c372502a28afb", "split": "test", "audio_id": "foa_c2bb04e960828cc8263b", "audio_path": "audio/test/foa_c2bb04e960828cc8263b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the glass in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "105.0 degrees", "canonical_answer": "105.0 degrees", "answer_meta": {"azimuth_deg": 105.0}}
{"qa_id": "qa_79187780acc2c59e6537", "split": "test", "audio_id": "foa_74f347dd158f6675858b", "audio_path": "audio/test/foa_74f347dd158f6675858b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right? Answer in one sentence.", "answer": "The source coming from the front-right is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_71af4ead9b6e7867903f", "split": "test", "audio_id": "foa_27cc20b9486169b3d0d0", "audio_path": "audio/test/foa_27cc20b9486169b3d0d0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the train active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is active from 1.9s to 20.0s.", "canonical_answer": "1.9s to 20.0s", "answer_meta": {"time_span": [1.9, 20.0]}}
{"qa_id": "qa_671d5b105f24bbdddc51", "split": "test", "audio_id": "foa_2e648e591f5731ffefd8", "audio_path": "audio/test/foa_2e648e591f5731ffefd8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=152.7 degrees, elevation=31.9 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth=152.7 degrees and elevation=31.9 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_a5d8a4790c197a5114b2", "split": "test", "audio_id": "foa_953d97230f53700add85", "audio_path": "audio/test/foa_953d97230f53700add85.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a scratch sound occurring from 0.0s to 3.2s.", "canonical_answer": "scratch (0.0s to 3.2s)", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_9abadc3f9d2602fd9295", "split": "test", "audio_id": "foa_7cebcad3329c8f79387b", "audio_path": "audio/test/foa_7cebcad3329c8f79387b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-104.1 degrees", "canonical_answer": "-104.1 degrees", "answer_meta": {"azimuth_deg": -104.1}}
{"qa_id": "qa_f422059649410789be47", "split": "test", "audio_id": "foa_dd449ce5739ee10dbb1d", "audio_path": "audio/test/foa_dd449ce5739ee10dbb1d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_baefe6a23775d34f7c24", "split": "test", "audio_id": "foa_5ec6aacd449fc233ac67", "audio_path": "audio/test/foa_5ec6aacd449fc233ac67.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "48.2 degrees", "canonical_answer": "48.2 degrees", "answer_meta": {"azimuth_deg": 48.2}}
{"qa_id": "qa_dbe191886bdce9b3867b", "split": "test", "audio_id": "foa_29f6ac02184c27069079", "audio_path": "audio/test/foa_29f6ac02184c27069079.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the finger snapping occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping sound is active from 0.4s to 7.6s.", "canonical_answer": "0.4s to 7.6s", "answer_meta": {"time_span": [0.4, 7.6]}}
{"qa_id": "qa_6633a1e531202d50577a", "split": "test", "audio_id": "foa_9a7a2fd43c90c7840179", "audio_path": "audio/test/foa_9a7a2fd43c90c7840179.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 3.6s and speech from 0.4s to 7.2s.", "canonical_answer": "speech (0.2s to 3.6s); speech (0.4s to 7.2s)", "answer_meta": {}}
{"qa_id": "qa_3e5ee1ab5d4ba8515312", "split": "test", "audio_id": "foa_d67c0437a747007f46c7", "audio_path": "audio/test/foa_d67c0437a747007f46c7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.0 degrees", "canonical_answer": "-30.0 degrees", "answer_meta": {"elevation_deg": -30.0}}
{"qa_id": "qa_92d6d1559bd90e0eafd4", "split": "test", "audio_id": "foa_c19d1f2f79b03d232d79", "audio_path": "audio/test/foa_c19d1f2f79b03d232d79.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.0 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=1.0 degrees, elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ad10904327dc55df7e4d", "split": "test", "audio_id": "foa_8127ec49ae74202b9f29", "audio_path": "audio/test/foa_8127ec49ae74202b9f29.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The source coming from the back-right and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_e5d3bba4ad0d879f8498", "split": "test", "audio_id": "foa_a11567552303c1fdd0bb", "audio_path": "audio/test/foa_a11567552303c1fdd0bb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech occurring from 0.5s to 8.4s and speech occurring from 0.6s to 8.6s.", "canonical_answer": "speech (0.5s to 8.4s); speech (0.6s to 8.6s)", "answer_meta": {}}
{"qa_id": "qa_a7e57ca39d73fe6b5aa6", "split": "test", "audio_id": "foa_06402d91463058d088e7", "audio_path": "audio/test/foa_06402d91463058d088e7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the glass coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "55.9 degrees", "canonical_answer": "55.9 degrees", "answer_meta": {"azimuth_deg": 55.9}}
{"qa_id": "qa_333aae28554043a7af52", "split": "test", "audio_id": "foa_e4c4a541c002b8fac116", "audio_path": "audio/test/foa_e4c4a541c002b8fac116.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 0.1s to 20.0s.", "canonical_answer": "0.1s to 20.0s", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_ce9580ad2cb4da6f9b6a", "split": "test", "audio_id": "foa_b1785facdf24f8a1f59e", "audio_path": "audio/test/foa_b1785facdf24f8a1f59e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=29.1 degrees, elevation=-22.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=29.1 degrees and elevation=-22.3 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_867305a962ccc3e67ff4", "split": "test", "audio_id": "foa_6efdf109241f29a2a241", "audio_path": "audio/test/foa_6efdf109241f29a2a241.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "37.9 degrees", "canonical_answer": "37.9 degrees", "answer_meta": {"elevation_deg": 37.9}}
{"qa_id": "qa_c85685dbbdc43acd67c1", "split": "test", "audio_id": "foa_8ea47465557280fc2dfe", "audio_path": "audio/test/foa_8ea47465557280fc2dfe.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located to the left is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_7a248664c7adcc488133", "split": "test", "audio_id": "foa_ebf6a7503d1e10a3329b", "audio_path": "audio/test/foa_ebf6a7503d1e10a3329b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "152.9 degrees", "canonical_answer": "152.9 degrees", "answer_meta": {"azimuth_deg": 152.9}}
{"qa_id": "qa_ffab6cb45107d678871e", "split": "test", "audio_id": "foa_9a8b77bc6a3fd0c0945c", "audio_path": "audio/test/foa_9a8b77bc6a3fd0c0945c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter, which occurs from 0.4s to 15.2s.", "canonical_answer": "laughter (0.4s to 15.2s)", "answer_meta": {"time_span": [0.4, 15.2]}}
{"qa_id": "qa_360e41978c64e909bf31", "split": "test", "audio_id": "foa_2a40447d12d05f54cb8a", "audio_path": "audio/test/foa_2a40447d12d05f54cb8a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the footsteps be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps event is active from 0.0s to 4.6s.", "canonical_answer": "0.0s to 4.6s", "answer_meta": {"time_span": [0.0, 4.6]}}
{"qa_id": "qa_225d2042ec24e46b551f", "split": "test", "audio_id": "foa_a5444ce4145e739c93d7", "audio_path": "audio/test/foa_a5444ce4145e739c93d7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.5 degrees", "canonical_answer": "-3.5 degrees", "answer_meta": {"elevation_deg": -3.5}}
{"qa_id": "qa_dedc43eb505c6d3e7fb4", "split": "test", "audio_id": "foa_3cf0f8035db4b9ce0201", "audio_path": "audio/test/foa_3cf0f8035db4b9ce0201.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-12.0 degrees, elevation=35.4 degrees? Answer in one sentence.", "answer": "A bell is the sound heard from azimuth -12.0 degrees and elevation 35.4 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_1ffb44b2f08a7158a7e9", "split": "test", "audio_id": "foa_eaf6f1b05d22a838f2d6", "audio_path": "audio/test/foa_eaf6f1b05d22a838f2d6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back and below is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_69acb9055cd1dd997e43", "split": "test", "audio_id": "foa_64468b7bb7c162614c93", "audio_path": "audio/test/foa_64468b7bb7c162614c93.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back? Answer in one sentence.", "answer": "The sound source coming from the back is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_961846c310319870c26e", "split": "test", "audio_id": "foa_ea2615022cca68de085d", "audio_path": "audio/test/foa_ea2615022cca68de085d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "155.0 degrees", "canonical_answer": "155.0 degrees", "answer_meta": {"azimuth_deg": 155.0}}
{"qa_id": "qa_90d53d2a9bdd1ffe6cbd", "split": "test", "audio_id": "foa_926d8c1ddb0e9196d452", "audio_path": "audio/test/foa_926d8c1ddb0e9196d452.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the male speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.6s to 8.0s.", "canonical_answer": "0.6s to 8.0s", "answer_meta": {"time_span": [0.6, 8.0]}}
{"qa_id": "qa_7a52b449fad80ef00282", "split": "test", "audio_id": "foa_59aef523ed951b0c5bbf", "audio_path": "audio/test/foa_59aef523ed951b0c5bbf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources can be heard in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a bird from 0.0s to 13.2s, a gong from 1.8s to 4.8s, and ocean sounds from 6.1s to 17.8s.", "canonical_answer": "bird (0.0s to 13.2s); gong (1.8s to 4.8s); ocean (6.1s to 17.8s)", "answer_meta": {}}
{"qa_id": "qa_8df25d2c5187b630958b", "split": "test", "audio_id": "foa_03f99317e238c6782459", "audio_path": "audio/test/foa_03f99317e238c6782459.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=164.0 degrees, elevation=21.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=164.0 degrees, elevation=21.0 degrees is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_2cd8879372e106e0c4c9", "split": "test", "audio_id": "foa_15b01fd09bfc387367b1", "audio_path": "audio/test/foa_15b01fd09bfc387367b1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.6 degrees", "canonical_answer": "12.6 degrees", "answer_meta": {"elevation_deg": 12.6}}
{"qa_id": "qa_f4b2946030ebfc3e70e5", "split": "test", "audio_id": "foa_3ff9b721e25770ea00a8", "audio_path": "audio/test/foa_3ff9b721e25770ea00a8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The sound source located to the right is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_cd216d228e103b32cbcf", "split": "test", "audio_id": "foa_0dda51d2dc91912a0a86", "audio_path": "audio/test/foa_0dda51d2dc91912a0a86.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features finger snapping from 0.3s to 13.2s, cooking from 0.8s to 6.7s, machine from 8.6s to 18.7s, and tape from 17.3s to 19.4s.", "canonical_answer": "finger snapping (0.3s to 13.2s); cooking (0.8s to 6.7s); machine (8.6s to 18.7s); tape (17.3s to 19.4s)", "answer_meta": {}}
{"qa_id": "qa_5fd111602a158464babb", "split": "test", "audio_id": "foa_3b79238a79ae1a987dcb", "audio_path": "audio/test/foa_3b79238a79ae1a987dcb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the crack be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crack is active from 2.4s to 10.8s.", "canonical_answer": "2.4s to 10.8s", "answer_meta": {"time_span": [2.4, 10.8]}}
{"qa_id": "qa_099a1047e4eb8e306741", "split": "test", "audio_id": "foa_a219d142e5141520b045", "audio_path": "audio/test/foa_a219d142e5141520b045.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=77.2 degrees, elevation=-2.9 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth=77.2 degrees and elevation=-2.9 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_c12fa0f43dc64869ad9d", "split": "test", "audio_id": "foa_3e89837fa7b7b008e390", "audio_path": "audio/test/foa_3e89837fa7b7b008e390.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the printer in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.9 degrees", "canonical_answer": "-38.9 degrees", "answer_meta": {"elevation_deg": -38.9}}
{"qa_id": "qa_b83f0ab4318f82b9817d", "split": "test", "audio_id": "foa_3b0fb771baaa174453fc", "audio_path": "audio/test/foa_3b0fb771baaa174453fc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "93.3 degrees", "canonical_answer": "93.3 degrees", "answer_meta": {"azimuth_deg": 93.3}}
{"qa_id": "qa_6e82ac63aaf5bee7f5ae", "split": "test", "audio_id": "foa_eb84555ea9d285c704ad", "audio_path": "audio/test/foa_eb84555ea9d285c704ad.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool that can be heard from 0.0s to 7.9s.", "canonical_answer": "tool (0.0s to 7.9s)", "answer_meta": {"time_span": [0.0, 7.9]}}
{"qa_id": "qa_5af9dd863df22ae03a74", "split": "test", "audio_id": "foa_274306d26dae5a01a593", "audio_path": "audio/test/foa_274306d26dae5a01a593.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the insect? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.6 degrees", "canonical_answer": "7.6 degrees", "answer_meta": {"elevation_deg": 7.6}}
{"qa_id": "qa_8032bac75915027e7e31", "split": "test", "audio_id": "foa_89f6dc15e7d405c67d77", "audio_path": "audio/test/foa_89f6dc15e7d405c67d77.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=22.6 degrees, elevation=0.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=22.6 degrees and elevation=0.9 degrees is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_3d44e6ed2541526fdd9f", "split": "test", "audio_id": "foa_3c7284c2bca5c1d31ba1", "audio_path": "audio/test/foa_3c7284c2bca5c1d31ba1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the camera in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-68.7 degrees", "canonical_answer": "-68.7 degrees", "answer_meta": {"azimuth_deg": -68.7}}
{"qa_id": "qa_3457afc6a75664898f68", "split": "test", "audio_id": "foa_9865ebfa60f3f8f1c42e", "audio_path": "audio/test/foa_9865ebfa60f3f8f1c42e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_14e5aee59b2e88e20c77", "split": "test", "audio_id": "foa_4fc45ef06fe9ddf1247d", "audio_path": "audio/test/foa_4fc45ef06fe9ddf1247d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the wind instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.3s to 4.1s.", "canonical_answer": "0.3s to 4.1s", "answer_meta": {"time_span": [0.3, 4.1]}}
{"qa_id": "qa_af11c5b42b9921d25048", "split": "test", "audio_id": "foa_77ee25677b833f7b4b47", "audio_path": "audio/test/foa_77ee25677b833f7b4b47.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the finger snapping be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping is active from 1.2s to 20.0s.", "canonical_answer": "1.2s to 20.0s", "answer_meta": {"time_span": [1.2, 20.0]}}
{"qa_id": "qa_a1e81d43a6a022f290b5", "split": "test", "audio_id": "foa_4f33dca1df4b377ca7c4", "audio_path": "audio/test/foa_4f33dca1df4b377ca7c4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-26.0 degrees, elevation=-6.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-26.0 degrees and elevation=-6.2 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_fc03d09a49bd5a1b915b", "split": "test", "audio_id": "foa_191d2959c2e6ff94288d", "audio_path": "audio/test/foa_191d2959c2e6ff94288d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front of the listener? Answer in one sentence.", "answer": "The sound source coming from the front is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_76026a4a5a5b269b7084", "split": "test", "audio_id": "foa_ae21c0cba975e1109701", "audio_path": "audio/test/foa_ae21c0cba975e1109701.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.0s to 11.0s, laughter from 2.9s to 5.5s, and a bird from 6.5s to 9.2s.", "canonical_answer": "singing (0.0s to 11.0s); laughter (2.9s to 5.5s); bird (6.5s to 9.2s)", "answer_meta": {}}
{"qa_id": "qa_9266a8a5ebcad718892e", "split": "test", "audio_id": "foa_6723309db17481f6666d", "audio_path": "audio/test/foa_6723309db17481f6666d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the aircraft coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "77.1 degrees", "canonical_answer": "77.1 degrees", "answer_meta": {"azimuth_deg": 77.1}}
{"qa_id": "qa_0d6c22e008d2c0cdb9ec", "split": "test", "audio_id": "foa_39b0afc933c870221f20", "audio_path": "audio/test/foa_39b0afc933c870221f20.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the typing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.5 degrees", "canonical_answer": "-19.5 degrees", "answer_meta": {"elevation_deg": -19.5}}
{"qa_id": "qa_c664d18511336bd723c8", "split": "test", "audio_id": "foa_84ae94450cb27fc6c415", "audio_path": "audio/test/foa_84ae94450cb27fc6c415.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the bird event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird event occurs from 0.2s to 13.0s.", "canonical_answer": "0.2s to 13.0s", "answer_meta": {"time_span": [0.2, 13.0]}}
{"qa_id": "qa_dc966816f20ae39ff049", "split": "test", "audio_id": "foa_c32f3615b4b5bbff5597", "audio_path": "audio/test/foa_c32f3615b4b5bbff5597.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The source located to the left and below is a car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_42dff60312f326f74190", "split": "test", "audio_id": "foa_9cd6f136d1aa829a04bb", "audio_path": "audio/test/foa_9cd6f136d1aa829a04bb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-4.5 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-4.5 degrees and elevation=0.0 degrees is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_be4e970369d8a4a24907", "split": "test", "audio_id": "foa_a7298a75eda79bda7288", "audio_path": "audio/test/foa_a7298a75eda79bda7288.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the tape in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.9 degrees", "canonical_answer": "25.9 degrees", "answer_meta": {"elevation_deg": 25.9}}
{"qa_id": "qa_c97b8c061ef216a7191c", "split": "test", "audio_id": "foa_e23b3f3efc485113daf2", "audio_path": "audio/test/foa_e23b3f3efc485113daf2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-104.0 degrees", "canonical_answer": "-104.0 degrees", "answer_meta": {"azimuth_deg": -104.0}}
{"qa_id": "qa_f6c5fbade513886a5fbe", "split": "test", "audio_id": "foa_c6aad11dd5d666322a66", "audio_path": "audio/test/foa_c6aad11dd5d666322a66.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization from 0.0s to 0.8s.", "canonical_answer": "human vocalization (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_af141d341a97cf06bbfa", "split": "test", "audio_id": "foa_6b4159e4a466c6a0f3ba", "audio_path": "audio/test/foa_6b4159e4a466c6a0f3ba.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and below the listener? Answer in one sentence.", "answer": "The source coming from the front and below is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_17ddf72b3f981a60d7af", "split": "test", "audio_id": "foa_530d4fbabcf25fcd739c", "audio_path": "audio/test/foa_530d4fbabcf25fcd739c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth 131.8 degrees and elevation 24.4 degrees. Answer in one sentence.", "answer": "The source located at azimuth 131.8 degrees and elevation 24.4 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_db0ece598ff7e29ce6f5", "split": "test", "audio_id": "foa_cfaf167e30d7e0f94e27", "audio_path": "audio/test/foa_cfaf167e30d7e0f94e27.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.4 degrees", "canonical_answer": "1.4 degrees", "answer_meta": {"elevation_deg": 1.4}}
{"qa_id": "qa_cbbf20ebe1b6d354117b", "split": "test", "audio_id": "foa_29f3d827a8f51fe1553a", "audio_path": "audio/test/foa_29f3d827a8f51fe1553a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 2.9s to 6.2s.", "canonical_answer": "2.9s to 6.2s", "answer_meta": {"time_span": [2.9, 6.2]}}
{"qa_id": "qa_6ac7988cfa1039ae0f6e", "split": "test", "audio_id": "foa_fd44c5a44019b97850fa", "audio_path": "audio/test/foa_fd44c5a44019b97850fa.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 10.0s and another instance of speech from 0.6s to 4.2s.", "canonical_answer": "speech (0.2s to 10.0s); speech (0.6s to 4.2s)", "answer_meta": {}}
{"qa_id": "qa_0fe08b97f176f1eaf7fa", "split": "test", "audio_id": "foa_6a9939c65496ce95f0d4", "audio_path": "audio/test/foa_6a9939c65496ce95f0d4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.1 degrees", "canonical_answer": "54.1 degrees", "answer_meta": {"azimuth_deg": 54.1}}
{"qa_id": "qa_9876610b3dd9728e8310", "split": "test", "audio_id": "foa_96ae5ecc4289b86587af", "audio_path": "audio/test/foa_96ae5ecc4289b86587af.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the percussion coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.7 degrees", "canonical_answer": "-34.7 degrees", "answer_meta": {"azimuth_deg": -34.7}}
{"qa_id": "qa_6254ee5967c2776567eb", "split": "test", "audio_id": "foa_d66861757294491dc141", "audio_path": "audio/test/foa_d66861757294491dc141.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_3f3c8eb9e1deecbbef77", "split": "test", "audio_id": "foa_da56301e826fb9b00320", "audio_path": "audio/test/foa_da56301e826fb9b00320.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-163.6 degrees, elevation=-22.8 degrees? Answer in one sentence.", "answer": "A drum is located at azimuth -163.6 degrees and elevation -22.8 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_28976e20e8e9fb9635a5", "split": "test", "audio_id": "foa_50b30f6c3ba9c2a80994", "audio_path": "audio/test/foa_50b30f6c3ba9c2a80994.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source located at the front is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_be9e93c0f22b5254f280", "split": "test", "audio_id": "foa_f32d6c7e35371c75664f", "audio_path": "audio/test/foa_f32d6c7e35371c75664f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this clip, and what are their time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a guitar playing from 4.3s to 9.0s.", "canonical_answer": "guitar (4.3s to 9.0s)", "answer_meta": {"time_span": [4.3, 9.0]}}
{"qa_id": "qa_4b1388d1fe0a0bce83c6", "split": "test", "audio_id": "foa_6508bbe338e2e1d42934", "audio_path": "audio/test/foa_6508bbe338e2e1d42934.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the drawer cabinet active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet is active from 6.6s to 13.1s.", "canonical_answer": "6.6s to 13.1s", "answer_meta": {"time_span": [6.6, 13.1]}}
{"qa_id": "qa_2df15388428f9c97179c", "split": "test", "audio_id": "foa_4eb434e96324bc933681", "audio_path": "audio/test/foa_4eb434e96324bc933681.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a zipper from 0.0s to 8.3s.", "canonical_answer": "zipper (0.0s to 8.3s)", "answer_meta": {"time_span": [0.0, 8.3]}}
{"qa_id": "qa_21bb56c509c266017f24", "split": "test", "audio_id": "foa_384750e51fa32a881f2d", "audio_path": "audio/test/foa_384750e51fa32a881f2d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the bell coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.8 degrees", "canonical_answer": "25.8 degrees", "answer_meta": {"azimuth_deg": 25.8}}
{"qa_id": "qa_cfa93a2cd010c09246db", "split": "test", "audio_id": "foa_c99fe6e4461a359d41a7", "audio_path": "audio/test/foa_c99fe6e4461a359d41a7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.5 degrees", "canonical_answer": "-37.5 degrees", "answer_meta": {"elevation_deg": -37.5}}
{"qa_id": "qa_53f43633deffcf71826c", "split": "test", "audio_id": "foa_2745101301c693530566", "audio_path": "audio/test/foa_2745101301c693530566.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is emanating from the front-right and below? Answer in one sentence.", "answer": "The sound source coming from the front-right and below is a crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_0a4c3466b5c674adc08a", "split": "test", "audio_id": "foa_92f52ece27b905ad0313", "audio_path": "audio/test/foa_92f52ece27b905ad0313.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the gong active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong is active from 0.1s to 8.0s.", "canonical_answer": "0.1s to 8.0s", "answer_meta": {"time_span": [0.1, 8.0]}}
{"qa_id": "qa_ec04b6f0679c527f7327", "split": "test", "audio_id": "foa_ddcc04603c6ae4e66a73", "audio_path": "audio/test/foa_ddcc04603c6ae4e66a73.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-13.3 degrees, elevation=-0.8 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -13.3 degrees and elevation -0.8 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_551560fc073a7cbe3eef", "split": "test", "audio_id": "foa_a96239c86f676a780583", "audio_path": "audio/test/foa_a96239c86f676a780583.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tearing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.8 degrees", "canonical_answer": "-21.8 degrees", "answer_meta": {"azimuth_deg": -21.8}}
{"qa_id": "qa_5eedf9a8330c1833f992", "split": "test", "audio_id": "foa_9dcfc511c3dcaa7da21a", "audio_path": "audio/test/foa_9dcfc511c3dcaa7da21a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=130.5 degrees, elevation=22.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=130.5 degrees and elevation=22.0 degrees is a gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_55e925691f015d733c10", "split": "test", "audio_id": "foa_d5c35a4f558ca744cee1", "audio_path": "audio/test/foa_d5c35a4f558ca744cee1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_743957cc2ceca4785588", "split": "test", "audio_id": "foa_99ea2a2b337aab72ca86", "audio_path": "audio/test/foa_99ea2a2b337aab72ca86.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above? Answer in one sentence.", "answer": "The source located at the back and above is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_44e59dd4ff72db20182c", "split": "test", "audio_id": "foa_112dc2f2955f23bceaf7", "audio_path": "audio/test/foa_112dc2f2955f23bceaf7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains writing from 0.3s to 20.0s, metal clink from 2.9s to 9.0s, typing from 4.2s to 11.4s, and zipper from 13.1s to 16.2s.", "canonical_answer": "writing (0.3s to 20.0s); metal clink (2.9s to 9.0s); typing (4.2s to 11.4s); zipper (13.1s to 16.2s)", "answer_meta": {}}
{"qa_id": "qa_50d2b1b508515ed5a078", "split": "test", "audio_id": "foa_322c81c6c3b436f4edc1", "audio_path": "audio/test/foa_322c81c6c3b436f4edc1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the kitchenware occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware sound is active from 0.4s to 0.7s.", "canonical_answer": "0.4s to 0.7s", "answer_meta": {"time_span": [0.4, 0.7]}}
{"qa_id": "qa_e65bc0c35875fb6fde8c", "split": "test", "audio_id": "foa_f9ed12d33effaede4a6b", "audio_path": "audio/test/foa_f9ed12d33effaede4a6b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains writing from 0.5s to 10.8s, a cat from 0.9s to 3.5s, and breathing from 9.2s to 9.9s.", "canonical_answer": "writing (0.5s to 10.8s); cat (0.9s to 3.5s); breathing (9.2s to 9.9s)", "answer_meta": {}}
{"qa_id": "qa_054f1015c63b07e3eac8", "split": "test", "audio_id": "foa_95a6de4b70377382ebe7", "audio_path": "audio/test/foa_95a6de4b70377382ebe7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-146.0 degrees", "canonical_answer": "-146.0 degrees", "answer_meta": {"azimuth_deg": -146.0}}
{"qa_id": "qa_855c4f268f15cc2dee83", "split": "test", "audio_id": "foa_1406425522c3d8f39d48", "audio_path": "audio/test/foa_1406425522c3d8f39d48.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the kitchenware be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware is active from 16.0s to 16.6s.", "canonical_answer": "16.0s to 16.6s", "answer_meta": {"time_span": [16.0, 16.6]}}
{"qa_id": "qa_f30be336d892357dba8a", "split": "test", "audio_id": "foa_3b670721f6b5d19f6a70", "audio_path": "audio/test/foa_3b670721f6b5d19f6a70.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above? Answer in one sentence.", "answer": "The source located to the left and above is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_d4f02f56ef042b4f1e5a", "split": "test", "audio_id": "foa_e1fc4dd94089394277df", "audio_path": "audio/test/foa_e1fc4dd94089394277df.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-24.6 degrees, elevation=-41.5 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-24.6 degrees and elevation=-41.5 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_45a264ae17bc4cfd3dba", "split": "test", "audio_id": "foa_20e3005074291489d488", "audio_path": "audio/test/foa_20e3005074291489d488.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.3 degrees", "canonical_answer": "-15.3 degrees", "answer_meta": {"elevation_deg": -15.3}}
{"qa_id": "qa_2c41cd2f62523e4640a8", "split": "test", "audio_id": "foa_87f34f6630eddfdb8c1c", "audio_path": "audio/test/foa_87f34f6630eddfdb8c1c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is audible from 2.5s to 20.0s.", "canonical_answer": "2.5s to 20.0s", "answer_meta": {"time_span": [2.5, 20.0]}}
{"qa_id": "qa_176d9b91acaa1e1ccb40", "split": "test", "audio_id": "foa_416aa74b448411abadcf", "audio_path": "audio/test/foa_416aa74b448411abadcf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back and below side? Answer in one sentence.", "answer": "The source coming from the back and below is a printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_ec67d609923b01cc94e6", "split": "test", "audio_id": "foa_e18f2b6077f417f8bd34", "audio_path": "audio/test/foa_e18f2b6077f417f8bd34.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool that can be heard from 0.0s to 6.0s.", "canonical_answer": "tool (0.0s to 6.0s)", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_9911b41fa2d6ef7b4b58", "split": "test", "audio_id": "foa_c359ae28f1432fe303e2", "audio_path": "audio/test/foa_c359ae28f1432fe303e2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the typing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.7 degrees", "canonical_answer": "-14.7 degrees", "answer_meta": {"elevation_deg": -14.7}}
{"qa_id": "qa_2d4bade4dd3e6079af35", "split": "test", "audio_id": "foa_d7bd60f22088641286d9", "audio_path": "audio/test/foa_d7bd60f22088641286d9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=80.7 degrees, elevation=-1.1 degrees? Answer in one sentence.", "answer": "A guitar is the sound heard from azimuth=80.7 degrees and elevation=-1.1 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_bc24f04de14c1eb42e53", "split": "test", "audio_id": "foa_7f577e0e7a54d58d7238", "audio_path": "audio/test/foa_7f577e0e7a54d58d7238.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-49.1 degrees", "canonical_answer": "-49.1 degrees", "answer_meta": {"azimuth_deg": -49.1}}
{"qa_id": "qa_99bde823c499a9885cdc", "split": "test", "audio_id": "foa_3c98725d43ef3bfbc8fb", "audio_path": "audio/test/foa_3c98725d43ef3bfbc8fb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the metal clink active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink event occurs from 0.0s to 15.4s.", "canonical_answer": "0.0s to 15.4s", "answer_meta": {"time_span": [0.0, 15.4]}}
{"qa_id": "qa_ce49d3654fd34010854f", "split": "test", "audio_id": "foa_0050b8bed448aafeb89b", "audio_path": "audio/test/foa_0050b8bed448aafeb89b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in this audio, and what are their time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an appliance from 0.1s to 20.0s, a vehicle from 7.4s to 8.2s, and singing from 10.0s to 12.8s.", "canonical_answer": "appliance (0.1s to 20.0s); vehicle (7.4s to 8.2s); singing (10.0s to 12.8s)", "answer_meta": {}}
{"qa_id": "qa_dbf94a2f9e11fb1c5143", "split": "test", "audio_id": "foa_f5633a29f7f4d9123498", "audio_path": "audio/test/foa_f5633a29f7f4d9123498.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the writing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.9 degrees", "canonical_answer": "6.9 degrees", "answer_meta": {"elevation_deg": 6.9}}
{"qa_id": "qa_53951a8f28eb253b9910", "split": "test", "audio_id": "foa_b909393d905579f309e1", "audio_path": "audio/test/foa_b909393d905579f309e1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=36.6 degrees, elevation=17.2 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=36.6 degrees and elevation=17.2 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_60695edef2281ee29e00", "split": "test", "audio_id": "foa_b883a76b179d1624115b", "audio_path": "audio/test/foa_b883a76b179d1624115b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the train? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-62.7 degrees", "canonical_answer": "-62.7 degrees", "answer_meta": {"azimuth_deg": -62.7}}
{"qa_id": "qa_e8d5d663a00418ba27ae", "split": "test", "audio_id": "foa_bc0179cdc54d66202667", "audio_path": "audio/test/foa_bc0179cdc54d66202667.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and above position? Answer in one sentence.", "answer": "The sound source coming from the front and above is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_382fa624f5867099ef02", "split": "test", "audio_id": "foa_c74a71bf45c0de16f798", "audio_path": "audio/test/foa_c74a71bf45c0de16f798.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-right and above of the listener? Answer in one sentence.", "answer": "The source heard from the back-right and above is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_0b0973f6f1239f08b8b1", "split": "test", "audio_id": "foa_8f7db8832edb776c2602", "audio_path": "audio/test/foa_8f7db8832edb776c2602.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.2 degrees", "canonical_answer": "0.2 degrees", "answer_meta": {"elevation_deg": 0.2}}
{"qa_id": "qa_a5963984c200f4d3d63a", "split": "test", "audio_id": "foa_73a5d074444466117bcb", "audio_path": "audio/test/foa_73a5d074444466117bcb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the knock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-160.8 degrees", "canonical_answer": "-160.8 degrees", "answer_meta": {"azimuth_deg": -160.8}}
{"qa_id": "qa_42a4d405cccad466d7af", "split": "test", "audio_id": "foa_68c272752b3770149897", "audio_path": "audio/test/foa_68c272752b3770149897.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-74.0 degrees, elevation=0.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-74.0 degrees and elevation=0.4 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_513d283c0ebe0630205f", "split": "test", "audio_id": "foa_dfc0eba1ff70bb362c2a", "audio_path": "audio/test/foa_dfc0eba1ff70bb362c2a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features speech from 0.0s to 12.2s, a car from 4.8s to 8.0s, and male speech from 8.0s to 9.8s.", "canonical_answer": "speech (0.0s to 12.2s); car (4.8s to 8.0s); male speech (8.0s to 9.8s)", "answer_meta": {}}
{"qa_id": "qa_8985ff565840dd62cdc3", "split": "test", "audio_id": "foa_f93a4ab04c33b414fe2c", "audio_path": "audio/test/foa_f93a4ab04c33b414fe2c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the bird event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird event occurs from 0.0s to 8.8s.", "canonical_answer": "0.0s to 8.8s", "answer_meta": {"time_span": [0.0, 8.8]}}
{"qa_id": "qa_0722ccf77550bf1dabee", "split": "test", "audio_id": "foa_8fa286a4849fafaa260f", "audio_path": "audio/test/foa_8fa286a4849fafaa260f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the paper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.5 degrees", "canonical_answer": "-89.5 degrees", "answer_meta": {"azimuth_deg": -89.5}}
{"qa_id": "qa_446f218fd0373eace9df", "split": "test", "audio_id": "foa_54ec00cecc877b85e8a9", "audio_path": "audio/test/foa_54ec00cecc877b85e8a9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.7 degrees", "canonical_answer": "-20.7 degrees", "answer_meta": {"elevation_deg": -20.7}}
{"qa_id": "qa_c76c77c2afa50bc4377c", "split": "test", "audio_id": "foa_b6f77202ac74a786b474", "audio_path": "audio/test/foa_b6f77202ac74a786b474.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source coming from the front-left is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_5a34ee21bae4004364ce", "split": "test", "audio_id": "foa_14ae65f5c72db7262474", "audio_path": "audio/test/foa_14ae65f5c72db7262474.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=61.9 degrees, elevation=-10.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=61.9 degrees and elevation=-10.1 degrees is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_ab619137dab0227fe234", "split": "test", "audio_id": "foa_d5314ca63aca62770447", "audio_path": "audio/test/foa_d5314ca63aca62770447.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.4s to 2.9s, a printer from 0.8s to 14.4s, and a guitar from 4.0s to 5.5s.", "canonical_answer": "water (0.4s to 2.9s); printer (0.8s to 14.4s); guitar (4.0s to 5.5s)", "answer_meta": {}}
{"qa_id": "qa_1be5cbf01a90a4836cc7", "split": "test", "audio_id": "foa_b847c6b2f274ee8fddf6", "audio_path": "audio/test/foa_b847c6b2f274ee8fddf6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.1s to 3.0s.", "canonical_answer": "0.1s to 3.0s", "answer_meta": {"time_span": [0.1, 3.0]}}
{"qa_id": "qa_e0827f3b3b56c9b644dc", "split": "test", "audio_id": "foa_473b329b8f289a3ceb7f", "audio_path": "audio/test/foa_473b329b8f289a3ceb7f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that can be heard from 0.6s to 8.6s.", "canonical_answer": "bird (0.6s to 8.6s)", "answer_meta": {"time_span": [0.6, 8.6]}}
{"qa_id": "qa_d427cd10f2e0b3cd685e", "split": "test", "audio_id": "foa_7c5fda5707840bfbcffc", "audio_path": "audio/test/foa_7c5fda5707840bfbcffc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=93.3 degrees, elevation=18.9 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 93.3 degrees and elevation 18.9 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_bbfc73e186368ab9bb66", "split": "test", "audio_id": "foa_fd4f9c7f047554578bef", "audio_path": "audio/test/foa_fd4f9c7f047554578bef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the cat in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-137.4 degrees", "canonical_answer": "-137.4 degrees", "answer_meta": {"azimuth_deg": -137.4}}
{"qa_id": "qa_1e01a6e2a36a83f04f4b", "split": "test", "audio_id": "foa_3572eda6c10e8f216095", "audio_path": "audio/test/foa_3572eda6c10e8f216095.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located to the left is a telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_0ae43b64858d2f040aff", "split": "test", "audio_id": "foa_4052c077fcb7656b9585", "audio_path": "audio/test/foa_4052c077fcb7656b9585.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.9 degrees", "canonical_answer": "0.9 degrees", "answer_meta": {"elevation_deg": 0.9}}
{"qa_id": "qa_31a7a6c0fd104a497379", "split": "test", "audio_id": "foa_3a971c531774521e5635", "audio_path": "audio/test/foa_3a971c531774521e5635.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the drum occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.3s to 11.4s.", "canonical_answer": "0.3s to 11.4s", "answer_meta": {"time_span": [0.3, 11.4]}}
{"qa_id": "qa_9f2c74d7f6e1c26a74d4", "split": "test", "audio_id": "foa_71c09020143cf6aca903", "audio_path": "audio/test/foa_71c09020143cf6aca903.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the scratch coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.4 degrees", "canonical_answer": "52.4 degrees", "answer_meta": {"azimuth_deg": 52.4}}
{"qa_id": "qa_bb331eaae55fe6ecae20", "split": "test", "audio_id": "foa_4ead610c821a99a033ec", "audio_path": "audio/test/foa_4ead610c821a99a033ec.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.5 degrees", "canonical_answer": "-18.5 degrees", "answer_meta": {"elevation_deg": -18.5}}
{"qa_id": "qa_af974decf952be186311", "split": "test", "audio_id": "foa_922a1ad9d3caed2ed137", "audio_path": "audio/test/foa_922a1ad9d3caed2ed137.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the keyboard instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.0s to 0.4s.", "canonical_answer": "0.0s to 0.4s", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_aee6da0c318d095a9a1c", "split": "test", "audio_id": "foa_3aae179fa60e531ac1a2", "audio_path": "audio/test/foa_3aae179fa60e531ac1a2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=24.5 degrees, elevation=3.7 degrees? Answer in one sentence.", "answer": "A drum is located at azimuth=24.5 degrees and elevation=3.7 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_52cddaccaa6fb59cf60f", "split": "test", "audio_id": "foa_5d0563aa775dda4500e9", "audio_path": "audio/test/foa_5d0563aa775dda4500e9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The sound coming from the back and above is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_9d03cc8332ad9662cbac", "split": "test", "audio_id": "foa_e318a0695eda0cef0117", "audio_path": "audio/test/foa_e318a0695eda0cef0117.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features footsteps from 0.0s to 4.6s, a keyboard instrument from 2.3s to 5.9s, and a drum from 5.1s to 7.1s.", "canonical_answer": "footsteps (0.0s to 4.6s); keyboard instrument (2.3s to 5.9s); drum (5.1s to 7.1s)", "answer_meta": {}}
{"qa_id": "qa_1b99369afdca000dad47", "split": "test", "audio_id": "foa_4042590f3452c2ad64ed", "audio_path": "audio/test/foa_4042590f3452c2ad64ed.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.1 degrees", "canonical_answer": "-16.1 degrees", "answer_meta": {"elevation_deg": -16.1}}
{"qa_id": "qa_5998b1ce8f3f26f2863b", "split": "test", "audio_id": "foa_17b921c8786d35653046", "audio_path": "audio/test/foa_17b921c8786d35653046.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the zipper be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper is audible from 2.4s to 4.7s.", "canonical_answer": "2.4s to 4.7s", "answer_meta": {"time_span": [2.4, 4.7]}}
{"qa_id": "qa_226599b4580b45640883", "split": "test", "audio_id": "foa_4b7aee92c8e9ab64575e", "audio_path": "audio/test/foa_4b7aee92c8e9ab64575e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a gong from 0.4s to 4.0s, a frog from 0.6s to 20.0s, a drawer cabinet from 3.2s to 3.9s, a war sound from 5.3s to 6.5s, and female speech from 6.4s to 9.5s.", "canonical_answer": "gong (0.4s to 4.0s); frog (0.6s to 20.0s); drawer cabinet (3.2s to 3.9s); war sound (5.3s to 6.5s); female speech (6.4s to 9.5s)", "answer_meta": {}}
{"qa_id": "qa_1ffbfa2fa3d281dc6405", "split": "test", "audio_id": "foa_41889e17ad270f6fc021", "audio_path": "audio/test/foa_41889e17ad270f6fc021.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-11.1 degrees, elevation=-30.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-11.1 degrees, elevation=-30.3 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_ce3434e79bf23ae138c0", "split": "test", "audio_id": "foa_170e4e650a869fedc9c8", "audio_path": "audio/test/foa_170e4e650a869fedc9c8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and above? Answer in one sentence.", "answer": "The sound source located at the front-right and above is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_5048eaddc4700248c5da", "split": "test", "audio_id": "foa_c7f8f8ad23e985f03d31", "audio_path": "audio/test/foa_c7f8f8ad23e985f03d31.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the cat in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-140.8 degrees", "canonical_answer": "-140.8 degrees", "answer_meta": {"azimuth_deg": -140.8}}
{"qa_id": "qa_5c3d79688c8981d9aa18", "split": "test", "audio_id": "foa_414bd30c64b57c036c78", "audio_path": "audio/test/foa_414bd30c64b57c036c78.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 4.4s to 8.8s.", "canonical_answer": "4.4s to 8.8s", "answer_meta": {"time_span": [4.4, 8.8]}}
{"qa_id": "qa_75056c83cc0c2c05debf", "split": "test", "audio_id": "foa_2ae3996c9ac4b6b02e34", "audio_path": "audio/test/foa_2ae3996c9ac4b6b02e34.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the knock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "65.0 degrees", "canonical_answer": "65.0 degrees", "answer_meta": {"azimuth_deg": 65.0}}
{"qa_id": "qa_af8caba845e91596e3da", "split": "test", "audio_id": "foa_b5820226a345cb7e0f1e", "audio_path": "audio/test/foa_b5820226a345cb7e0f1e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features singing from 0.0s to 13.0s, a car from 4.1s to 7.3s, and a bird from 12.9s to 13.5s.", "canonical_answer": "singing (0.0s to 13.0s); car (4.1s to 7.3s); bird (12.9s to 13.5s)", "answer_meta": {}}
{"qa_id": "qa_6673e0908fc169549c55", "split": "test", "audio_id": "foa_6d11b3a767ab629efcbc", "audio_path": "audio/test/foa_6d11b3a767ab629efcbc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth 11.1 degrees and elevation 8.7 degrees. Answer in one sentence.", "answer": "The source located at azimuth 11.1 degrees and elevation 8.7 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_d1e7fd7d5bb52e5c6b87", "split": "test", "audio_id": "foa_658cce88821532e3d848", "audio_path": "audio/test/foa_658cce88821532e3d848.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_bf9701b1c6ac3c245c91", "split": "test", "audio_id": "foa_c84b13f20d11152e3837", "audio_path": "audio/test/foa_c84b13f20d11152e3837.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.7 degrees", "canonical_answer": "-38.7 degrees", "answer_meta": {"elevation_deg": -38.7}}
{"qa_id": "qa_7bcfd4251510fbf39467", "split": "test", "audio_id": "foa_240f6ae0958a6d1e748f", "audio_path": "audio/test/foa_240f6ae0958a6d1e748f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-left and above of the listener? Answer in one sentence.", "answer": "The source heard from the back-left and above is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_458383c27d448f9032ca", "split": "test", "audio_id": "foa_e097ca705570144944ca", "audio_path": "audio/test/foa_e097ca705570144944ca.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound from 0.6s to 0.8s.", "canonical_answer": "body sound (0.6s to 0.8s)", "answer_meta": {"time_span": [0.6, 0.8]}}
{"qa_id": "qa_80bf69b605010ef72ce8", "split": "test", "audio_id": "foa_66b53701c049be661e99", "audio_path": "audio/test/foa_66b53701c049be661e99.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the door coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-109.1 degrees", "canonical_answer": "-109.1 degrees", "answer_meta": {"azimuth_deg": -109.1}}
{"qa_id": "qa_d687ab60c42de914bbe5", "split": "test", "audio_id": "foa_7cd773459bfba94f7271", "audio_path": "audio/test/foa_7cd773459bfba94f7271.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the metal clink in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.1 degrees", "canonical_answer": "-21.1 degrees", "answer_meta": {"elevation_deg": -21.1}}
{"qa_id": "qa_3322480aa68d9967cd2f", "split": "test", "audio_id": "foa_c8f489868d8217ba30c0", "audio_path": "audio/test/foa_c8f489868d8217ba30c0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the drum sound present? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.0s to 0.2s.", "canonical_answer": "0.0s to 0.2s", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_fba4a9b31301283da106", "split": "test", "audio_id": "foa_889b322ca5ce36b14b5b", "audio_path": "audio/test/foa_889b322ca5ce36b14b5b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-9.4 degrees, elevation=-43.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-9.4 degrees and elevation=-43.7 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_5fef4698d40d2d865c74", "split": "test", "audio_id": "foa_779ee7a871525af82770", "audio_path": "audio/test/foa_779ee7a871525af82770.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the duration of the body sound event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound event occurs from 0.2s to 4.3s.", "canonical_answer": "0.2s to 4.3s", "answer_meta": {"time_span": [0.2, 4.3]}}
{"qa_id": "qa_12cf37d4ec4c67c8bf1e", "split": "test", "audio_id": "foa_e7771991474d9a6c1b9c", "audio_path": "audio/test/foa_e7771991474d9a6c1b9c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains finger snapping from 0.3s to 20.0s.", "canonical_answer": "finger snapping (0.3s to 20.0s)", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_3ff294d89ed99540a195", "split": "test", "audio_id": "foa_3fee3f492ebdc483cb71", "audio_path": "audio/test/foa_3fee3f492ebdc483cb71.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=57.9 degrees, elevation=1.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=57.9 degrees and elevation=1.8 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_bdce4a39238d5bedea9c", "split": "test", "audio_id": "foa_a7784b716a4d546d8068", "audio_path": "audio/test/foa_a7784b716a4d546d8068.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.2 degrees", "canonical_answer": "5.2 degrees", "answer_meta": {"elevation_deg": 5.2}}
{"qa_id": "qa_3a4b5762614b3f0d99a0", "split": "test", "audio_id": "foa_d219a3c415bc0920fda9", "audio_path": "audio/test/foa_d219a3c415bc0920fda9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the typing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "56.7 degrees", "canonical_answer": "56.7 degrees", "answer_meta": {"azimuth_deg": 56.7}}
{"qa_id": "qa_bbeca7e20eaa59ba9faf", "split": "test", "audio_id": "foa_6441f5f8f1b73301e565", "audio_path": "audio/test/foa_6441f5f8f1b73301e565.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_3e2b28b1b86fdfeaf414", "split": "test", "audio_id": "foa_a2ff9bde2ba7b2b5d5fd", "audio_path": "audio/test/foa_a2ff9bde2ba7b2b5d5fd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.0 degrees", "canonical_answer": "17.0 degrees", "answer_meta": {"elevation_deg": 17.0}}
{"qa_id": "qa_84f6ea3c000b7f11c4b9", "split": "test", "audio_id": "foa_87310a073ceb3d7678e4", "audio_path": "audio/test/foa_87310a073ceb3d7678e4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=48.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth 48.2 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_68697ce3c8a013e3010b", "split": "test", "audio_id": "foa_66c858b93be1b6d5cac7", "audio_path": "audio/test/foa_66c858b93be1b6d5cac7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 9.2s.", "canonical_answer": "guitar (0.0s to 9.2s)", "answer_meta": {"time_span": [0.0, 9.2]}}
{"qa_id": "qa_e02c66c4302440b05e26", "split": "test", "audio_id": "foa_bc3a89288088a6da1275", "audio_path": "audio/test/foa_bc3a89288088a6da1275.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The source located at the front-right is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_659053031496c6c1e887", "split": "test", "audio_id": "foa_fb97ea9aef6f871c366c", "audio_path": "audio/test/foa_fb97ea9aef6f871c366c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "104.7 degrees", "canonical_answer": "104.7 degrees", "answer_meta": {"azimuth_deg": 104.7}}
{"qa_id": "qa_1f4df263d9c11532e91f", "split": "test", "audio_id": "foa_e1804aac6fccafb28233", "audio_path": "audio/test/foa_e1804aac6fccafb28233.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the speech event occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 14.4s.", "canonical_answer": "0.6s to 14.4s", "answer_meta": {"time_span": [0.6, 14.4]}}
{"qa_id": "qa_60d41af0dab056e8f7e2", "split": "test", "audio_id": "foa_a698913269012880e8a6", "audio_path": "audio/test/foa_a698913269012880e8a6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The source heard from the back and below is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_d88600fbf1ced278e612", "split": "test", "audio_id": "foa_273b4e27bb882eda153a", "audio_path": "audio/test/foa_273b4e27bb882eda153a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-85.8 degrees, elevation=16.6 degrees? Answer in one sentence.", "answer": "A drum is being played at azimuth -85.8 degrees and elevation 16.6 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_c7f9dfe832f4ec5aa3c9", "split": "test", "audio_id": "foa_e85bb96e01f251fff1cc", "audio_path": "audio/test/foa_e85bb96e01f251fff1cc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a camera from 0.0s to 7.9s, a drum from 2.4s to 9.5s, and footsteps from 9.4s to 12.4s.", "canonical_answer": "camera (0.0s to 7.9s); drum (2.4s to 9.5s); footsteps (9.4s to 12.4s)", "answer_meta": {}}
{"qa_id": "qa_f71c433939630b40f489", "split": "test", "audio_id": "foa_713d575647a120ab1eca", "audio_path": "audio/test/foa_713d575647a120ab1eca.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing is active from 0.0s to 7.5s.", "canonical_answer": "0.0s to 7.5s", "answer_meta": {"time_span": [0.0, 7.5]}}
{"qa_id": "qa_06caa47ecc10bf29a6e0", "split": "test", "audio_id": "foa_ed19f817cab8b7986fe2", "audio_path": "audio/test/foa_ed19f817cab8b7986fe2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "165.7 degrees", "canonical_answer": "165.7 degrees", "answer_meta": {"azimuth_deg": 165.7}}
{"qa_id": "qa_c831142b28a041d33966", "split": "test", "audio_id": "foa_fd9badae4732c3b383e1", "audio_path": "audio/test/foa_fd9badae4732c3b383e1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.0 degrees", "canonical_answer": "-41.0 degrees", "answer_meta": {"elevation_deg": -41.0}}
{"qa_id": "qa_419b120cb0462a9c3d2c", "split": "test", "audio_id": "foa_40923bcf3106725f8958", "audio_path": "audio/test/foa_40923bcf3106725f8958.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains paper from 0.7s to 15.2s, guitar from 0.8s to 4.3s, alarm from 4.4s to 11.6s, and a clock from 10.9s to 20.0s.", "canonical_answer": "paper (0.7s to 15.2s); guitar (0.8s to 4.3s); alarm (4.4s to 11.6s); clock (10.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_f3a16cecd90a540e41ce", "split": "test", "audio_id": "foa_7a1a6c256aa8706bec56", "audio_path": "audio/test/foa_7a1a6c256aa8706bec56.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is audible from the back-right side? Answer in one sentence.", "answer": "The sound coming from the back-right is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_74456462d393ea651e66", "split": "test", "audio_id": "foa_b085fd936854ffcd988b", "audio_path": "audio/test/foa_b085fd936854ffcd988b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "44.9 degrees", "canonical_answer": "44.9 degrees", "answer_meta": {"elevation_deg": 44.9}}
{"qa_id": "qa_9ab39165ed5f3e08db58", "split": "test", "audio_id": "foa_378edd3d0bda152be4a6", "audio_path": "audio/test/foa_378edd3d0bda152be4a6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the frog active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The frog is active from 1.2s to 12.5s.", "canonical_answer": "1.2s to 12.5s", "answer_meta": {"time_span": [1.2, 12.5]}}
{"qa_id": "qa_49ede0d9dd0d57066b7f", "split": "test", "audio_id": "foa_2a3782a62bea345ae1c2", "audio_path": "audio/test/foa_2a3782a62bea345ae1c2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-29.6 degrees, elevation=40.5 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth -29.6 degrees and elevation 40.5 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_32630dd622a35872f0dd", "split": "test", "audio_id": "foa_6d62601720dacbca419c", "audio_path": "audio/test/foa_6d62601720dacbca419c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "145.4 degrees", "canonical_answer": "145.4 degrees", "answer_meta": {"azimuth_deg": 145.4}}
{"qa_id": "qa_c81e70d50cbb04762d33", "split": "test", "audio_id": "foa_7e60cadd58ca500e8299", "audio_path": "audio/test/foa_7e60cadd58ca500e8299.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the sound of the wind be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind is active from 0.1s to 3.1s.", "canonical_answer": "0.1s to 3.1s", "answer_meta": {"time_span": [0.1, 3.1]}}
{"qa_id": "qa_98da9bad3e4b3d00c5e8", "split": "test", "audio_id": "foa_565b0437a7f26dd5a782", "audio_path": "audio/test/foa_565b0437a7f26dd5a782.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.6 degrees", "canonical_answer": "0.6 degrees", "answer_meta": {"elevation_deg": 0.6}}
{"qa_id": "qa_7ed160529fce0bc65619", "split": "test", "audio_id": "foa_c06eda6423ef29162540", "audio_path": "audio/test/foa_c06eda6423ef29162540.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features human vocalization occurring from 0.3s to 2.1s.", "canonical_answer": "human vocalization (0.3s to 2.1s)", "answer_meta": {"time_span": [0.3, 2.1]}}
{"qa_id": "qa_4dfcf535162c670a8826", "split": "test", "audio_id": "foa_fc2ba808f45f56b68832", "audio_path": "audio/test/foa_fc2ba808f45f56b68832.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=10.8 degrees, elevation=21.7 degrees? Answer in one sentence.", "answer": "A body sound is located at azimuth=10.8 degrees and elevation=21.7 degrees.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_4578275c569f4994cf3d", "split": "test", "audio_id": "foa_ec87e299fb146aa803fb", "audio_path": "audio/test/foa_ec87e299fb146aa803fb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the right and below of the listener? Answer in one sentence.", "answer": "The source heard from the right and below is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_cd24da068e858965d9ae", "split": "test", "audio_id": "foa_711d902d0098dfcad2f6", "audio_path": "audio/test/foa_711d902d0098dfcad2f6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "172.4 degrees", "canonical_answer": "172.4 degrees", "answer_meta": {"azimuth_deg": 172.4}}
{"qa_id": "qa_c57c55a691ee68af7155", "split": "test", "audio_id": "foa_c089029fecd4d8559564", "audio_path": "audio/test/foa_c089029fecd4d8559564.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a string instrument that is heard from 0.0s to 1.4s.", "canonical_answer": "string instrument (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_aafdd356de719dc346fc", "split": "test", "audio_id": "foa_d76e9651a1433a5590ca", "audio_path": "audio/test/foa_d76e9651a1433a5590ca.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the right and above? Answer in one sentence.", "answer": "The sound source coming from the right and above is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_8d3327c5c030391f728c", "split": "test", "audio_id": "foa_a2fac855c27af486b31b", "audio_path": "audio/test/foa_a2fac855c27af486b31b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=41.2 degrees, elevation=33.1 degrees? Answer in one sentence.", "answer": "An aircraft is heard coming from azimuth 41.2 degrees and elevation 33.1 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_9674400c0e7cefd8ee1f", "split": "test", "audio_id": "foa_a5474632239920e3fad3", "audio_path": "audio/test/foa_a5474632239920e3fad3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization occurs from 2.4s to 2.9s.", "canonical_answer": "2.4s to 2.9s", "answer_meta": {"time_span": [2.4, 2.9]}}
{"qa_id": "qa_38696c528762256fbd7e", "split": "test", "audio_id": "foa_955bf9d2464e0c6e4300", "audio_path": "audio/test/foa_955bf9d2464e0c6e4300.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.7 degrees", "canonical_answer": "-40.7 degrees", "answer_meta": {"elevation_deg": -40.7}}
{"qa_id": "qa_910e86d3333b5357a027", "split": "test", "audio_id": "foa_a3b8ad98a24316fd7a07", "audio_path": "audio/test/foa_a3b8ad98a24316fd7a07.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.0 degrees", "canonical_answer": "-10.0 degrees", "answer_meta": {"azimuth_deg": -10.0}}
{"qa_id": "qa_14419bf14869bf52b6e4", "split": "test", "audio_id": "foa_5f282d283ae8115d0af1", "audio_path": "audio/test/foa_5f282d283ae8115d0af1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-133.8 degrees", "canonical_answer": "-133.8 degrees", "answer_meta": {"azimuth_deg": -133.8}}
{"qa_id": "qa_f5d25da5b4a3419bdafe", "split": "test", "audio_id": "foa_d44185dea4450dd504f0", "audio_path": "audio/test/foa_d44185dea4450dd504f0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.0 degrees", "canonical_answer": "6.0 degrees", "answer_meta": {"elevation_deg": 6.0}}
{"qa_id": "qa_35eea3c8806f295ae5ea", "split": "test", "audio_id": "foa_857ed087fd626dc469ef", "audio_path": "audio/test/foa_857ed087fd626dc469ef.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an insect from 0.0s to 1.4s.", "canonical_answer": "insect (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_9d06fb7fe9b56639bd50", "split": "test", "audio_id": "foa_f395d635b82cfd5da6b3", "audio_path": "audio/test/foa_f395d635b82cfd5da6b3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front side? Answer in one sentence.", "answer": "The sound coming from the front is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_4500dfb893a738274da4", "split": "test", "audio_id": "foa_c428b38f7befdf9e2581", "audio_path": "audio/test/foa_c428b38f7befdf9e2581.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.1s to 7.8s.", "canonical_answer": "0.1s to 7.8s", "answer_meta": {"time_span": [0.1, 7.8]}}
{"qa_id": "qa_6d3428a15f73ae23ccce", "split": "test", "audio_id": "foa_38790f24daa5c6d79365", "audio_path": "audio/test/foa_38790f24daa5c6d79365.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=82.6 degrees, elevation=17.4 degrees? Answer in one sentence.", "answer": "A printer is located at azimuth=82.6 degrees and elevation=17.4 degrees.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_fea5fa690cec73cf693a", "split": "test", "audio_id": "foa_16431b7214b1e85bdb34", "audio_path": "audio/test/foa_16431b7214b1e85bdb34.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 4.5s and speech from 0.6s to 5.0s.", "canonical_answer": "speech (0.6s to 4.5s); speech (0.6s to 5.0s)", "answer_meta": {}}
{"qa_id": "qa_4e5032e9f0d5b4b10193", "split": "test", "audio_id": "foa_f28e62aab4fc77129580", "audio_path": "audio/test/foa_f28e62aab4fc77129580.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_363f9e58586e722dbbab", "split": "test", "audio_id": "foa_6661e9a99b3a3c1f3a7f", "audio_path": "audio/test/foa_6661e9a99b3a3c1f3a7f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=21.7 degrees, elevation=14.6 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=21.7 degrees and elevation=14.6 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_52c60068128b44d34d6c", "split": "test", "audio_id": "foa_1b0d2a12bdd262fb222f", "audio_path": "audio/test/foa_1b0d2a12bdd262fb222f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.2 degrees", "canonical_answer": "3.2 degrees", "answer_meta": {"elevation_deg": 3.2}}
{"qa_id": "qa_82f150af44255ba21527", "split": "test", "audio_id": "foa_8ee15aaf1491df07c4ec", "audio_path": "audio/test/foa_8ee15aaf1491df07c4ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the gong? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.5 degrees", "canonical_answer": "-67.5 degrees", "answer_meta": {"azimuth_deg": -67.5}}
{"qa_id": "qa_dc9017d09fd3e03a82b6", "split": "test", "audio_id": "foa_e8d2728a83b1a30109c6", "audio_path": "audio/test/foa_e8d2728a83b1a30109c6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the insect be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect is audible from 0.0s to 11.5s.", "canonical_answer": "0.0s to 11.5s", "answer_meta": {"time_span": [0.0, 11.5]}}
{"qa_id": "qa_977b71f729c37a076e0b", "split": "test", "audio_id": "foa_18c121be4c3d99fce6bd", "audio_path": "audio/test/foa_18c121be4c3d99fce6bd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-26.2 degrees, elevation=5.2 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth=-26.2 degrees and elevation=5.2 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_2e8290cbfa429d47468a", "split": "test", "audio_id": "foa_9ce8adb6d2e927d850a6", "audio_path": "audio/test/foa_9ce8adb6d2e927d850a6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the gong sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong occurs from 15.3s to 16.2s.", "canonical_answer": "15.3s to 16.2s", "answer_meta": {"time_span": [15.3, 16.2]}}
{"qa_id": "qa_bfbb0e4e5a13a0417137", "split": "test", "audio_id": "foa_fc1f657b0ecdfef9dda7", "audio_path": "audio/test/foa_fc1f657b0ecdfef9dda7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the paper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.7 degrees", "canonical_answer": "11.7 degrees", "answer_meta": {"elevation_deg": 11.7}}
{"qa_id": "qa_8efa1124694f1a5f02bc", "split": "test", "audio_id": "foa_ae08ac156536ac1c30a0", "audio_path": "audio/test/foa_ae08ac156536ac1c30a0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a train that is audible from 1.9s to 20.0s.", "canonical_answer": "train (1.9s to 20.0s)", "answer_meta": {"time_span": [1.9, 20.0]}}
{"qa_id": "qa_c82be54d77fd980d0c7e", "split": "test", "audio_id": "foa_bec10aa7ca9c8977f0ad", "audio_path": "audio/test/foa_bec10aa7ca9c8977f0ad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "168.3 degrees", "canonical_answer": "168.3 degrees", "answer_meta": {"azimuth_deg": 168.3}}
{"qa_id": "qa_e82cab2db9eaae662853", "split": "test", "audio_id": "foa_5abf763b047f47489bf8", "audio_path": "audio/test/foa_5abf763b047f47489bf8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the right of the listener? Answer in one sentence.", "answer": "The source heard from the right is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_554579599be4660bda83", "split": "test", "audio_id": "foa_c0e07252bf0360de2f0a", "audio_path": "audio/test/foa_c0e07252bf0360de2f0a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the wind occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind is active from 12.8s to 18.5s.", "canonical_answer": "12.8s to 18.5s", "answer_meta": {"time_span": [12.8, 18.5]}}
{"qa_id": "qa_279c89713a5734682fc7", "split": "test", "audio_id": "foa_d6238564a7f7663125c8", "audio_path": "audio/test/foa_d6238564a7f7663125c8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.0 degrees", "canonical_answer": "-83.0 degrees", "answer_meta": {"azimuth_deg": -83.0}}
{"qa_id": "qa_a60c9b4e388cff8d5185", "split": "test", "audio_id": "foa_159e5f91c56fcdf118b3", "audio_path": "audio/test/foa_159e5f91c56fcdf118b3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=63.0 degrees, elevation=4.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=63.0 degrees and elevation=4.4 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_0c824fc39be674f76177", "split": "test", "audio_id": "foa_ba2a1c002d2a8a020ae1", "audio_path": "audio/test/foa_ba2a1c002d2a8a020ae1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in this audio clip and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.0s to 0.6s.", "canonical_answer": "breathing (0.0s to 0.6s)", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_7efd328ac43fcafac411", "split": "test", "audio_id": "foa_56afea249a7103ce6664", "audio_path": "audio/test/foa_56afea249a7103ce6664.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source located at the front is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_e0b1406124329c662a86", "split": "test", "audio_id": "foa_6ecc92649818d9103f81", "audio_path": "audio/test/foa_6ecc92649818d9103f81.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.1 degrees", "canonical_answer": "-8.1 degrees", "answer_meta": {"elevation_deg": -8.1}}
{"qa_id": "qa_93075d4c4248aec4022a", "split": "test", "audio_id": "foa_090ff4bf5967c5751cd8", "audio_path": "audio/test/foa_090ff4bf5967c5751cd8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the metal clink in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "49.2 degrees", "canonical_answer": "49.2 degrees", "answer_meta": {"azimuth_deg": 49.2}}
{"qa_id": "qa_48374ae2506b6c1d1792", "split": "test", "audio_id": "foa_c833e392bb0469ad2c5c", "audio_path": "audio/test/foa_c833e392bb0469ad2c5c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the paper active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The paper is active from 1.1s to 3.9s.", "canonical_answer": "1.1s to 3.9s", "answer_meta": {"time_span": [1.1, 3.9]}}
{"qa_id": "qa_98669f5c4c9832bc7773", "split": "test", "audio_id": "foa_c547958868b605f5fdd9", "audio_path": "audio/test/foa_c547958868b605f5fdd9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.6 degrees", "canonical_answer": "-23.6 degrees", "answer_meta": {"elevation_deg": -23.6}}
{"qa_id": "qa_57c3e74232d64d7e8e5c", "split": "test", "audio_id": "foa_3e321dbeac8066c4efe2", "audio_path": "audio/test/foa_3e321dbeac8066c4efe2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back? Answer in one sentence.", "answer": "The sound source coming from the back is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fec19a8c79236cd1662a", "split": "test", "audio_id": "foa_7ebfcd5b7905db7eea4d", "audio_path": "audio/test/foa_7ebfcd5b7905db7eea4d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-167.5 degrees, elevation=27.4 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth -167.5 degrees and elevation 27.4 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_d9411818e75511baae9e", "split": "test", "audio_id": "foa_bd204841d82a52745b47", "audio_path": "audio/test/foa_bd204841d82a52745b47.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.0s to 1.0s.", "canonical_answer": "breathing (0.0s to 1.0s)", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_769c2f564e4a660484ad", "split": "test", "audio_id": "foa_a88ed0cac9d4a25ff56b", "audio_path": "audio/test/foa_a88ed0cac9d4a25ff56b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the war sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 0.1s to 9.3s.", "canonical_answer": "0.1s to 9.3s", "answer_meta": {"time_span": [0.1, 9.3]}}
{"qa_id": "qa_5c78f4494a47e4d6f667", "split": "test", "audio_id": "foa_0c272fe358bf9f115e18", "audio_path": "audio/test/foa_0c272fe358bf9f115e18.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left and below? Answer in one sentence.", "answer": "The source located at the front-left and below is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_27aa479b69cc243b6c36", "split": "test", "audio_id": "foa_5afc8c767f5a1b03bf51", "audio_path": "audio/test/foa_5afc8c767f5a1b03bf51.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains footsteps from 0.0s to 2.8s.", "canonical_answer": "footsteps (0.0s to 2.8s)", "answer_meta": {"time_span": [0.0, 2.8]}}
{"qa_id": "qa_4c3e87c876abce17ae31", "split": "test", "audio_id": "foa_c83ccb53cb8a9ef14e85", "audio_path": "audio/test/foa_c83ccb53cb8a9ef14e85.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the metal clink in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.3 degrees", "canonical_answer": "-22.3 degrees", "answer_meta": {"elevation_deg": -22.3}}
{"qa_id": "qa_b3511e64d118a6958b2f", "split": "test", "audio_id": "foa_b12ae9180c2f70a04546", "audio_path": "audio/test/foa_b12ae9180c2f70a04546.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=78.6 degrees, elevation=18.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=78.6 degrees and elevation=18.5 degrees is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_e9b3e29e33670d1e8549", "split": "test", "audio_id": "foa_dc6b600f0c1d7951b783", "audio_path": "audio/test/foa_dc6b600f0c1d7951b783.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drawer cabinet coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "121.3 degrees", "canonical_answer": "121.3 degrees", "answer_meta": {"azimuth_deg": 121.3}}
{"qa_id": "qa_ce2cd0cb5ca4dd90054f", "split": "test", "audio_id": "foa_52d9f95d9c07a5708c25", "audio_path": "audio/test/foa_52d9f95d9c07a5708c25.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=66.7 degrees, elevation=-9.6 degrees? Answer in one sentence.", "answer": "An animal is the sound heard from azimuth=66.7 degrees, elevation=-9.6 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_0e370e9d28d624d78cdc", "split": "test", "audio_id": "foa_ad60e57331ef3186c775", "audio_path": "audio/test/foa_ad60e57331ef3186c775.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.8 degrees", "canonical_answer": "18.8 degrees", "answer_meta": {"elevation_deg": 18.8}}
{"qa_id": "qa_ffd79ca4ea7156c7c152", "split": "test", "audio_id": "foa_d023510e0171aaf7c3d5", "audio_path": "audio/test/foa_d023510e0171aaf7c3d5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the body sound audible? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is active from 0.6s to 19.6s.", "canonical_answer": "0.6s to 19.6s", "answer_meta": {"time_span": [0.6, 19.6]}}
{"qa_id": "qa_fcc2e8b15ea2116d7c2a", "split": "test", "audio_id": "foa_be625ec5bc6f5f934d8e", "audio_path": "audio/test/foa_be625ec5bc6f5f934d8e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the zipper coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.0 degrees", "canonical_answer": "-33.0 degrees", "answer_meta": {"azimuth_deg": -33.0}}
{"qa_id": "qa_811b92b0ee1b138a5e1f", "split": "test", "audio_id": "foa_c8555585e591ad790c3b", "audio_path": "audio/test/foa_c8555585e591ad790c3b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine sound occurring from 1.8s to 9.3s.", "canonical_answer": "machine (1.8s to 9.3s)", "answer_meta": {"time_span": [1.8, 9.3]}}
{"qa_id": "qa_41842e96aeb1dd510dcd", "split": "test", "audio_id": "foa_792be2c66d3434e3010d", "audio_path": "audio/test/foa_792be2c66d3434e3010d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front? Answer in one sentence.", "answer": "The sound source coming from the front is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_9cffa9a5ba6a5a581dd0", "split": "test", "audio_id": "foa_c86fb413c19f89111b36", "audio_path": "audio/test/foa_c86fb413c19f89111b36.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The sound source coming from the left is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_d528f7948cbc65b2564c", "split": "test", "audio_id": "foa_36015aa0f891abcb641f", "audio_path": "audio/test/foa_36015aa0f891abcb641f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-4.3 degrees, elevation=12.6 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth -4.3 degrees and elevation 12.6 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_1df9c4c78f6f308997ff", "split": "test", "audio_id": "foa_c7bff343cd21af1234d2", "audio_path": "audio/test/foa_c7bff343cd21af1234d2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the home sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The home sound is audible from 3.6s to 6.9s.", "canonical_answer": "3.6s to 6.9s", "answer_meta": {"time_span": [3.6, 6.9]}}
{"qa_id": "qa_a998c3206e1b6efa167a", "split": "test", "audio_id": "foa_340698adf307bff7d2af", "audio_path": "audio/test/foa_340698adf307bff7d2af.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that can be heard from 0.0s to 9.8s.", "canonical_answer": "bird (0.0s to 9.8s)", "answer_meta": {"time_span": [0.0, 9.8]}}
{"qa_id": "qa_49a034a97933d59a6fab", "split": "test", "audio_id": "foa_2b04a1371c1710dfef3a", "audio_path": "audio/test/foa_2b04a1371c1710dfef3a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.8 degrees", "canonical_answer": "-34.8 degrees", "answer_meta": {"elevation_deg": -34.8}}
{"qa_id": "qa_4790d974da9bf1ce8984", "split": "test", "audio_id": "foa_833c5acdae8d41a808f2", "audio_path": "audio/test/foa_833c5acdae8d41a808f2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the breathing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.9 degrees", "canonical_answer": "-163.9 degrees", "answer_meta": {"azimuth_deg": -163.9}}
{"qa_id": "qa_772f2b482377aa696cea", "split": "test", "audio_id": "foa_2b4fbfac14522b875945", "audio_path": "audio/test/foa_2b4fbfac14522b875945.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine that lasts from 0.2s to 1.6s.", "canonical_answer": "machine (0.2s to 1.6s)", "answer_meta": {"time_span": [0.2, 1.6]}}
{"qa_id": "qa_06bbfb3d9ac36b3ae90d", "split": "test", "audio_id": "foa_945d239811bcc651df60", "audio_path": "audio/test/foa_945d239811bcc651df60.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below? Answer in one sentence.", "answer": "The source coming from the right and below is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_9c81959c9139dd4614b5", "split": "test", "audio_id": "foa_9767f401256c6b00e338", "audio_path": "audio/test/foa_9767f401256c6b00e338.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-41.0 degrees, elevation=8.5 degrees. Answer in one sentence.", "answer": "A musical instrument is located at azimuth -41.0 degrees and elevation 8.5 degrees.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_71d5519f3c331fe0ae51", "split": "test", "audio_id": "foa_f6204d3e360b2bae921f", "audio_path": "audio/test/foa_f6204d3e360b2bae921f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the human vocalization active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.5s to 15.9s.", "canonical_answer": "0.5s to 15.9s", "answer_meta": {"time_span": [0.5, 15.9]}}
{"qa_id": "qa_f455ec3df236bffe9ca1", "split": "test", "audio_id": "foa_744311a8ead8593b67e0", "audio_path": "audio/test/foa_744311a8ead8593b67e0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the finger snapping in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-57.1 degrees", "canonical_answer": "-57.1 degrees", "answer_meta": {"azimuth_deg": -57.1}}
{"qa_id": "qa_aae7d55fa91841055d3a", "split": "test", "audio_id": "foa_fe06e3463dd2be599477", "audio_path": "audio/test/foa_fe06e3463dd2be599477.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.5 degrees", "canonical_answer": "-6.5 degrees", "answer_meta": {"elevation_deg": -6.5}}
{"qa_id": "qa_d3ac509d964b6d459cc0", "split": "test", "audio_id": "foa_ed9293a71069e0446eaa", "audio_path": "audio/test/foa_ed9293a71069e0446eaa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.4 degrees", "canonical_answer": "-3.4 degrees", "answer_meta": {"elevation_deg": -3.4}}
{"qa_id": "qa_62051c2645d178e40618", "split": "test", "audio_id": "foa_0128e25c8c4b3bc1cd77", "audio_path": "audio/test/foa_0128e25c8c4b3bc1cd77.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-121.0 degrees, elevation=-40.5 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=-121.0 degrees and elevation=-40.5 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_594a7b23bf9eb3716127", "split": "test", "audio_id": "foa_fc2ae4ef980e27fcca36", "audio_path": "audio/test/foa_fc2ae4ef980e27fcca36.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of crushing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing sound is audible from 0.1s to 20.0s.", "canonical_answer": "0.1s to 20.0s", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_deaec5a70313c71eb561", "split": "test", "audio_id": "foa_58351f3e73fce797b2a3", "audio_path": "audio/test/foa_58351f3e73fce797b2a3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-90.7 degrees", "canonical_answer": "-90.7 degrees", "answer_meta": {"azimuth_deg": -90.7}}
{"qa_id": "qa_2e48685d1e126b69667d", "split": "test", "audio_id": "foa_266f9fd2b821c08b9561", "audio_path": "audio/test/foa_266f9fd2b821c08b9561.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains ocean from 0.5s to 20.0s, a door from 9.5s to 19.4s, and a gong from 14.7s to 19.5s.", "canonical_answer": "ocean (0.5s to 20.0s); door (9.5s to 19.4s); gong (14.7s to 19.5s)", "answer_meta": {}}
{"qa_id": "qa_df1f84e1fffc3acbd6e2", "split": "test", "audio_id": "foa_8ca4a9359cb2a3383d5a", "audio_path": "audio/test/foa_8ca4a9359cb2a3383d5a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the left of the listener? Answer in one sentence.", "answer": "The source coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e18f4b78a96401b9d1b2", "split": "test", "audio_id": "foa_e294f6635c79012cf478", "audio_path": "audio/test/foa_e294f6635c79012cf478.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.1s to 15.9s.", "canonical_answer": "0.1s to 15.9s", "answer_meta": {"time_span": [0.1, 15.9]}}
{"qa_id": "qa_7f325556545d952a1f92", "split": "test", "audio_id": "foa_c2420413c4f7ba97525d", "audio_path": "audio/test/foa_c2420413c4f7ba97525d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-61.9 degrees, elevation=22.8 degrees? Answer in one sentence.", "answer": "A dog is heard coming from azimuth -61.9 degrees and elevation 22.8 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_3430520b232cf0b8ac8d", "split": "test", "audio_id": "foa_8373f066a04945ad6c84", "audio_path": "audio/test/foa_8373f066a04945ad6c84.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "77.6 degrees", "canonical_answer": "77.6 degrees", "answer_meta": {"azimuth_deg": 77.6}}
{"qa_id": "qa_82454f0ee7672ede816e", "split": "test", "audio_id": "foa_b3e7d589f16f24ad53b7", "audio_path": "audio/test/foa_b3e7d589f16f24ad53b7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the printer in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.1 degrees", "canonical_answer": "-1.1 degrees", "answer_meta": {"elevation_deg": -1.1}}
{"qa_id": "qa_ac2db1d3004e6b2bba5e", "split": "test", "audio_id": "foa_cb0581a32d939f7c1b4b", "audio_path": "audio/test/foa_cb0581a32d939f7c1b4b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains writing from 0.7s to 17.7s, a wind instrument from 6.0s to 11.7s, and speech from 14.9s to 20.0s.", "canonical_answer": "writing (0.7s to 17.7s); wind instrument (6.0s to 11.7s); speech (14.9s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_54059219de6b4459ed88", "split": "test", "audio_id": "foa_a41ba0137df1e874018e", "audio_path": "audio/test/foa_a41ba0137df1e874018e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound coming from the back is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_06eb02b800e4052bc056", "split": "test", "audio_id": "foa_88b14e1ce032ec70b795", "audio_path": "audio/test/foa_88b14e1ce032ec70b795.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-167.2 degrees", "canonical_answer": "-167.2 degrees", "answer_meta": {"azimuth_deg": -167.2}}
{"qa_id": "qa_341c3af0d96ad9094d2b", "split": "test", "audio_id": "foa_d459fc9dfc52c271a6e4", "audio_path": "audio/test/foa_d459fc9dfc52c271a6e4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below the listener? Answer in one sentence.", "answer": "The sound source located to the back-right and below is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_3671baff18353ecdfce0", "split": "test", "audio_id": "foa_6e1503bb321ddcead1df", "audio_path": "audio/test/foa_6e1503bb321ddcead1df.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the car? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.0 degrees", "canonical_answer": "-6.0 degrees", "answer_meta": {"elevation_deg": -6.0}}
{"qa_id": "qa_4d22a40675918eaa1d70", "split": "test", "audio_id": "foa_2abea06d152008b98622", "audio_path": "audio/test/foa_2abea06d152008b98622.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=18.0 degrees, elevation=-8.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=18.0 degrees and elevation=-8.0 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_d11c2d6ca267cbf2d620", "split": "test", "audio_id": "foa_b98328ff2ea64a6b4ba5", "audio_path": "audio/test/foa_b98328ff2ea64a6b4ba5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the zipper be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper is audible from 0.8s to 1.5s.", "canonical_answer": "0.8s to 1.5s", "answer_meta": {"time_span": [0.8, 1.5]}}
{"qa_id": "qa_17fe201ca6252e18636e", "split": "test", "audio_id": "foa_bc5baf34c0455a723a94", "audio_path": "audio/test/foa_bc5baf34c0455a723a94.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bird that can be heard from 0.1s to 4.5s.", "canonical_answer": "bird (0.1s to 4.5s)", "answer_meta": {"time_span": [0.1, 4.5]}}
{"qa_id": "qa_fe694cb98f8f40a9f9b1", "split": "test", "audio_id": "foa_765b2eb7cf09416c2cde", "audio_path": "audio/test/foa_765b2eb7cf09416c2cde.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-96.2 degrees, elevation=14.8 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth -96.2 degrees and elevation 14.8 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_04cda959e9041f858dce", "split": "test", "audio_id": "foa_760bac7be3c97bf59a49", "audio_path": "audio/test/foa_760bac7be3c97bf59a49.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 6.1s.", "canonical_answer": "0.6s to 6.1s", "answer_meta": {"time_span": [0.6, 6.1]}}
{"qa_id": "qa_b8a2664af2daa7199faa", "split": "test", "audio_id": "foa_4109b523f14eb25ad308", "audio_path": "audio/test/foa_4109b523f14eb25ad308.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "55.9 degrees", "canonical_answer": "55.9 degrees", "answer_meta": {"elevation_deg": 55.9}}
{"qa_id": "qa_f7a5ee3fa70d0d0d5bd5", "split": "test", "audio_id": "foa_cbb08fc2846f6d88f090", "audio_path": "audio/test/foa_cbb08fc2846f6d88f090.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from behind and above the listener? Answer in one sentence.", "answer": "The sound source coming from behind and above the listener is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_f80fdf5170770a1ccb02", "split": "test", "audio_id": "foa_792c87dd02e5964341ac", "audio_path": "audio/test/foa_792c87dd02e5964341ac.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.1s to 0.7s.", "canonical_answer": "body sound (0.1s to 0.7s)", "answer_meta": {"time_span": [0.1, 0.7]}}
{"qa_id": "qa_be00bc7e547ab755ed67", "split": "test", "audio_id": "foa_da67bb3c298db24d75e2", "audio_path": "audio/test/foa_da67bb3c298db24d75e2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "117.7 degrees", "canonical_answer": "117.7 degrees", "answer_meta": {"azimuth_deg": 117.7}}
{"qa_id": "qa_e7e298ed4c384a5b3fe0", "split": "test", "audio_id": "foa_a4513dd1c07c2c11b019", "audio_path": "audio/test/foa_a4513dd1c07c2c11b019.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=167.1 degrees, elevation=-46.7 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth 167.1 degrees and elevation -46.7 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_73d3a6346191545968ad", "split": "test", "audio_id": "foa_43b0404b493234dc6ec1", "audio_path": "audio/test/foa_43b0404b493234dc6ec1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back and below of the listener? Answer in one sentence.", "answer": "The source coming from the back and below is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_86e2af80d903e038f450", "split": "test", "audio_id": "foa_3ea771bc89ba1d0fe976", "audio_path": "audio/test/foa_3ea771bc89ba1d0fe976.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the string instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-102.2 degrees", "canonical_answer": "-102.2 degrees", "answer_meta": {"azimuth_deg": -102.2}}
{"qa_id": "qa_53c2e87de904233e915b", "split": "test", "audio_id": "foa_6860609d34f2ea2ee74d", "audio_path": "audio/test/foa_6860609d34f2ea2ee74d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 0.3s.", "canonical_answer": "guitar (0.0s to 0.3s)", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_da7a3389232ece870ad7", "split": "test", "audio_id": "foa_312559041e75b86be46b", "audio_path": "audio/test/foa_312559041e75b86be46b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.7 degrees", "canonical_answer": "14.7 degrees", "answer_meta": {"elevation_deg": 14.7}}
{"qa_id": "qa_306d73beb0fb893079f1", "split": "test", "audio_id": "foa_b53f2aea83c3ce8e0e00", "audio_path": "audio/test/foa_b53f2aea83c3ce8e0e00.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the male speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech is active from 0.1s to 1.1s.", "canonical_answer": "0.1s to 1.1s", "answer_meta": {"time_span": [0.1, 1.1]}}
{"qa_id": "qa_a0b5d2508be5d5e8cd99", "split": "test", "audio_id": "foa_5389e8a5f65ccfc40acd", "audio_path": "audio/test/foa_5389e8a5f65ccfc40acd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The sound source located to the left is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_71809de7ee2b40b6e639", "split": "test", "audio_id": "foa_61ee45503a650e367f1c", "audio_path": "audio/test/foa_61ee45503a650e367f1c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.8s to 20.0s, singing from 6.3s to 14.4s, finger snapping from 13.7s to 20.0s, and speech from 16.5s to 19.8s.", "canonical_answer": "singing (0.8s to 20.0s); singing (6.3s to 14.4s); finger snapping (13.7s to 20.0s); speech (16.5s to 19.8s)", "answer_meta": {}}
{"qa_id": "qa_3b74ebfba3f8467a9bc8", "split": "test", "audio_id": "foa_8b4ed435352c0a76a725", "audio_path": "audio/test/foa_8b4ed435352c0a76a725.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.5 degrees", "canonical_answer": "-21.5 degrees", "answer_meta": {"elevation_deg": -21.5}}
{"qa_id": "qa_451c89d085c74d03738f", "split": "test", "audio_id": "foa_a0d52fbb57b490cc04e0", "audio_path": "audio/test/foa_a0d52fbb57b490cc04e0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the finger snapping be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping sound occurs from 0.0s to 1.7s.", "canonical_answer": "0.0s to 1.7s", "answer_meta": {"time_span": [0.0, 1.7]}}
{"qa_id": "qa_9d0c0e2563beee6ab68d", "split": "test", "audio_id": "foa_ca46bde9d4c53cb5c6ac", "audio_path": "audio/test/foa_ca46bde9d4c53cb5c6ac.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=13.2 degrees, elevation=-8.6 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth=13.2 degrees and elevation=-8.6 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_3a7db73ab06e7a096ca4", "split": "test", "audio_id": "foa_32082568cc5e924024b6", "audio_path": "audio/test/foa_32082568cc5e924024b6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "58.4 degrees", "canonical_answer": "58.4 degrees", "answer_meta": {"azimuth_deg": 58.4}}
{"qa_id": "qa_080976934ca8c264f188", "split": "test", "audio_id": "foa_b3b91f7a98eab81202d2", "audio_path": "audio/test/foa_b3b91f7a98eab81202d2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-right of the listener? Answer in one sentence.", "answer": "The source coming from the back-right is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_200bee19b141ae971b0c", "split": "test", "audio_id": "foa_d7c91ce93031c09360ce", "audio_path": "audio/test/foa_d7c91ce93031c09360ce.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the ocean? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.1 degrees", "canonical_answer": "-3.1 degrees", "answer_meta": {"elevation_deg": -3.1}}
{"qa_id": "qa_b9680a919f0df78e02c8", "split": "test", "audio_id": "foa_976d7efb6ac4b819371c", "audio_path": "audio/test/foa_976d7efb6ac4b819371c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=89.4 degrees, elevation=-4.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=89.4 degrees and elevation=-4.4 degrees is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_11529ad6b96e7adc741a", "split": "test", "audio_id": "foa_0f136c4282c30ff9255e", "audio_path": "audio/test/foa_0f136c4282c30ff9255e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a body sound that lasts from 1.7s to 3.4s.", "canonical_answer": "body sound (1.7s to 3.4s)", "answer_meta": {"time_span": [1.7, 3.4]}}
{"qa_id": "qa_46cc2d8c3b4f3e34364d", "split": "test", "audio_id": "foa_8998149651d78e5e2625", "audio_path": "audio/test/foa_8998149651d78e5e2625.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 3.3s to 19.3s.", "canonical_answer": "3.3s to 19.3s", "answer_meta": {"time_span": [3.3, 19.3]}}
{"qa_id": "qa_225cc48b4c035d1d2cfd", "split": "test", "audio_id": "foa_2b040599949ed09dfe45", "audio_path": "audio/test/foa_2b040599949ed09dfe45.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.0 degrees", "canonical_answer": "20.0 degrees", "answer_meta": {"azimuth_deg": 20.0}}
{"qa_id": "qa_62bbac66d6bb64cf300e", "split": "test", "audio_id": "foa_6159e154f0cb9c7e4825", "audio_path": "audio/test/foa_6159e154f0cb9c7e4825.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the animal active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The animal is active from 0.0s to 3.0s.", "canonical_answer": "0.0s to 3.0s", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_6c74d8b9be9f75dd1e31", "split": "test", "audio_id": "foa_f62889edb203e4710e17", "audio_path": "audio/test/foa_f62889edb203e4710e17.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=73.6 degrees, elevation=-20.1 degrees? Answer in one sentence.", "answer": "A dog is the source heard from azimuth=73.6 degrees and elevation=-20.1 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_149689e9ce8937a36410", "split": "test", "audio_id": "foa_cdace5e6d71d2621bfb5", "audio_path": "audio/test/foa_cdace5e6d71d2621bfb5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.0 degrees", "canonical_answer": "24.0 degrees", "answer_meta": {"elevation_deg": 24.0}}
{"qa_id": "qa_e7f97d165a00de824df0", "split": "test", "audio_id": "foa_244cbb1e130c55270679", "audio_path": "audio/test/foa_244cbb1e130c55270679.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.7 degrees", "canonical_answer": "-144.7 degrees", "answer_meta": {"azimuth_deg": -144.7}}
{"qa_id": "qa_e325a15300e3c2093096", "split": "test", "audio_id": "foa_23ff2bf875b69bf46d26", "audio_path": "audio/test/foa_23ff2bf875b69bf46d26.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 9.6s and another instance of speech from 0.6s to 5.1s.", "canonical_answer": "speech (0.4s to 9.6s); speech (0.6s to 5.1s)", "answer_meta": {}}
{"qa_id": "qa_9bb304f6e5eaf4cbac72", "split": "test", "audio_id": "foa_b3556278a5aa4df57b88", "audio_path": "audio/test/foa_b3556278a5aa4df57b88.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the right and above the listener? Answer in one sentence.", "answer": "The source heard from the right and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b3d82deb31b95718e0da", "split": "test", "audio_id": "foa_0e0eca4a8610e13e441e", "audio_path": "audio/test/foa_0e0eca4a8610e13e441e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you summarize the sound events heard in this clip and their corresponding time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.1s to 20.0s, a string instrument from 2.9s to 8.4s, and an animal from 19.2s to 20.0s.", "canonical_answer": "camera (0.1s to 20.0s); string instrument (2.9s to 8.4s); animal (19.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_d94403d5b1295937a447", "split": "test", "audio_id": "foa_3ed67d325c3af9d159ef", "audio_path": "audio/test/foa_3ed67d325c3af9d159ef.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.3 degrees, elevation=-19.4 degrees? Answer in one sentence.", "answer": "A bell is the sound heard from azimuth=1.3 degrees, elevation=-19.4 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_3cd1e3b54dcb5af8d7b9", "split": "test", "audio_id": "foa_ff3350028671f8fe2d66", "audio_path": "audio/test/foa_ff3350028671f8fe2d66.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.1 degrees", "canonical_answer": "-23.1 degrees", "answer_meta": {"elevation_deg": -23.1}}
{"qa_id": "qa_5951deb8967d8b84efd0", "split": "test", "audio_id": "foa_2fd9943bc4d89aee30ea", "audio_path": "audio/test/foa_2fd9943bc4d89aee30ea.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 1.0s to 17.0s.", "canonical_answer": "1.0s to 17.0s", "answer_meta": {"time_span": [1.0, 17.0]}}
{"qa_id": "qa_21fa6014663bda71ad03", "split": "test", "audio_id": "foa_06b5893579ae1863ac73", "audio_path": "audio/test/foa_06b5893579ae1863ac73.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and above? Answer in one sentence.", "answer": "The source located at the back and above is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_4d33a3d704faabe85fcc", "split": "test", "audio_id": "foa_ed9c98881dc290a37ff4", "audio_path": "audio/test/foa_ed9c98881dc290a37ff4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.0 degrees", "canonical_answer": "5.0 degrees", "answer_meta": {"azimuth_deg": 5.0}}
{"qa_id": "qa_95c8a8f11c77343a4561", "split": "test", "audio_id": "foa_5bd99e3256a23b20cc60", "audio_path": "audio/test/foa_5bd99e3256a23b20cc60.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=47.8 degrees, elevation=1.6 degrees? Answer in one sentence.", "answer": "The sound originating from azimuth=47.8 degrees and elevation=1.6 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_d7a3ddbf00b41e1baaf9", "split": "test", "audio_id": "foa_64d84379788d73b7e284", "audio_path": "audio/test/foa_64d84379788d73b7e284.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the metal clink active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink event occurs from 0.9s to 2.8s.", "canonical_answer": "0.9s to 2.8s", "answer_meta": {"time_span": [0.9, 2.8]}}
{"qa_id": "qa_742a45687f0a34efbb07", "split": "test", "audio_id": "foa_31d3d64102fd7c6c731a", "audio_path": "audio/test/foa_31d3d64102fd7c6c731a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains crackle from 0.1s to 20.0s, a cat from 1.2s to 19.5s, and writing from 19.5s to 20.0s.", "canonical_answer": "crackle (0.1s to 20.0s); cat (1.2s to 19.5s); writing (19.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_ff279aeb37a08b4c9a57", "split": "test", "audio_id": "foa_ea56153cb85ba58d0c4f", "audio_path": "audio/test/foa_ea56153cb85ba58d0c4f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.6 degrees", "canonical_answer": "-23.6 degrees", "answer_meta": {"azimuth_deg": -23.6}}
{"qa_id": "qa_88c0ade479cade82e0f1", "split": "test", "audio_id": "foa_ff805e33e507245bb01d", "audio_path": "audio/test/foa_ff805e33e507245bb01d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.5 degrees", "canonical_answer": "8.5 degrees", "answer_meta": {"elevation_deg": 8.5}}
{"qa_id": "qa_d4ad58707b983e637fff", "split": "test", "audio_id": "foa_bd61a9f5a8fc0743bbad", "audio_path": "audio/test/foa_bd61a9f5a8fc0743bbad.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and above side? Answer in one sentence.", "answer": "The sound that can be heard from the left and above is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_f0ef397cc6a3316303bd", "split": "test", "audio_id": "foa_9761acce184ab5578b20", "audio_path": "audio/test/foa_9761acce184ab5578b20.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The source coming from the front is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_84eeb4ea791ffea936ac", "split": "test", "audio_id": "foa_2e47ba7b5b078b712f93", "audio_path": "audio/test/foa_2e47ba7b5b078b712f93.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wind in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-167.2 degrees", "canonical_answer": "-167.2 degrees", "answer_meta": {"azimuth_deg": -167.2}}
{"qa_id": "qa_077468689930529d8654", "split": "test", "audio_id": "foa_867036594d36bf2860e1", "audio_path": "audio/test/foa_867036594d36bf2860e1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 3.2s to 12.2s.", "canonical_answer": "3.2s to 12.2s", "answer_meta": {"time_span": [3.2, 12.2]}}
{"qa_id": "qa_1821691a6dd6289c09ce", "split": "test", "audio_id": "foa_b0fc9681911b268a82dd", "audio_path": "audio/test/foa_b0fc9681911b268a82dd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_b6bbfc7ba13b6563d8c3", "split": "test", "audio_id": "foa_a99d68158fd46d1603e3", "audio_path": "audio/test/foa_a99d68158fd46d1603e3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=139.3 degrees, elevation=7.5 degrees. Answer in one sentence.", "answer": "The source located at azimuth=139.3 degrees and elevation=7.5 degrees is an animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_5cace49f24cb50f66f66", "split": "test", "audio_id": "foa_902852ec0264eaf8fa1f", "audio_path": "audio/test/foa_902852ec0264eaf8fa1f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a musical instrument that plays from 0.0s to 5.2s.", "canonical_answer": "musical instrument (0.0s to 5.2s)", "answer_meta": {"time_span": [0.0, 5.2]}}
{"qa_id": "qa_76eeb71b909a6ad1e57d", "split": "test", "audio_id": "foa_423c7afd9b7f8cc14353", "audio_path": "audio/test/foa_423c7afd9b7f8cc14353.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is a bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_5eff9ee16ad33c294756", "split": "test", "audio_id": "foa_bcd9c14df81c4faf6412", "audio_path": "audio/test/foa_bcd9c14df81c4faf6412.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.9 degrees", "canonical_answer": "8.9 degrees", "answer_meta": {"elevation_deg": 8.9}}
{"qa_id": "qa_140c67c2df76ad9978bc", "split": "test", "audio_id": "foa_9ecb0e3798eee39cb72f", "audio_path": "audio/test/foa_9ecb0e3798eee39cb72f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tape from 3.1s to 20.0s, typing from 7.9s to 13.0s, and a musical instrument from 16.0s to 20.0s.", "canonical_answer": "tape (3.1s to 20.0s); typing (7.9s to 13.0s); musical instrument (16.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_2906b6669bfe9ad5e804", "split": "test", "audio_id": "foa_5c824bc832d42cd8a9ae", "audio_path": "audio/test/foa_5c824bc832d42cd8a9ae.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-41.9 degrees, elevation=2.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-41.9 degrees and elevation=2.3 degrees is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_6741e88b8193b94a78d1", "split": "test", "audio_id": "foa_20926f4f6592b775aac7", "audio_path": "audio/test/foa_20926f4f6592b775aac7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the body sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-160.0 degrees", "canonical_answer": "-160.0 degrees", "answer_meta": {"azimuth_deg": -160.0}}
{"qa_id": "qa_00f0983b38994917eefd", "split": "test", "audio_id": "foa_1397a861257500af5c78", "audio_path": "audio/test/foa_1397a861257500af5c78.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the war sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound is active from 0.0s to 0.6s.", "canonical_answer": "0.0s to 0.6s", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_f955f165e3c79343495f", "split": "test", "audio_id": "foa_7f03268678ecee13b7ea", "audio_path": "audio/test/foa_7f03268678ecee13b7ea.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the insect event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect event occurs from 16.3s to 18.2s.", "canonical_answer": "16.3s to 18.2s", "answer_meta": {"time_span": [16.3, 18.2]}}
{"qa_id": "qa_8d32736b2628f636b3f1", "split": "test", "audio_id": "foa_affef7e44e4ca2d92762", "audio_path": "audio/test/foa_affef7e44e4ca2d92762.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The sound originating from the back-left and above position is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_29cb2c56a25d1978659d", "split": "test", "audio_id": "foa_43c2967a0a1eb0315c25", "audio_path": "audio/test/foa_43c2967a0a1eb0315c25.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle from 0.6s to 18.4s, a frog from 2.4s to 13.7s, fire from 5.8s to 8.1s, a war sound from 8.4s to 18.4s, and a camera from 15.1s to 20.0s.", "canonical_answer": "vehicle (0.6s to 18.4s); frog (2.4s to 13.7s); fire (5.8s to 8.1s); war sound (8.4s to 18.4s); camera (15.1s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_c4eacc4010eb976fe24c", "split": "test", "audio_id": "foa_1ce374e8f6bc8813bccf", "audio_path": "audio/test/foa_1ce374e8f6bc8813bccf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.6 degrees", "canonical_answer": "52.6 degrees", "answer_meta": {"azimuth_deg": 52.6}}
{"qa_id": "qa_f2a172ed0e9ade86ad19", "split": "test", "audio_id": "foa_804d47cdc34fc68fb45f", "audio_path": "audio/test/foa_804d47cdc34fc68fb45f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-140.1 degrees, elevation=-26.7 degrees? Answer in one sentence.", "answer": "A dog is located at azimuth=-140.1 degrees and elevation=-26.7 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_35266c42584a368101ed", "split": "test", "audio_id": "foa_8a9366f1a5ad75115447", "audio_path": "audio/test/foa_8a9366f1a5ad75115447.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.2 degrees", "canonical_answer": "-16.2 degrees", "answer_meta": {"elevation_deg": -16.2}}
{"qa_id": "qa_fb4858d0399be64e37de", "split": "test", "audio_id": "foa_29dadd5466ea7a2b9e35", "audio_path": "audio/test/foa_29dadd5466ea7a2b9e35.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.1 degrees", "canonical_answer": "-27.1 degrees", "answer_meta": {"elevation_deg": -27.1}}
{"qa_id": "qa_66276c11a15af2b3822a", "split": "test", "audio_id": "foa_baf63b257830bfe47d04", "audio_path": "audio/test/foa_baf63b257830bfe47d04.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.1 degrees", "canonical_answer": "13.1 degrees", "answer_meta": {"azimuth_deg": 13.1}}
{"qa_id": "qa_2fbb13236893ce715881", "split": "test", "audio_id": "foa_cbb9f05bb2d69ec79e13", "audio_path": "audio/test/foa_cbb9f05bb2d69ec79e13.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a clock from 0.0s to 20.0s, a frog from 0.6s to 1.3s, and tape from 3.0s to 19.3s.", "canonical_answer": "clock (0.0s to 20.0s); frog (0.6s to 1.3s); tape (3.0s to 19.3s)", "answer_meta": {}}
{"qa_id": "qa_d79893815264d156a325", "split": "test", "audio_id": "foa_1928e280dd7fe8c54542", "audio_path": "audio/test/foa_1928e280dd7fe8c54542.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-77.8 degrees, elevation=7.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-77.8 degrees, elevation=7.8 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_5f9fae480da064a3d0fe", "split": "test", "audio_id": "foa_bcf3db1f0a161d7cf1ad", "audio_path": "audio/test/foa_bcf3db1f0a161d7cf1ad.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and below is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_9bd7cb048c5d0117960c", "split": "test", "audio_id": "foa_9449f7779994e516a8c6", "audio_path": "audio/test/foa_9449f7779994e516a8c6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the human vocalization occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization event takes place from 0.0s to 3.6s.", "canonical_answer": "0.0s to 3.6s", "answer_meta": {"time_span": [0.0, 3.6]}}
{"qa_id": "qa_02fe678f9a4dd8fad59c", "split": "test", "audio_id": "foa_6536d7c529c864d87dd1", "audio_path": "audio/test/foa_6536d7c529c864d87dd1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that occurs from 0.8s to 7.1s.", "canonical_answer": "metal clink (0.8s to 7.1s)", "answer_meta": {"time_span": [0.8, 7.1]}}
{"qa_id": "qa_3a4e7aeb13cfc21fbb5a", "split": "test", "audio_id": "foa_6fc0c2c6b368bd831ee3", "audio_path": "audio/test/foa_6fc0c2c6b368bd831ee3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the percussion take place? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 0.0s to 1.5s.", "canonical_answer": "0.0s to 1.5s", "answer_meta": {"time_span": [0.0, 1.5]}}
{"qa_id": "qa_a7b4b3c395ed0d657871", "split": "test", "audio_id": "foa_34af5edebcbd35dff7bb", "audio_path": "audio/test/foa_34af5edebcbd35dff7bb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the tool coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "108.0 degrees", "canonical_answer": "108.0 degrees", "answer_meta": {"azimuth_deg": 108.0}}
{"qa_id": "qa_93838fe2592e714f8154", "split": "test", "audio_id": "foa_b85e3a09cd4c8d4ac487", "audio_path": "audio/test/foa_b85e3a09cd4c8d4ac487.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_8f54c9b5ec4b7360038b", "split": "test", "audio_id": "foa_006c99e8789c78e968c1", "audio_path": "audio/test/foa_006c99e8789c78e968c1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the cooking in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.0 degrees", "canonical_answer": "14.0 degrees", "answer_meta": {"elevation_deg": 14.0}}
{"qa_id": "qa_672424edc2160b11ae11", "split": "test", "audio_id": "foa_a5e98cd2809b941f8978", "audio_path": "audio/test/foa_a5e98cd2809b941f8978.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=66.3 degrees, elevation=-22.5 degrees? Answer in one sentence.", "answer": "A guitar is heard coming from azimuth=66.3 degrees and elevation=-22.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_cf4b31e2bedae80627a1", "split": "test", "audio_id": "foa_a7a1f8d7018897a6fad8", "audio_path": "audio/test/foa_a7a1f8d7018897a6fad8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drawer cabinet coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.6 degrees", "canonical_answer": "9.6 degrees", "answer_meta": {"azimuth_deg": 9.6}}
{"qa_id": "qa_bb3d2b79bacf6f11d0df", "split": "test", "audio_id": "foa_2937efab504fad055422", "audio_path": "audio/test/foa_2937efab504fad055422.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-35.4 degrees, elevation=7.9 degrees? Answer in one sentence.", "answer": "An appliance is located at azimuth=-35.4 degrees and elevation=7.9 degrees.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_411c89d77e9b8978f016", "split": "test", "audio_id": "foa_fe5f90cd5fa1656a706a", "audio_path": "audio/test/foa_fe5f90cd5fa1656a706a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in the audio, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization occurring from 0.1s to 1.5s.", "canonical_answer": "human vocalization (0.1s to 1.5s)", "answer_meta": {"time_span": [0.1, 1.5]}}
{"qa_id": "qa_3198d29e75099671527a", "split": "test", "audio_id": "foa_ff0a7c192617796f5633", "audio_path": "audio/test/foa_ff0a7c192617796f5633.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_6db7a60ab8641781315e", "split": "test", "audio_id": "foa_b6b22fff0fbdf5ca7841", "audio_path": "audio/test/foa_b6b22fff0fbdf5ca7841.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the vehicle event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The vehicle event takes place from 0.4s to 6.4s.", "canonical_answer": "0.4s to 6.4s", "answer_meta": {"time_span": [0.4, 6.4]}}
{"qa_id": "qa_07ad5f17abb6d1504a82", "split": "test", "audio_id": "foa_4ed9a121a7d37b117f97", "audio_path": "audio/test/foa_4ed9a121a7d37b117f97.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.1 degrees", "canonical_answer": "32.1 degrees", "answer_meta": {"elevation_deg": 32.1}}
{"qa_id": "qa_46c70a592d056f0761b9", "split": "test", "audio_id": "foa_09bcb3d4b3fcb07164ee", "audio_path": "audio/test/foa_09bcb3d4b3fcb07164ee.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.0 degrees", "canonical_answer": "-23.0 degrees", "answer_meta": {"elevation_deg": -23.0}}
{"qa_id": "qa_76e59542060de542f9a9", "split": "test", "audio_id": "foa_aa6ad4545c5e03179d3c", "audio_path": "audio/test/foa_aa6ad4545c5e03179d3c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization occurs from 18.5s to 20.0s.", "canonical_answer": "18.5s to 20.0s", "answer_meta": {"time_span": [18.5, 20.0]}}
{"qa_id": "qa_a5b48bbdcc49cebce574", "split": "test", "audio_id": "foa_246a6aba1fce7e78ef1e", "audio_path": "audio/test/foa_246a6aba1fce7e78ef1e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool that can be heard from 0.0s to 0.5s.", "canonical_answer": "tool (0.0s to 0.5s)", "answer_meta": {"time_span": [0.0, 0.5]}}
{"qa_id": "qa_d21541d079dc68713a25", "split": "test", "audio_id": "foa_b8a609781d26bae03c8d", "audio_path": "audio/test/foa_b8a609781d26bae03c8d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the cat coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.4 degrees", "canonical_answer": "-83.4 degrees", "answer_meta": {"azimuth_deg": -83.4}}
{"qa_id": "qa_927c5a227897fea47f46", "split": "test", "audio_id": "foa_90f63e36a7f15260d49d", "audio_path": "audio/test/foa_90f63e36a7f15260d49d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_8a980e4858fbdc0f530a", "split": "test", "audio_id": "foa_05e3d5305146e177593e", "audio_path": "audio/test/foa_05e3d5305146e177593e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=130.8 degrees, elevation=15.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=130.8 degrees and elevation=15.9 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_79733c11df7f98d35d00", "split": "test", "audio_id": "foa_9c0357e11252a6deb2e2", "audio_path": "audio/test/foa_9c0357e11252a6deb2e2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-167.0 degrees, elevation=35.0 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -167.0 degrees and elevation 35.0 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_400768a672a9d06954fa", "split": "test", "audio_id": "foa_45287c6c3e0a84e8e085", "audio_path": "audio/test/foa_45287c6c3e0a84e8e085.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm from 1.3s to 4.1s, singing from 1.8s to 9.8s, a guitar from 8.6s to 10.5s, singing from 9.2s to 13.0s, and footsteps from 10.2s to 12.1s.", "canonical_answer": "alarm (1.3s to 4.1s); singing (1.8s to 9.8s); guitar (8.6s to 10.5s); singing (9.2s to 13.0s); footsteps (10.2s to 12.1s)", "answer_meta": {}}
{"qa_id": "qa_a456118bc51ed688654e", "split": "test", "audio_id": "foa_41f342f96fab3004233a", "audio_path": "audio/test/foa_41f342f96fab3004233a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back-left and below side? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_1ddbd6430ed9318862d4", "split": "test", "audio_id": "foa_a2274721e94973faadd9", "audio_path": "audio/test/foa_a2274721e94973faadd9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.3 degrees", "canonical_answer": "23.3 degrees", "answer_meta": {"azimuth_deg": 23.3}}
{"qa_id": "qa_2c976d42cdbc8cfeec4a", "split": "test", "audio_id": "foa_5009940a678a965e32b5", "audio_path": "audio/test/foa_5009940a678a965e32b5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the guitar be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is audible from 7.6s to 8.4s.", "canonical_answer": "7.6s to 8.4s", "answer_meta": {"time_span": [7.6, 8.4]}}
{"qa_id": "qa_94198d752cee2477bfe7", "split": "test", "audio_id": "foa_2a2d2510387d96984106", "audio_path": "audio/test/foa_2a2d2510387d96984106.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.5 degrees", "canonical_answer": "-2.5 degrees", "answer_meta": {"elevation_deg": -2.5}}
{"qa_id": "qa_214967988dc3c97e183f", "split": "test", "audio_id": "foa_a82f62d58df6b9d968f2", "audio_path": "audio/test/foa_a82f62d58df6b9d968f2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.5 degrees", "canonical_answer": "-13.5 degrees", "answer_meta": {"elevation_deg": -13.5}}
{"qa_id": "qa_f0d694b8b4a5ed44fe9a", "split": "test", "audio_id": "foa_e27b4ef2890d0e6fa253", "audio_path": "audio/test/foa_e27b4ef2890d0e6fa253.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The source heard from the back and below is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_782be08f5f0810a6c05e", "split": "test", "audio_id": "foa_1aee2d48623b9acb23fe", "audio_path": "audio/test/foa_1aee2d48623b9acb23fe.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.5s to 8.8s.", "canonical_answer": "0.5s to 8.8s", "answer_meta": {"time_span": [0.5, 8.8]}}
{"qa_id": "qa_121e431328dd7803fa90", "split": "test", "audio_id": "foa_0fe8bd53329812c3bc7d", "audio_path": "audio/test/foa_0fe8bd53329812c3bc7d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the thunderstorm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.2 degrees", "canonical_answer": "-20.2 degrees", "answer_meta": {"azimuth_deg": -20.2}}
{"qa_id": "qa_b5629093839f4b76988f", "split": "test", "audio_id": "foa_5abff1f656eca7aa939f", "audio_path": "audio/test/foa_5abff1f656eca7aa939f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-72.9 degrees, elevation=10.0 degrees? Answer in one sentence.", "answer": "A crackle is located at azimuth=-72.9 degrees and elevation=10.0 degrees.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_810b4ed4905c4740fb17", "split": "test", "audio_id": "foa_c2a599ff5dc3cc86f58d", "audio_path": "audio/test/foa_c2a599ff5dc3cc86f58d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains female speech occurring from 0.0s to 20.0s.", "canonical_answer": "female speech (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_ad228aede2f2cfc9e866", "split": "test", "audio_id": "foa_16bbf63e683331ef0f6d", "audio_path": "audio/test/foa_16bbf63e683331ef0f6d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.3s to 5.4s.", "canonical_answer": "0.3s to 5.4s", "answer_meta": {"time_span": [0.3, 5.4]}}
{"qa_id": "qa_d5104e59c07ef3ab672b", "split": "test", "audio_id": "foa_6b54d9b9eb0b0ef77728", "audio_path": "audio/test/foa_6b54d9b9eb0b0ef77728.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the vehicle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "85.5 degrees", "canonical_answer": "85.5 degrees", "answer_meta": {"azimuth_deg": 85.5}}
{"qa_id": "qa_03cdcea157c1d10d30a1", "split": "test", "audio_id": "foa_19fa333317ca605fbefd", "audio_path": "audio/test/foa_19fa333317ca605fbefd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=4.4 degrees, elevation=7.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=4.4 degrees and elevation=7.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_46d3243ec444f4eb4bda", "split": "test", "audio_id": "foa_c910ea739b2d95483d67", "audio_path": "audio/test/foa_c910ea739b2d95483d67.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.3 degrees", "canonical_answer": "-18.3 degrees", "answer_meta": {"elevation_deg": -18.3}}
{"qa_id": "qa_d0ba8d33155fccbe7ee9", "split": "test", "audio_id": "foa_b6974c6e31472eecaba2", "audio_path": "audio/test/foa_b6974c6e31472eecaba2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains finger snapping from 0.0s to 0.1s and a thunderstorm from 2.0s to 4.9s.", "canonical_answer": "finger snapping (0.0s to 0.1s); thunderstorm (2.0s to 4.9s)", "answer_meta": {}}
{"qa_id": "qa_91be648259ac7008cd13", "split": "test", "audio_id": "foa_df0de809ec03d81916c5", "audio_path": "audio/test/foa_df0de809ec03d81916c5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below? Answer in one sentence.", "answer": "The sound source coming from the back-right and below is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_61e6201716c025a553f8", "split": "test", "audio_id": "foa_25873daebb9ee8925bb5", "audio_path": "audio/test/foa_25873daebb9ee8925bb5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio recording features typing that occurs from 1.1s to 20.0s.", "canonical_answer": "typing (1.1s to 20.0s)", "answer_meta": {"time_span": [1.1, 20.0]}}
{"qa_id": "qa_cb7ae6f925c2adda52b8", "split": "test", "audio_id": "foa_a354dcbc9b88836e3326", "audio_path": "audio/test/foa_a354dcbc9b88836e3326.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=0.8 degrees, elevation=15.3 degrees? Answer in one sentence.", "answer": "An alarm is the sound detected at azimuth=0.8 degrees and elevation=15.3 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_cd054b2172a89cf67b0f", "split": "test", "audio_id": "foa_8c64c7fc46f7d4f2a063", "audio_path": "audio/test/foa_8c64c7fc46f7d4f2a063.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-138.5 degrees", "canonical_answer": "-138.5 degrees", "answer_meta": {"azimuth_deg": -138.5}}
{"qa_id": "qa_1d3658a8860534ed7dba", "split": "test", "audio_id": "foa_efa3fdb9b0bbdfabdf11", "audio_path": "audio/test/foa_efa3fdb9b0bbdfabdf11.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right of the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right is an animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_625f321ce8f5d2d405d1", "split": "test", "audio_id": "foa_fa0f40f547aa6aa21022", "audio_path": "audio/test/foa_fa0f40f547aa6aa21022.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the glass be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The glass is active from 0.6s to 1.7s.", "canonical_answer": "0.6s to 1.7s", "answer_meta": {"time_span": [0.6, 1.7]}}
{"qa_id": "qa_d48d5713cf33b0949b06", "split": "test", "audio_id": "foa_9ed1a5d3f12947986e2d", "audio_path": "audio/test/foa_9ed1a5d3f12947986e2d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.0 degrees", "canonical_answer": "-2.0 degrees", "answer_meta": {"elevation_deg": -2.0}}
{"qa_id": "qa_d235f2873b31a81ba38c", "split": "test", "audio_id": "foa_d9236fed23bd464e9a41", "audio_path": "audio/test/foa_d9236fed23bd464e9a41.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-41.4 degrees, elevation=-28.5 degrees. Answer in one sentence.", "answer": "The source located at azimuth -41.4 degrees and elevation -28.5 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_41be6c10c7c867001bee", "split": "test", "audio_id": "foa_0de020bb180671de338c", "audio_path": "audio/test/foa_0de020bb180671de338c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that lasts from 0.0s to 1.5s.", "canonical_answer": "bell (0.0s to 1.5s)", "answer_meta": {"time_span": [0.0, 1.5]}}
{"qa_id": "qa_224dcee3c69912df9fee", "split": "test", "audio_id": "foa_06120794b0691fca5f20", "audio_path": "audio/test/foa_06120794b0691fca5f20.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-136.8 degrees", "canonical_answer": "-136.8 degrees", "answer_meta": {"azimuth_deg": -136.8}}
{"qa_id": "qa_189bfa1a4af1e785b7fe", "split": "test", "audio_id": "foa_e58a210911aa88dbf19a", "audio_path": "audio/test/foa_e58a210911aa88dbf19a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the gong be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The gong is active from 12.7s to 14.8s.", "canonical_answer": "12.7s to 14.8s", "answer_meta": {"time_span": [12.7, 14.8]}}
{"qa_id": "qa_36fcded975e15a7f7ba1", "split": "test", "audio_id": "foa_86beceec2292b09ebd78", "audio_path": "audio/test/foa_86beceec2292b09ebd78.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard coming from the back? Answer in one sentence.", "answer": "The sound source coming from the back is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_575264177c7f1af57a35", "split": "test", "audio_id": "foa_dda1ee1fcd3d4c6de5b1", "audio_path": "audio/test/foa_dda1ee1fcd3d4c6de5b1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_4b835ff5ed7e9554e540", "split": "test", "audio_id": "foa_510f77a58dcb5fabf728", "audio_path": "audio/test/foa_510f77a58dcb5fabf728.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.7 degrees", "canonical_answer": "30.7 degrees", "answer_meta": {"elevation_deg": 30.7}}
{"qa_id": "qa_30af2ae1ec00d5217e7e", "split": "test", "audio_id": "foa_7b953df00eba558c33fd", "audio_path": "audio/test/foa_7b953df00eba558c33fd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sounds are present in the clip, and when is each one heard? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wind from 0.0s to 13.8s.", "canonical_answer": "wind (0.0s to 13.8s)", "answer_meta": {"time_span": [0.0, 13.8]}}
{"qa_id": "qa_d787d8ca87acc23d7bc8", "split": "test", "audio_id": "foa_c68ec47b7798c3a27253", "audio_path": "audio/test/foa_c68ec47b7798c3a27253.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "158.5 degrees", "canonical_answer": "158.5 degrees", "answer_meta": {"azimuth_deg": 158.5}}
{"qa_id": "qa_95986e9c0b8614b07a98", "split": "test", "audio_id": "foa_c611428df769ae454e56", "audio_path": "audio/test/foa_c611428df769ae454e56.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and above? Answer in one sentence.", "answer": "The sound source located at the front and above is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_71cefef2ab78614b3777", "split": "test", "audio_id": "foa_8e76bde808d72eebd562", "audio_path": "audio/test/foa_8e76bde808d72eebd562.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-9.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-9.2 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_4b61f9b4ef057f4c5077", "split": "test", "audio_id": "foa_cc51917357d6899f0736", "audio_path": "audio/test/foa_cc51917357d6899f0736.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 0.0s to 2.6s.", "canonical_answer": "0.0s to 2.6s", "answer_meta": {"time_span": [0.0, 2.6]}}
{"qa_id": "qa_0fd3b426ab0337ed1430", "split": "test", "audio_id": "foa_46e91ff609f7893b6e74", "audio_path": "audio/test/foa_46e91ff609f7893b6e74.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=80.0 degrees, elevation=3.1 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=80.0 degrees and elevation=3.1 degrees is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_4db1ca2ee160f3622494", "split": "test", "audio_id": "foa_85a3dd87bb13fede9cbf", "audio_path": "audio/test/foa_85a3dd87bb13fede9cbf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-84.9 degrees", "canonical_answer": "-84.9 degrees", "answer_meta": {"azimuth_deg": -84.9}}
{"qa_id": "qa_099eb3808cfe070cbcfc", "split": "test", "audio_id": "foa_b97dc3fdaf2554295923", "audio_path": "audio/test/foa_b97dc3fdaf2554295923.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains three instances of thunderstorm occurring from 0.0s to 20.0s, 0.0s to 8.0s, and 0.1s to 5.8s.", "canonical_answer": "thunderstorm (0.0s to 20.0s); thunderstorm (0.0s to 8.0s); thunderstorm (0.1s to 5.8s)", "answer_meta": {}}
{"qa_id": "qa_3f10349e596a333374f5", "split": "test", "audio_id": "foa_2c01fdabef807e614277", "audio_path": "audio/test/foa_2c01fdabef807e614277.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below? Answer in one sentence.", "answer": "The sound source located at the front-right and below is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_e02172cab13e624372ba", "split": "test", "audio_id": "foa_434303abd8840bcca833", "audio_path": "audio/test/foa_434303abd8840bcca833.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the printer active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The printer is active from 0.3s to 17.6s.", "canonical_answer": "0.3s to 17.6s", "answer_meta": {"time_span": [0.3, 17.6]}}
{"qa_id": "qa_1182dad94bf485ddac87", "split": "test", "audio_id": "foa_3a3d37e9f4ad1b915d7a", "audio_path": "audio/test/foa_3a3d37e9f4ad1b915d7a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the thunderstorm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.5 degrees", "canonical_answer": "16.5 degrees", "answer_meta": {"elevation_deg": 16.5}}
{"qa_id": "qa_108b99256b8fbcdbd092", "split": "test", "audio_id": "foa_0ac86d8b31557c8df890", "audio_path": "audio/test/foa_0ac86d8b31557c8df890.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.0s to 0.4s.", "canonical_answer": "water (0.0s to 0.4s)", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_0cc75ca667439cde7690", "split": "test", "audio_id": "foa_8ab64c550ebc32ddbafd", "audio_path": "audio/test/foa_8ab64c550ebc32ddbafd.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The source coming from the back and above is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_8e0351bbcf424f5d09fe", "split": "test", "audio_id": "foa_b42b821b7cce139ad8e1", "audio_path": "audio/test/foa_b42b821b7cce139ad8e1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the footsteps coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.2 degrees", "canonical_answer": "5.2 degrees", "answer_meta": {"azimuth_deg": 5.2}}
{"qa_id": "qa_f1fc0aa8a7bdd0e89dc1", "split": "test", "audio_id": "foa_b48225e854929b64b4a9", "audio_path": "audio/test/foa_b48225e854929b64b4a9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-34.3 degrees, elevation=3.9 degrees? Answer in one sentence.", "answer": "A frog is the sound heard from azimuth -34.3 degrees and elevation 3.9 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_47015ce8c48a7c261ae8", "split": "test", "audio_id": "foa_6c1c7ef61100d01e9334", "audio_path": "audio/test/foa_6c1c7ef61100d01e9334.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the musical instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument event is active from 0.1s to 5.0s.", "canonical_answer": "0.1s to 5.0s", "answer_meta": {"time_span": [0.1, 5.0]}}
{"qa_id": "qa_1ebc7b2137fc1d7a081c", "split": "test", "audio_id": "foa_2bd9043ee0b7006328cf", "audio_path": "audio/test/foa_2bd9043ee0b7006328cf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.9 degrees", "canonical_answer": "7.9 degrees", "answer_meta": {"elevation_deg": 7.9}}
{"qa_id": "qa_1793c307a38f356e16bb", "split": "test", "audio_id": "foa_e07be31ca7496a61d48d", "audio_path": "audio/test/foa_e07be31ca7496a61d48d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-1.6 degrees, elevation=-23.3 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-1.6 degrees and elevation=-23.3 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_565586625d167b75ffe4", "split": "test", "audio_id": "foa_674c07127b7a57e3e3cc", "audio_path": "audio/test/foa_674c07127b7a57e3e3cc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the percussion coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-147.6 degrees", "canonical_answer": "-147.6 degrees", "answer_meta": {"azimuth_deg": -147.6}}
{"qa_id": "qa_172b7760d37a9c530aff", "split": "test", "audio_id": "foa_85cfa2aec99f24e3818a", "audio_path": "audio/test/foa_85cfa2aec99f24e3818a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drawer cabinet in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.6 degrees", "canonical_answer": "2.6 degrees", "answer_meta": {"elevation_deg": 2.6}}
{"qa_id": "qa_102979bca79d643b88b3", "split": "test", "audio_id": "foa_655205da8d0ced39f8a9", "audio_path": "audio/test/foa_655205da8d0ced39f8a9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what time interval does the female speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech is active throughout the interval from 1.0s to 14.8s.", "canonical_answer": "1.0s to 14.8s", "answer_meta": {"time_span": [1.0, 14.8]}}
{"qa_id": "qa_f46ca12e2d5e273a4ffa", "split": "test", "audio_id": "foa_a313cb158d4064105748", "audio_path": "audio/test/foa_a313cb158d4064105748.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left and below side? Answer in one sentence.", "answer": "The sound coming from the front-left and below is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_4460209634d068c8cd62", "split": "test", "audio_id": "foa_35ed393a093949f99016", "audio_path": "audio/test/foa_35ed393a093949f99016.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tape from 0.2s to 8.0s, tape from 0.4s to 5.0s, and tape from 3.1s to 18.2s.", "canonical_answer": "tape (0.2s to 8.0s); tape (0.4s to 5.0s); tape (3.1s to 18.2s)", "answer_meta": {}}
{"qa_id": "qa_65adee8cd639e039f917", "split": "test", "audio_id": "foa_e27ac703f456c5947fb4", "audio_path": "audio/test/foa_e27ac703f456c5947fb4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains animal from 0.2s to 9.6s, drum from 0.3s to 5.2s, and speech from 0.4s to 2.8s.", "canonical_answer": "animal (0.2s to 9.6s); drum (0.3s to 5.2s); speech (0.4s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_361e90970559e43645e2", "split": "test", "audio_id": "foa_f34ac0d2aa6e400586d8", "audio_path": "audio/test/foa_f34ac0d2aa6e400586d8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-75.3 degrees, elevation=9.3 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -75.3 degrees and elevation 9.3 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_29c714dacf3ad7352c9e", "split": "test", "audio_id": "foa_2c2e9d6a9d9b380bb26c", "audio_path": "audio/test/foa_2c2e9d6a9d9b380bb26c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.8 degrees", "canonical_answer": "-36.8 degrees", "answer_meta": {"azimuth_deg": -36.8}}
{"qa_id": "qa_c9da2e154099bb129ec7", "split": "test", "audio_id": "foa_fc250c776cca9ccceb24", "audio_path": "audio/test/foa_fc250c776cca9ccceb24.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.6 degrees", "canonical_answer": "4.6 degrees", "answer_meta": {"elevation_deg": 4.6}}
{"qa_id": "qa_63d295921fd860fe3b9d", "split": "test", "audio_id": "foa_8e6ade30665861dabd99", "audio_path": "audio/test/foa_8e6ade30665861dabd99.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left? Answer in one sentence.", "answer": "The source coming from the back-left is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_6291110c2decad374d33", "split": "test", "audio_id": "foa_97c53ee46350e7a171fa", "audio_path": "audio/test/foa_97c53ee46350e7a171fa.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 0.0s to 1.4s.", "canonical_answer": "0.0s to 1.4s", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_9b5a7d53cab5ec8770ff", "split": "test", "audio_id": "foa_f5237d979d53880783d2", "audio_path": "audio/test/foa_f5237d979d53880783d2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the car in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.5 degrees", "canonical_answer": "7.5 degrees", "answer_meta": {"elevation_deg": 7.5}}
{"qa_id": "qa_186a07e6aa7ee0fd48ae", "split": "test", "audio_id": "foa_bc0e3d5aed7781f04e86", "audio_path": "audio/test/foa_bc0e3d5aed7781f04e86.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-79.4 degrees, elevation=13.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-79.4 degrees and elevation=13.2 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_50302ed5f6a08faf1e2b", "split": "test", "audio_id": "foa_dd5479be9bb0dd30b170", "audio_path": "audio/test/foa_dd5479be9bb0dd30b170.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wood coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.0 degrees", "canonical_answer": "-46.0 degrees", "answer_meta": {"azimuth_deg": -46.0}}
{"qa_id": "qa_25149576a0dbaf4b36a3", "split": "test", "audio_id": "foa_d9cef45bbc1c56a1ad9a", "audio_path": "audio/test/foa_d9cef45bbc1c56a1ad9a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 3.5s and speech from 0.3s to 3.1s.", "canonical_answer": "speech (0.3s to 3.5s); speech (0.3s to 3.1s)", "answer_meta": {}}
{"qa_id": "qa_33863f200f08986ef350", "split": "test", "audio_id": "foa_56710b4dc0c325eb1c37", "audio_path": "audio/test/foa_56710b4dc0c325eb1c37.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the laughter active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 0.0s to 1.2s.", "canonical_answer": "0.0s to 1.2s", "answer_meta": {"time_span": [0.0, 1.2]}}
{"qa_id": "qa_2e8570a30138aa571b6b", "split": "test", "audio_id": "foa_bc00edae30069c89c482", "audio_path": "audio/test/foa_bc00edae30069c89c482.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right of the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_75a45cb41c94561087cf", "split": "test", "audio_id": "foa_25315f4e20c0be4d08f0", "audio_path": "audio/test/foa_25315f4e20c0be4d08f0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_892f91205ffa1659dba4", "split": "test", "audio_id": "foa_f92831fd2c4504f19024", "audio_path": "audio/test/foa_f92831fd2c4504f19024.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "132.9 degrees", "canonical_answer": "132.9 degrees", "answer_meta": {"azimuth_deg": 132.9}}
{"qa_id": "qa_c538067eeacb20b8427d", "split": "test", "audio_id": "foa_a07d9d76a32da7a301f8", "audio_path": "audio/test/foa_a07d9d76a32da7a301f8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=14.8 degrees, elevation=-27.0 degrees? Answer in one sentence.", "answer": "A printer is heard coming from azimuth=14.8 degrees and elevation=-27.0 degrees.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_cb544131427be13a5900", "split": "test", "audio_id": "foa_0de04508966adef2733a", "audio_path": "audio/test/foa_0de04508966adef2733a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the crushing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 9.5s to 16.2s.", "canonical_answer": "9.5s to 16.2s", "answer_meta": {"time_span": [9.5, 16.2]}}
{"qa_id": "qa_165edf271c20c91e0d0e", "split": "test", "audio_id": "foa_ca8767fde686bb8bf829", "audio_path": "audio/test/foa_ca8767fde686bb8bf829.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 5.0s and another instance of speech from 0.6s to 2.9s.", "canonical_answer": "speech (0.6s to 5.0s); speech (0.6s to 2.9s)", "answer_meta": {}}
{"qa_id": "qa_02bd49e9349cfeccf795", "split": "test", "audio_id": "foa_90f069cc6fdc33f73bf8", "audio_path": "audio/test/foa_90f069cc6fdc33f73bf8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "37.2 degrees", "canonical_answer": "37.2 degrees", "answer_meta": {"elevation_deg": 37.2}}
{"qa_id": "qa_6d4fa8783fc72f227687", "split": "test", "audio_id": "foa_1e6ecb4e9c4d0109bdc8", "audio_path": "audio/test/foa_1e6ecb4e9c4d0109bdc8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what times can the scratch be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch is audible from 0.4s to 19.6s.", "canonical_answer": "0.4s to 19.6s", "answer_meta": {"time_span": [0.4, 19.6]}}
{"qa_id": "qa_20844e85c6db53403057", "split": "test", "audio_id": "foa_68821ac1fef870b038ee", "audio_path": "audio/test/foa_68821ac1fef870b038ee.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back-right and below of the listener? Answer in one sentence.", "answer": "The source coming from the back-right and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_da9877309b6c0983cb21", "split": "test", "audio_id": "foa_512dce6805ea9e573258", "audio_path": "audio/test/foa_512dce6805ea9e573258.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "36.5 degrees", "canonical_answer": "36.5 degrees", "answer_meta": {"elevation_deg": 36.5}}
{"qa_id": "qa_6cf3ebeebdb4488a7c02", "split": "test", "audio_id": "foa_6197fd5034ab89916d6d", "audio_path": "audio/test/foa_6197fd5034ab89916d6d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=53.9 degrees, elevation=25.0 degrees? Answer in one sentence.", "answer": "A door is located at azimuth 53.9 degrees and elevation 25.0 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_c37bbeb5e811f8644a85", "split": "test", "audio_id": "foa_a985d52b1c9fca105534", "audio_path": "audio/test/foa_a985d52b1c9fca105534.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter from 0.2s to 1.1s.", "canonical_answer": "laughter (0.2s to 1.1s)", "answer_meta": {"time_span": [0.2, 1.1]}}
{"qa_id": "qa_73b89053aeab91453e71", "split": "test", "audio_id": "foa_65960d7ca24ea983a254", "audio_path": "audio/test/foa_65960d7ca24ea983a254.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.6 degrees", "canonical_answer": "18.6 degrees", "answer_meta": {"azimuth_deg": 18.6}}
{"qa_id": "qa_0e23fdae55c5f96d7176", "split": "test", "audio_id": "foa_4e1d33fd31d29a852d38", "audio_path": "audio/test/foa_4e1d33fd31d29a852d38.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the car in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "105.0 degrees", "canonical_answer": "105.0 degrees", "answer_meta": {"azimuth_deg": 105.0}}
{"qa_id": "qa_c25944d07dc8e3ac3e17", "split": "test", "audio_id": "foa_e9ddaffec61b72b9fa3b", "audio_path": "audio/test/foa_e9ddaffec61b72b9fa3b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the knock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.5 degrees", "canonical_answer": "6.5 degrees", "answer_meta": {"elevation_deg": 6.5}}
{"qa_id": "qa_fe68ce9d028adac1cbdc", "split": "test", "audio_id": "foa_1626e10766bbb2189776", "audio_path": "audio/test/foa_1626e10766bbb2189776.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the guitar event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 0.3s.", "canonical_answer": "0.0s to 0.3s", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_fe68f7399d97f26f42d1", "split": "test", "audio_id": "foa_55d2abab99f333f4c4c7", "audio_path": "audio/test/foa_55d2abab99f333f4c4c7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wood from 1.1s to 13.8s, a drawer cabinet from 2.4s to 9.1s, and a car from 10.5s to 14.0s.", "canonical_answer": "wood (1.1s to 13.8s); drawer cabinet (2.4s to 9.1s); car (10.5s to 14.0s)", "answer_meta": {}}
{"qa_id": "qa_9cba7935d95ffd0ba19c", "split": "test", "audio_id": "foa_da14e1b26392ec0ae607", "audio_path": "audio/test/foa_da14e1b26392ec0ae607.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-175.0 degrees, elevation=6.5 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-175.0 degrees and elevation=6.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_262800f69ded16cf996b", "split": "test", "audio_id": "foa_7e39af780b5f090410b1", "audio_path": "audio/test/foa_7e39af780b5f090410b1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right? Answer in one sentence.", "answer": "The sound source located to the right is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_053c9cd1a7c0d68a01cb", "split": "test", "audio_id": "foa_2f8be6a7cf6a372714af", "audio_path": "audio/test/foa_2f8be6a7cf6a372714af.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 3.9s.", "canonical_answer": "guitar (0.0s to 3.9s)", "answer_meta": {"time_span": [0.0, 3.9]}}
{"qa_id": "qa_6ef58461179ac658af7b", "split": "test", "audio_id": "foa_53f4a130b57e92519856", "audio_path": "audio/test/foa_53f4a130b57e92519856.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the cat coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "148.9 degrees", "canonical_answer": "148.9 degrees", "answer_meta": {"azimuth_deg": 148.9}}
{"qa_id": "qa_bc1de65cbbb0a762d3a7", "split": "test", "audio_id": "foa_acfe3acc65c06b213c91", "audio_path": "audio/test/foa_acfe3acc65c06b213c91.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.6 degrees", "canonical_answer": "-7.6 degrees", "answer_meta": {"elevation_deg": -7.6}}
{"qa_id": "qa_d06a13b83531cfa69e38", "split": "test", "audio_id": "foa_5a581acdde7c50ea2686", "audio_path": "audio/test/foa_5a581acdde7c50ea2686.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below the listener is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_69670f9c0305b3af7e0d", "split": "test", "audio_id": "foa_27f7cd08d9be15d2bdff", "audio_path": "audio/test/foa_27f7cd08d9be15d2bdff.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-86.1 degrees, elevation=2.9 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth=-86.1 degrees, elevation=2.9 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_679da0c0afddb21daeca", "split": "test", "audio_id": "foa_5fb21cc0083a1fa685d5", "audio_path": "audio/test/foa_5fb21cc0083a1fa685d5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 6.3s.", "canonical_answer": "0.0s to 6.3s", "answer_meta": {"time_span": [0.0, 6.3]}}
{"qa_id": "qa_82d67a2f27b9dd078f02", "split": "test", "audio_id": "foa_8028204acb10e72ab0ac", "audio_path": "audio/test/foa_8028204acb10e72ab0ac.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and below side? Answer in one sentence.", "answer": "The sound coming from the left and below is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_8ad8b9f2f7a3568ea746", "split": "test", "audio_id": "foa_e8309cccf8b45f48555f", "audio_path": "audio/test/foa_e8309cccf8b45f48555f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=114.1 degrees, elevation=-16.9 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=114.1 degrees and elevation=-16.9 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_2bd092c6eefe9a3083ef", "split": "test", "audio_id": "foa_9508ed47e35572eb5f0e", "audio_path": "audio/test/foa_9508ed47e35572eb5f0e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 13.4s and speech from 0.6s to 11.6s.", "canonical_answer": "speech (0.6s to 13.4s); speech (0.6s to 11.6s)", "answer_meta": {}}
{"qa_id": "qa_fd5679b15fa61a0d4f83", "split": "test", "audio_id": "foa_c3c3e0ce137d442e4357", "audio_path": "audio/test/foa_c3c3e0ce137d442e4357.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the breathing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-53.1 degrees", "canonical_answer": "-53.1 degrees", "answer_meta": {"azimuth_deg": -53.1}}
{"qa_id": "qa_bdc01b0e43579582ed22", "split": "test", "audio_id": "foa_690bc09530d458f0014c", "audio_path": "audio/test/foa_690bc09530d458f0014c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the bird in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.5 degrees", "canonical_answer": "-42.5 degrees", "answer_meta": {"elevation_deg": -42.5}}
{"qa_id": "qa_c1de10adc719e418460c", "split": "test", "audio_id": "foa_8dcc0cc8641db26f2fe6", "audio_path": "audio/test/foa_8dcc0cc8641db26f2fe6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the train active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is active from 18.9s to 20.0s.", "canonical_answer": "18.9s to 20.0s", "answer_meta": {"time_span": [18.9, 20.0]}}
{"qa_id": "qa_20536e0fb4f2a02dae55", "split": "test", "audio_id": "foa_6aeb181ce0960d4aa610", "audio_path": "audio/test/foa_6aeb181ce0960d4aa610.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the appliance active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 0.0s to 12.0s.", "canonical_answer": "0.0s to 12.0s", "answer_meta": {"time_span": [0.0, 12.0]}}
{"qa_id": "qa_da08d53699cd4f606095", "split": "test", "audio_id": "foa_ca04b49e3194853fef83", "audio_path": "audio/test/foa_ca04b49e3194853fef83.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.6 degrees", "canonical_answer": "-20.6 degrees", "answer_meta": {"elevation_deg": -20.6}}
{"qa_id": "qa_7249bc41f0af67574896", "split": "test", "audio_id": "foa_aeea5ad50b928ad55e3c", "audio_path": "audio/test/foa_aeea5ad50b928ad55e3c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and above the listener? Answer in one sentence.", "answer": "The sound source located at the back-right and above is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_b71ec936a5395fda0174", "split": "test", "audio_id": "foa_fafdae1107af248866ea", "audio_path": "audio/test/foa_fafdae1107af248866ea.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=67.3 degrees, elevation=-57.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=67.3 degrees and elevation=-57.5 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_74e124c57b5f1c70961f", "split": "test", "audio_id": "foa_eea6cd6787c16cb40d64", "audio_path": "audio/test/foa_eea6cd6787c16cb40d64.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.3s to 1.8s and additional speech from 0.6s to 8.6s.", "canonical_answer": "speech (0.3s to 1.8s); speech (0.6s to 8.6s)", "answer_meta": {}}
{"qa_id": "qa_ed0ac8b57057db0f5519", "split": "test", "audio_id": "foa_d5f66135cfff3a87af67", "audio_path": "audio/test/foa_d5f66135cfff3a87af67.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "61.7 degrees", "canonical_answer": "61.7 degrees", "answer_meta": {"azimuth_deg": 61.7}}
{"qa_id": "qa_ab20447c2ed3164e0a7c", "split": "test", "audio_id": "foa_1b2f7f187e1079d73fbc", "audio_path": "audio/test/foa_1b2f7f187e1079d73fbc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left side? Answer in one sentence.", "answer": "The sound originating from the left side is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_f5d7771763567c7abaef", "split": "test", "audio_id": "foa_56cc90b1c7362dd1d9d6", "audio_path": "audio/test/foa_56cc90b1c7362dd1d9d6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the vehicle active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The vehicle is active from 0.3s to 3.0s.", "canonical_answer": "0.3s to 3.0s", "answer_meta": {"time_span": [0.3, 3.0]}}
{"qa_id": "qa_6f8b6d57dc0143091bba", "split": "test", "audio_id": "foa_4e64e5f9bf9bb17cb565", "audio_path": "audio/test/foa_4e64e5f9bf9bb17cb565.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=78.5 degrees, elevation=-25.5 degrees? Answer in one sentence.", "answer": "A dog is the sound heard from azimuth=78.5 degrees, elevation=-25.5 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_7ad3ad9d744d5e25c33a", "split": "test", "audio_id": "foa_93128a6c91357fd2aaaa", "audio_path": "audio/test/foa_93128a6c91357fd2aaaa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.8 degrees", "canonical_answer": "3.8 degrees", "answer_meta": {"elevation_deg": 3.8}}
{"qa_id": "qa_b76a371f2af47b7f1974", "split": "test", "audio_id": "foa_52c45ca030e1713c7146", "audio_path": "audio/test/foa_52c45ca030e1713c7146.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that occurs from 0.2s to 20.0s.", "canonical_answer": "knock (0.2s to 20.0s)", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_e373f58d72191ad6861c", "split": "test", "audio_id": "foa_ad5eb70f3adf3f6fe3c6", "audio_path": "audio/test/foa_ad5eb70f3adf3f6fe3c6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.3 degrees", "canonical_answer": "5.3 degrees", "answer_meta": {"azimuth_deg": 5.3}}
{"qa_id": "qa_e053e8071c8f3715c6e5", "split": "test", "audio_id": "foa_e04dc289120961f07507", "audio_path": "audio/test/foa_e04dc289120961f07507.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the tool sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool sound is active from 1.6s to 20.0s.", "canonical_answer": "1.6s to 20.0s", "answer_meta": {"time_span": [1.6, 20.0]}}
{"qa_id": "qa_f68aa117cd94574f9775", "split": "test", "audio_id": "foa_c14094069cc02cf6df55", "audio_path": "audio/test/foa_c14094069cc02cf6df55.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=8.6 degrees, elevation=5.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=8.6 degrees and elevation=5.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c065a2ce552389144b87", "split": "test", "audio_id": "foa_c88a6ba90d8bcf9c22a7", "audio_path": "audio/test/foa_c88a6ba90d8bcf9c22a7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below? Answer in one sentence.", "answer": "The source located at the back-left and below is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_0ff1512cadc5c73cc7ae", "split": "test", "audio_id": "foa_c4003781570b765ef837", "audio_path": "audio/test/foa_c4003781570b765ef837.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the percussion coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "111.3 degrees", "canonical_answer": "111.3 degrees", "answer_meta": {"azimuth_deg": 111.3}}
{"qa_id": "qa_90dc2c69dfab88db2f90", "split": "test", "audio_id": "foa_02782be83adab59669cf", "audio_path": "audio/test/foa_02782be83adab59669cf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.5 degrees", "canonical_answer": "-18.5 degrees", "answer_meta": {"elevation_deg": -18.5}}
{"qa_id": "qa_75de1a21f5626d0aa4f3", "split": "test", "audio_id": "foa_de2bcf3a62f0da44de03", "audio_path": "audio/test/foa_de2bcf3a62f0da44de03.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a drawer cabinet from 4.0s to 7.8s, a thunderstorm from 6.6s to 13.8s, and water from 10.1s to 12.4s.", "canonical_answer": "drawer cabinet (4.0s to 7.8s); thunderstorm (6.6s to 13.8s); water (10.1s to 12.4s)", "answer_meta": {}}
{"qa_id": "qa_712ad0ed408de3f508a2", "split": "test", "audio_id": "foa_daff5a4f97f12aaed671", "audio_path": "audio/test/foa_daff5a4f97f12aaed671.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the musical instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument is active from 0.1s to 4.2s.", "canonical_answer": "0.1s to 4.2s", "answer_meta": {"time_span": [0.1, 4.2]}}
{"qa_id": "qa_ea5feb79da9f4b14989e", "split": "test", "audio_id": "foa_c341403fd42426a0998a", "audio_path": "audio/test/foa_c341403fd42426a0998a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=2.5 degrees, elevation=-18.4 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=2.5 degrees and elevation=-18.4 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_d30494a35c9053d6fb5c", "split": "test", "audio_id": "foa_7ada9a35c88a003ba000", "audio_path": "audio/test/foa_7ada9a35c88a003ba000.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the male speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.3 degrees", "canonical_answer": "-59.3 degrees", "answer_meta": {"azimuth_deg": -59.3}}
{"qa_id": "qa_9d9af12917774894d40c", "split": "test", "audio_id": "foa_230e337a9ebc4551d778", "audio_path": "audio/test/foa_230e337a9ebc4551d778.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.7 degrees", "canonical_answer": "38.7 degrees", "answer_meta": {"elevation_deg": 38.7}}
{"qa_id": "qa_39d83abe37c8287b7d1c", "split": "test", "audio_id": "foa_745dc318c79f8c7c2005", "audio_path": "audio/test/foa_745dc318c79f8c7c2005.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source coming from the back-left is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_54b456e92c2ab9741315", "split": "test", "audio_id": "foa_f24444d40c57c4374b9b", "audio_path": "audio/test/foa_f24444d40c57c4374b9b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound from 0.0s to 3.0s.", "canonical_answer": "body sound (0.0s to 3.0s)", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_c2e5ee877860340d3664", "split": "test", "audio_id": "foa_0bd88e62ac0c4b34c548", "audio_path": "audio/test/foa_0bd88e62ac0c4b34c548.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=78.0 degrees, elevation=7.8 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth=78.0 degrees and elevation=7.8 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_1c71c99a8c3d83ad4958", "split": "test", "audio_id": "foa_895ae555673cbcdc4b19", "audio_path": "audio/test/foa_895ae555673cbcdc4b19.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right? Answer in one sentence.", "answer": "The source located at the back-right is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_dec5a96a6fdc34d476cf", "split": "test", "audio_id": "foa_8415558b1703bb48e9e4", "audio_path": "audio/test/foa_8415558b1703bb48e9e4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in the audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 8.6s and additional speech from 0.6s to 2.4s.", "canonical_answer": "speech (0.6s to 8.6s); speech (0.6s to 2.4s)", "answer_meta": {}}
{"qa_id": "qa_fa23770fe92225d8394c", "split": "test", "audio_id": "foa_5d0b41e20e4d87a31790", "audio_path": "audio/test/foa_5d0b41e20e4d87a31790.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.9 degrees", "canonical_answer": "17.9 degrees", "answer_meta": {"elevation_deg": 17.9}}
{"qa_id": "qa_3b78282cbfdb22af94af", "split": "test", "audio_id": "foa_452fa51feb1b25ab414a", "audio_path": "audio/test/foa_452fa51feb1b25ab414a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "143.9 degrees", "canonical_answer": "143.9 degrees", "answer_meta": {"azimuth_deg": 143.9}}
{"qa_id": "qa_256dc9a606ca86083dd4", "split": "test", "audio_id": "foa_d008788b8accc7cbc8ec", "audio_path": "audio/test/foa_d008788b8accc7cbc8ec.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the typing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The typing sound is active from 0.3s to 18.8s.", "canonical_answer": "0.3s to 18.8s", "answer_meta": {"time_span": [0.3, 18.8]}}
{"qa_id": "qa_93de94a7b6ba06730fac", "split": "test", "audio_id": "foa_07523e4b6ecde2fd6e9f", "audio_path": "audio/test/foa_07523e4b6ecde2fd6e9f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_2b3194337aa9411eddec", "split": "test", "audio_id": "foa_0199ef129f537d666278", "audio_path": "audio/test/foa_0199ef129f537d666278.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the female speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.1 degrees", "canonical_answer": "26.1 degrees", "answer_meta": {"azimuth_deg": 26.1}}
{"qa_id": "qa_5f84387b31e268962c60", "split": "test", "audio_id": "foa_d2bdcfeb7b254aa8a174", "audio_path": "audio/test/foa_d2bdcfeb7b254aa8a174.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=48.6 degrees, elevation=11.6 degrees? Answer in one sentence.", "answer": "An appliance is located at azimuth 48.6 degrees and elevation 11.6 degrees.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_4c7c88bf855a30adf068", "split": "test", "audio_id": "foa_eab4afeaba4c02b4bc2a", "audio_path": "audio/test/foa_eab4afeaba4c02b4bc2a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech from 0.4s to 2.1s and speech from 0.4s to 4.0s.", "canonical_answer": "speech (0.4s to 2.1s); speech (0.4s to 4.0s)", "answer_meta": {}}
{"qa_id": "qa_b1cc2495565a8dff1456", "split": "test", "audio_id": "foa_dda8a388f9d8fd37ad3a", "audio_path": "audio/test/foa_dda8a388f9d8fd37ad3a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_20c7e18d2286726418f2", "split": "test", "audio_id": "foa_1c3f266102f435dade7e", "audio_path": "audio/test/foa_1c3f266102f435dade7e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the appliance be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 11.8s to 18.5s.", "canonical_answer": "11.8s to 18.5s", "answer_meta": {"time_span": [11.8, 18.5]}}
{"qa_id": "qa_0e32355fc95ac27f70ba", "split": "test", "audio_id": "foa_94cd589556d04e7bfd39", "audio_path": "audio/test/foa_94cd589556d04e7bfd39.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features cooking from 0.0s to 15.8s, crack sounds from 4.2s to 11.3s, and writing from 14.1s to 19.3s.", "canonical_answer": "cooking (0.0s to 15.8s); crack (4.2s to 11.3s); writing (14.1s to 19.3s)", "answer_meta": {}}
{"qa_id": "qa_3e5d3194ea31451f3a7d", "split": "test", "audio_id": "foa_82e727097181a7465ab0", "audio_path": "audio/test/foa_82e727097181a7465ab0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 17.2s.", "canonical_answer": "0.0s to 17.2s", "answer_meta": {"time_span": [0.0, 17.2]}}
{"qa_id": "qa_15dd54915c7f5b44ae10", "split": "test", "audio_id": "foa_64353cef956496d3db65", "audio_path": "audio/test/foa_64353cef956496d3db65.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=26.8 degrees, elevation=12.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=26.8 degrees and elevation=12.5 degrees is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_cbe8b6d939004d08e5f3", "split": "test", "audio_id": "foa_f1b5e697a18acd513919", "audio_path": "audio/test/foa_f1b5e697a18acd513919.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_5ab2285f5e4f28736b4c", "split": "test", "audio_id": "foa_8b27689f67b02691f60e", "audio_path": "audio/test/foa_8b27689f67b02691f60e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the aircraft? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.3 degrees", "canonical_answer": "-8.3 degrees", "answer_meta": {"azimuth_deg": -8.3}}
{"qa_id": "qa_b3f5ee5b44304ab6ce9b", "split": "test", "audio_id": "foa_2b6bfdd461d6d07fc2dd", "audio_path": "audio/test/foa_2b6bfdd461d6d07fc2dd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.1 degrees", "canonical_answer": "-14.1 degrees", "answer_meta": {"elevation_deg": -14.1}}
{"qa_id": "qa_0235e7a7884ae3c80352", "split": "test", "audio_id": "foa_f2e0473f008a76f794eb", "audio_path": "audio/test/foa_f2e0473f008a76f794eb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains home sound from 0.0s to 0.3s.", "canonical_answer": "home sound (0.0s to 0.3s)", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_9ff08ffa1905f7844111", "split": "test", "audio_id": "foa_e4e3ae65ee69bd7fe433", "audio_path": "audio/test/foa_e4e3ae65ee69bd7fe433.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The source located at the front is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_c12608d8389821284496", "split": "test", "audio_id": "foa_bc4ff839ea97479a3ae0", "audio_path": "audio/test/foa_bc4ff839ea97479a3ae0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "68.3 degrees", "canonical_answer": "68.3 degrees", "answer_meta": {"azimuth_deg": 68.3}}
{"qa_id": "qa_4cb34a73614db5027f1e", "split": "test", "audio_id": "foa_87043556f2bb7c810ca8", "audio_path": "audio/test/foa_87043556f2bb7c810ca8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=151.9 degrees, elevation=-27.7 degrees? Answer in one sentence.", "answer": "A cat is heard coming from azimuth=151.9 degrees and elevation=-27.7 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_9d3d3afc3c1df14a6bca", "split": "test", "audio_id": "foa_3048cddc549ac752755f", "audio_path": "audio/test/foa_3048cddc549ac752755f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.9 degrees", "canonical_answer": "-9.9 degrees", "answer_meta": {"elevation_deg": -9.9}}
{"qa_id": "qa_483880530032ce60a010", "split": "test", "audio_id": "foa_4700792c55df5fa54d05", "audio_path": "audio/test/foa_4700792c55df5fa54d05.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 6.8s.", "canonical_answer": "0.6s to 6.8s", "answer_meta": {"time_span": [0.6, 6.8]}}
{"qa_id": "qa_443a6fb324badee61bc9", "split": "test", "audio_id": "foa_842f4befa7e29486287e", "audio_path": "audio/test/foa_842f4befa7e29486287e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-29.2 degrees, elevation=12.2 degrees? Answer in one sentence.", "answer": "A guitar is heard coming from azimuth -29.2 degrees and elevation 12.2 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_f44509b5785c0a32a642", "split": "test", "audio_id": "foa_01c401680254c8f425e3", "audio_path": "audio/test/foa_01c401680254c8f425e3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.2 degrees", "canonical_answer": "10.2 degrees", "answer_meta": {"elevation_deg": 10.2}}
{"qa_id": "qa_ba581cfe0e448e0f6791", "split": "test", "audio_id": "foa_071a62040744e2a5565e", "audio_path": "audio/test/foa_071a62040744e2a5565e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-73.8 degrees", "canonical_answer": "-73.8 degrees", "answer_meta": {"azimuth_deg": -73.8}}
{"qa_id": "qa_ffd0ad4c9b18e261df98", "split": "test", "audio_id": "foa_3c3b3b70656583c37de9", "audio_path": "audio/test/foa_3c3b3b70656583c37de9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.1s to 19.7s and speech from 0.5s to 17.9s.", "canonical_answer": "singing (0.1s to 19.7s); speech (0.5s to 17.9s)", "answer_meta": {}}
{"qa_id": "qa_aa5ece78f9d4a9514c1a", "split": "test", "audio_id": "foa_70886a297d318e6ba0b7", "audio_path": "audio/test/foa_70886a297d318e6ba0b7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the wind instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 1.3s to 9.7s.", "canonical_answer": "1.3s to 9.7s", "answer_meta": {"time_span": [1.3, 9.7]}}
{"qa_id": "qa_929098a42b54781c2033", "split": "test", "audio_id": "foa_fffefe0b6e8ddaed40d3", "audio_path": "audio/test/foa_fffefe0b6e8ddaed40d3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The sound coming from the front-left is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_6274e8c1ca38543a830c", "split": "test", "audio_id": "foa_2910d769227819f1b3d7", "audio_path": "audio/test/foa_2910d769227819f1b3d7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.5 degrees", "canonical_answer": "16.5 degrees", "answer_meta": {"elevation_deg": 16.5}}
{"qa_id": "qa_499a6008f45e5c6e8254", "split": "test", "audio_id": "foa_7b16ba2b868c159e7700", "audio_path": "audio/test/foa_7b16ba2b868c159e7700.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=0.1 degrees, elevation=-0.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=0.1 degrees and elevation=-0.3 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_5b32e2ac63e252912777", "split": "test", "audio_id": "foa_bce4cc37291ed6b323e1", "audio_path": "audio/test/foa_bce4cc37291ed6b323e1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-92.3 degrees", "canonical_answer": "-92.3 degrees", "answer_meta": {"azimuth_deg": -92.3}}
{"qa_id": "qa_2d6b6918d8d1f9e07e32", "split": "test", "audio_id": "foa_b76793f19328d9697a28", "audio_path": "audio/test/foa_b76793f19328d9697a28.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tool sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool sound occurs from 0.7s to 12.0s.", "canonical_answer": "0.7s to 12.0s", "answer_meta": {"time_span": [0.7, 12.0]}}
{"qa_id": "qa_b4a5e5674379bf2f5f0e", "split": "test", "audio_id": "foa_6c8e9d469cf4e35e31b4", "audio_path": "audio/test/foa_6c8e9d469cf4e35e31b4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source coming from the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_8e1541e821d5c8b21fdd", "split": "test", "audio_id": "foa_c058332e891b1b597d09", "audio_path": "audio/test/foa_c058332e891b1b597d09.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features breathing from 0.0s to 9.8s.", "canonical_answer": "breathing (0.0s to 9.8s)", "answer_meta": {"time_span": [0.0, 9.8]}}
{"qa_id": "qa_71ca6641b14a75b0b3ab", "split": "test", "audio_id": "foa_6fe0f208f8106c4a68f3", "audio_path": "audio/test/foa_6fe0f208f8106c4a68f3.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-12.9 degrees, elevation=7.3 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -12.9 degrees and elevation 7.3 degrees is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_6627eadbd87ceedd1f85", "split": "test", "audio_id": "foa_40f5dc2e603a19117121", "audio_path": "audio/test/foa_40f5dc2e603a19117121.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the glass in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "163.0 degrees", "canonical_answer": "163.0 degrees", "answer_meta": {"azimuth_deg": 163.0}}
{"qa_id": "qa_775d49cc47103b9b06ad", "split": "test", "audio_id": "foa_ff968d100d4ea5027713", "audio_path": "audio/test/foa_ff968d100d4ea5027713.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the fire occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire is active from 1.6s to 2.7s.", "canonical_answer": "1.6s to 2.7s", "answer_meta": {"time_span": [1.6, 2.7]}}
{"qa_id": "qa_8619118cc5927b672759", "split": "test", "audio_id": "foa_81d7cebd4935e79f7ef9", "audio_path": "audio/test/foa_81d7cebd4935e79f7ef9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the finger snapping located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.1 degrees", "canonical_answer": "-38.1 degrees", "answer_meta": {"elevation_deg": -38.1}}
{"qa_id": "qa_fdd5ed62f8c04fb838fe", "split": "test", "audio_id": "foa_8e43ee63fd27e5ff62fb", "audio_path": "audio/test/foa_8e43ee63fd27e5ff62fb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wood from 1.1s to 13.8s, home sound from 1.8s to 11.1s, and a string instrument from 13.8s to 20.0s.", "canonical_answer": "wood (1.1s to 13.8s); home sound (1.8s to 11.1s); string instrument (13.8s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_7065f6ad241590467f6e", "split": "test", "audio_id": "foa_bff0ca170e1b927bddf6", "audio_path": "audio/test/foa_bff0ca170e1b927bddf6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0150095dc69b253b205c", "split": "test", "audio_id": "foa_7ce7c0839c135f7244a2", "audio_path": "audio/test/foa_7ce7c0839c135f7244a2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the fire occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire is active from 6.2s to 7.8s.", "canonical_answer": "6.2s to 7.8s", "answer_meta": {"time_span": [6.2, 7.8]}}
{"qa_id": "qa_85faf51d16f3503f6749", "split": "test", "audio_id": "foa_8609e5cdc96a639a0507", "audio_path": "audio/test/foa_8609e5cdc96a639a0507.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-23.2 degrees, elevation=-22.2 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-23.2 degrees, elevation=-22.2 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e313ab23b23742de79da", "split": "test", "audio_id": "foa_4df93dc33a20b9487ad1", "audio_path": "audio/test/foa_4df93dc33a20b9487ad1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located to the left of the listener? Answer in one sentence.", "answer": "The source located to the left is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_01cc2eca8cc65f29583e", "split": "test", "audio_id": "foa_05efc2bcfc3fccc21d56", "audio_path": "audio/test/foa_05efc2bcfc3fccc21d56.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech occurring from 0.2s to 2.0s and another instance of speech from 0.6s to 13.0s.", "canonical_answer": "speech (0.2s to 2.0s); speech (0.6s to 13.0s)", "answer_meta": {}}
{"qa_id": "qa_ab5217e9bb859715ab2c", "split": "test", "audio_id": "foa_19601046a0a69ae6a853", "audio_path": "audio/test/foa_19601046a0a69ae6a853.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.2 degrees", "canonical_answer": "0.2 degrees", "answer_meta": {"elevation_deg": 0.2}}
{"qa_id": "qa_f9330d581e6d0e1c032c", "split": "test", "audio_id": "foa_12da49a0db64f68cb2f3", "audio_path": "audio/test/foa_12da49a0db64f68cb2f3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the door in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "53.6 degrees", "canonical_answer": "53.6 degrees", "answer_meta": {"azimuth_deg": 53.6}}
{"qa_id": "qa_d7c67c5eabb2215ed301", "split": "test", "audio_id": "foa_9fb911ba041e0582d5b8", "audio_path": "audio/test/foa_9fb911ba041e0582d5b8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_dfe74ee4cc88acc29a95", "split": "test", "audio_id": "foa_211125913c9b50bbbf1f", "audio_path": "audio/test/foa_211125913c9b50bbbf1f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the female speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-111.4 degrees", "canonical_answer": "-111.4 degrees", "answer_meta": {"azimuth_deg": -111.4}}
{"qa_id": "qa_d0d1da728fdfdbc58ac9", "split": "test", "audio_id": "foa_462362d02c37fdd9369d", "audio_path": "audio/test/foa_462362d02c37fdd9369d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features the sound of water occurring between 0.3s and 8.1s.", "canonical_answer": "water (0.3s to 8.1s)", "answer_meta": {"time_span": [0.3, 8.1]}}
{"qa_id": "qa_8b14f955276c4fea8d1b", "split": "test", "audio_id": "foa_ed3047f6382863775801", "audio_path": "audio/test/foa_ed3047f6382863775801.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active throughout the interval from 0.0s to 3.2s.", "canonical_answer": "0.0s to 3.2s", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_90e398009dadcee31c75", "split": "test", "audio_id": "foa_8b88560e1c99ca6daf02", "audio_path": "audio/test/foa_8b88560e1c99ca6daf02.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the laughter in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.1 degrees", "canonical_answer": "7.1 degrees", "answer_meta": {"elevation_deg": 7.1}}
{"qa_id": "qa_2daf862cb9ecf0fa5f77", "split": "test", "audio_id": "foa_60e6be644c2fdd590e74", "audio_path": "audio/test/foa_60e6be644c2fdd590e74.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-2.4 degrees, elevation=-24.2 degrees? Answer in one sentence.", "answer": "An alarm is originating from azimuth -2.4 degrees and elevation -24.2 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_b63a3beb3bf1f713f702", "split": "test", "audio_id": "foa_a6ce805392187df24400", "audio_path": "audio/test/foa_a6ce805392187df24400.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the breathing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 1.3s to 2.2s.", "canonical_answer": "1.3s to 2.2s", "answer_meta": {"time_span": [1.3, 2.2]}}
{"qa_id": "qa_eb8758aa127ad613c705", "split": "test", "audio_id": "foa_cae1535dfcc6369fd90e", "audio_path": "audio/test/foa_cae1535dfcc6369fd90e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 2.4s and additional speech from 0.6s to 3.6s.", "canonical_answer": "speech (0.6s to 2.4s); speech (0.6s to 3.6s)", "answer_meta": {}}
{"qa_id": "qa_b1b249357422c0521149", "split": "test", "audio_id": "foa_c46fb61c1820b9e9d332", "audio_path": "audio/test/foa_c46fb61c1820b9e9d332.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front? Answer in one sentence.", "answer": "The sound source coming from the front is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_f40ee0265ba9b76b6f3e", "split": "test", "audio_id": "foa_3b45b9fd741588033c5f", "audio_path": "audio/test/foa_3b45b9fd741588033c5f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-82.3 degrees, elevation=4.3 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth -82.3 degrees and elevation 4.3 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_6cdf67b7e6bb6c1c35f6", "split": "test", "audio_id": "foa_94b155a965d58861d9a6", "audio_path": "audio/test/foa_94b155a965d58861d9a6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.3 degrees", "canonical_answer": "-20.3 degrees", "answer_meta": {"elevation_deg": -20.3}}
{"qa_id": "qa_53f11bfa0fbae2c544d8", "split": "test", "audio_id": "foa_986ab069ce7afbdd953b", "audio_path": "audio/test/foa_986ab069ce7afbdd953b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bell in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "113.0 degrees", "canonical_answer": "113.0 degrees", "answer_meta": {"azimuth_deg": 113.0}}
{"qa_id": "qa_8055f5f0564b77947839", "split": "test", "audio_id": "foa_8cb3fbd0abafafaba04e", "audio_path": "audio/test/foa_8cb3fbd0abafafaba04e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound coming from the back and below is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_d3b5814e22503f70cc2a", "split": "test", "audio_id": "foa_b5ff2343e4884905ddb7", "audio_path": "audio/test/foa_b5ff2343e4884905ddb7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.6 degrees", "canonical_answer": "2.6 degrees", "answer_meta": {"elevation_deg": 2.6}}
{"qa_id": "qa_11ec16090212e14fbf23", "split": "test", "audio_id": "foa_ecd4bdfe662f13c79fbb", "audio_path": "audio/test/foa_ecd4bdfe662f13c79fbb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter from 0.6s to 1.1s.", "canonical_answer": "laughter (0.6s to 1.1s)", "answer_meta": {"time_span": [0.6, 1.1]}}
{"qa_id": "qa_4bbbd611ad3ce92964f1", "split": "test", "audio_id": "foa_3cd77e4cc36571d77710", "audio_path": "audio/test/foa_3cd77e4cc36571d77710.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the camera in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-168.9 degrees", "canonical_answer": "-168.9 degrees", "answer_meta": {"azimuth_deg": -168.9}}
{"qa_id": "qa_a996c18a9b89e10413d0", "split": "test", "audio_id": "foa_aede3569272c152ff794", "audio_path": "audio/test/foa_aede3569272c152ff794.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the insect active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect is active from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_5b0f934ae099c71b331b", "split": "test", "audio_id": "foa_4ccd5b5a2a1575ff7473", "audio_path": "audio/test/foa_4ccd5b5a2a1575ff7473.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=32.9 degrees, elevation=-0.5 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth 32.9 degrees and elevation -0.5 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_546b3f20591bd583d3a7", "split": "test", "audio_id": "foa_a6f58c103dd9e15ad598", "audio_path": "audio/test/foa_a6f58c103dd9e15ad598.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the door event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door event is active from 0.3s to 1.7s.", "canonical_answer": "0.3s to 1.7s", "answer_meta": {"time_span": [0.3, 1.7]}}
{"qa_id": "qa_dffac3c95bffd2e3a61b", "split": "test", "audio_id": "foa_0dcda88e046f0f9a6c0a", "audio_path": "audio/test/foa_0dcda88e046f0f9a6c0a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 12.6s and another instance of speech from 0.6s to 2.6s.", "canonical_answer": "speech (0.2s to 12.6s); speech (0.6s to 2.6s)", "answer_meta": {}}
{"qa_id": "qa_fd27f30b3f5d77677f30", "split": "test", "audio_id": "foa_7068c532a6a9edf53b94", "audio_path": "audio/test/foa_7068c532a6a9edf53b94.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source coming from the front-left is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_5945857fc8a2607d5aad", "split": "test", "audio_id": "foa_3ce9edeee60a8b3dd903", "audio_path": "audio/test/foa_3ce9edeee60a8b3dd903.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the aircraft located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.9 degrees", "canonical_answer": "29.9 degrees", "answer_meta": {"elevation_deg": 29.9}}
{"qa_id": "qa_427d6e765dc507ae798a", "split": "test", "audio_id": "foa_ad047d641d902e281e3c", "audio_path": "audio/test/foa_ad047d641d902e281e3c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.3 degrees", "canonical_answer": "-8.3 degrees", "answer_meta": {"azimuth_deg": -8.3}}
{"qa_id": "qa_0c3b8776996fa8c69d5d", "split": "test", "audio_id": "foa_a4575fa205f1b9bdef68", "audio_path": "audio/test/foa_a4575fa205f1b9bdef68.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=48.9 degrees, elevation=0.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=48.9 degrees and elevation=0.1 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_95a025ac10002e5c6d00", "split": "test", "audio_id": "foa_484569175d73dfd393c7", "audio_path": "audio/test/foa_484569175d73dfd393c7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the printer in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "166.2 degrees", "canonical_answer": "166.2 degrees", "answer_meta": {"azimuth_deg": 166.2}}
{"qa_id": "qa_f959a9f3dbb7a2c6e34a", "split": "test", "audio_id": "foa_f5caa36c3a1fd3e9999d", "audio_path": "audio/test/foa_f5caa36c3a1fd3e9999d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the printer in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.3 degrees", "canonical_answer": "-15.3 degrees", "answer_meta": {"elevation_deg": -15.3}}
{"qa_id": "qa_5eb6ed894448fa0e2d8d", "split": "test", "audio_id": "foa_f2c3ec61bf9f1f9aabc0", "audio_path": "audio/test/foa_f2c3ec61bf9f1f9aabc0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the thunderstorm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The thunderstorm is active from 4.8s to 20.0s.", "canonical_answer": "4.8s to 20.0s", "answer_meta": {"time_span": [4.8, 20.0]}}
{"qa_id": "qa_d660e57c674c223db8f4", "split": "test", "audio_id": "foa_1e1ed6856fd2947f036a", "audio_path": "audio/test/foa_1e1ed6856fd2947f036a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The sound source coming from the back is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_4f0749403228a35235e1", "split": "test", "audio_id": "foa_73354c0f49d3f9c3c866", "audio_path": "audio/test/foa_73354c0f49d3f9c3c866.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at azimuth 32.0 degrees and elevation 0.0 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 32.0 degrees and elevation 0.0 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_0a8596c1e59e3055fee7", "split": "test", "audio_id": "foa_ae7188e73c305e62ef57", "audio_path": "audio/test/foa_ae7188e73c305e62ef57.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drum event occurring from 0.0s to 0.1s.", "canonical_answer": "drum (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_457e0ceba8eac4b1b754", "split": "test", "audio_id": "foa_92765cd15057eb86bfb9", "audio_path": "audio/test/foa_92765cd15057eb86bfb9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.2 degrees", "canonical_answer": "4.2 degrees", "answer_meta": {"elevation_deg": 4.2}}
{"qa_id": "qa_ab61bd47b8d91330f5b5", "split": "test", "audio_id": "foa_0ba7e500f96e3ab402a2", "audio_path": "audio/test/foa_0ba7e500f96e3ab402a2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-23.7 degrees, elevation=13.2 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -23.7 degrees and elevation 13.2 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_f3ced13000ac2eaf05bf", "split": "test", "audio_id": "foa_72d9d0b693d5459cbcbb", "audio_path": "audio/test/foa_72d9d0b693d5459cbcbb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features laughter starting at 0.1s and ending at 6.2s.", "canonical_answer": "laughter (0.1s to 6.2s)", "answer_meta": {"time_span": [0.1, 6.2]}}
{"qa_id": "qa_f30b3106110b52b17292", "split": "test", "audio_id": "foa_5cd99ecceececd4c9ef5", "audio_path": "audio/test/foa_5cd99ecceececd4c9ef5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.0 degrees", "canonical_answer": "-83.0 degrees", "answer_meta": {"azimuth_deg": -83.0}}
{"qa_id": "qa_03ab3a9316de1af67df6", "split": "test", "audio_id": "foa_d0ab7e3dec8c02ac4af4", "audio_path": "audio/test/foa_d0ab7e3dec8c02ac4af4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tool active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active during the interval from 0.0s to 5.3s.", "canonical_answer": "0.0s to 5.3s", "answer_meta": {"time_span": [0.0, 5.3]}}
{"qa_id": "qa_353f647e21b77d81a825", "split": "test", "audio_id": "foa_160aca3b295b9fccd0b5", "audio_path": "audio/test/foa_160aca3b295b9fccd0b5.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_fa6e795e2d93336c9355", "split": "test", "audio_id": "foa_56283f3114021cd19bfe", "audio_path": "audio/test/foa_56283f3114021cd19bfe.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.4 degrees", "canonical_answer": "12.4 degrees", "answer_meta": {"elevation_deg": 12.4}}
{"qa_id": "qa_cc542c0c14e1b2b08c75", "split": "test", "audio_id": "foa_08e77d9779851432f988", "audio_path": "audio/test/foa_08e77d9779851432f988.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active from 1.6s to 18.2s.", "canonical_answer": "1.6s to 18.2s", "answer_meta": {"time_span": [1.6, 18.2]}}
{"qa_id": "qa_70c7513084c3e23811e8", "split": "test", "audio_id": "foa_a87c40f79ffb423760ed", "audio_path": "audio/test/foa_a87c40f79ffb423760ed.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c06d2caea8bf407878ea", "split": "test", "audio_id": "foa_db6b4335cacf3f3a298d", "audio_path": "audio/test/foa_db6b4335cacf3f3a298d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=32.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth 32.6 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_581ce4448136084d1c74", "split": "test", "audio_id": "foa_54a81c0fe35e37e0b25a", "audio_path": "audio/test/foa_54a81c0fe35e37e0b25a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a vehicle from 0.6s to 20.0s, a dog from 8.3s to 9.8s, tearing from 10.1s to 20.0s, and a body sound from 16.1s to 17.2s.", "canonical_answer": "vehicle (0.6s to 20.0s); dog (8.3s to 9.8s); tearing (10.1s to 20.0s); body sound (16.1s to 17.2s)", "answer_meta": {}}
{"qa_id": "qa_b26ec5c2101a2633e902", "split": "test", "audio_id": "foa_bf174e2fdd9f5252f07d", "audio_path": "audio/test/foa_bf174e2fdd9f5252f07d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the body sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.2 degrees", "canonical_answer": "-89.2 degrees", "answer_meta": {"azimuth_deg": -89.2}}
{"qa_id": "qa_e681a9607ffbc5023b88", "split": "test", "audio_id": "foa_3e241590166b554730ae", "audio_path": "audio/test/foa_3e241590166b554730ae.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.4s to 7.2s.", "canonical_answer": "0.4s to 7.2s", "answer_meta": {"time_span": [0.4, 7.2]}}
{"qa_id": "qa_c0c246884cbde26c2a4e", "split": "test", "audio_id": "foa_5d5c7f7111e57fe5ca4f", "audio_path": "audio/test/foa_5d5c7f7111e57fe5ca4f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the guitar in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-108.8 degrees", "canonical_answer": "-108.8 degrees", "answer_meta": {"azimuth_deg": -108.8}}
{"qa_id": "qa_2fca5fe45650f4a77851", "split": "test", "audio_id": "foa_c7f77b1e9f8b3d6151b4", "audio_path": "audio/test/foa_c7f77b1e9f8b3d6151b4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right and below is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_14aa504db8ab7d549bff", "split": "test", "audio_id": "foa_31ef37ca5f64d192f7d1", "audio_path": "audio/test/foa_31ef37ca5f64d192f7d1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the percussion in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.8 degrees", "canonical_answer": "-24.8 degrees", "answer_meta": {"elevation_deg": -24.8}}
{"qa_id": "qa_51cf22f85c0cb5e10c26", "split": "test", "audio_id": "foa_5dde3e8fe2dc010eee65", "audio_path": "audio/test/foa_5dde3e8fe2dc010eee65.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a string instrument from 0.1s to 1.2s, a car from 0.7s to 4.6s, wood from 1.4s to 4.4s, and an alarm from 3.5s to 5.2s.", "canonical_answer": "string instrument (0.1s to 1.2s); car (0.7s to 4.6s); wood (1.4s to 4.4s); alarm (3.5s to 5.2s)", "answer_meta": {}}
{"qa_id": "qa_6fa8cabd469d8f964d02", "split": "test", "audio_id": "foa_dd7e7fd3739694c777e8", "audio_path": "audio/test/foa_dd7e7fd3739694c777e8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-66.9 degrees, elevation=-13.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-66.9 degrees and elevation=-13.7 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_81924f920a3af920cfd9", "split": "test", "audio_id": "foa_ca2ce31d5d3eb93e98a0", "audio_path": "audio/test/foa_ca2ce31d5d3eb93e98a0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the crushing sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing sound is active from 9.0s to 9.7s.", "canonical_answer": "9.0s to 9.7s", "answer_meta": {"time_span": [9.0, 9.7]}}
{"qa_id": "qa_e58efc26b31eb9517b9e", "split": "test", "audio_id": "foa_d9c2265d894936666984", "audio_path": "audio/test/foa_d9c2265d894936666984.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_1204273d43093578e376", "split": "test", "audio_id": "foa_06f3b07858895556f07e", "audio_path": "audio/test/foa_06f3b07858895556f07e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains crackle from 0.0s to 7.4s, scratch from 2.2s to 2.9s, and cat from 5.6s to 12.0s.", "canonical_answer": "crackle (0.0s to 7.4s); scratch (2.2s to 2.9s); cat (5.6s to 12.0s)", "answer_meta": {}}
{"qa_id": "qa_676fc69664fe65c9533d", "split": "test", "audio_id": "foa_ac6e1ed5fcb962248a9e", "audio_path": "audio/test/foa_ac6e1ed5fcb962248a9e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=56.4 degrees, elevation=8.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=56.4 degrees and elevation=8.9 degrees is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_589717637d0b393cae3e", "split": "test", "audio_id": "foa_d6ea2165eb13d55fb505", "audio_path": "audio/test/foa_d6ea2165eb13d55fb505.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the male speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-113.5 degrees", "canonical_answer": "-113.5 degrees", "answer_meta": {"azimuth_deg": -113.5}}
{"qa_id": "qa_18baf861497145aabdb2", "split": "test", "audio_id": "foa_c0d47ea163c3b98f67cd", "audio_path": "audio/test/foa_c0d47ea163c3b98f67cd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.9 degrees", "canonical_answer": "24.9 degrees", "answer_meta": {"elevation_deg": 24.9}}
{"qa_id": "qa_6829f072623be5f58981", "split": "test", "audio_id": "foa_a8b4b7990fbdddf63615", "audio_path": "audio/test/foa_a8b4b7990fbdddf63615.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the metal clink occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink event is active from 0.0s to 5.6s.", "canonical_answer": "0.0s to 5.6s", "answer_meta": {"time_span": [0.0, 5.6]}}
{"qa_id": "qa_aca1c68775d5abde3dba", "split": "test", "audio_id": "foa_bfbf95f882e52244c342", "audio_path": "audio/test/foa_bfbf95f882e52244c342.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.7 degrees", "canonical_answer": "-18.7 degrees", "answer_meta": {"elevation_deg": -18.7}}
{"qa_id": "qa_29f97009f3612daaaccf", "split": "test", "audio_id": "foa_8170c9b9d7a4578f178d", "audio_path": "audio/test/foa_8170c9b9d7a4578f178d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the breathing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.4 degrees", "canonical_answer": "-89.4 degrees", "answer_meta": {"azimuth_deg": -89.4}}
{"qa_id": "qa_e22575ac7f1dd4f87d25", "split": "test", "audio_id": "foa_a7dd99ffd5ac47c2794f", "audio_path": "audio/test/foa_a7dd99ffd5ac47c2794f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.2s to 12.8s and breathing from 0.3s to 1.8s.", "canonical_answer": "singing (0.2s to 12.8s); breathing (0.3s to 1.8s)", "answer_meta": {}}
{"qa_id": "qa_175c49a3a6bae15798dd", "split": "test", "audio_id": "foa_332b27b3bbc066c3dc50", "audio_path": "audio/test/foa_332b27b3bbc066c3dc50.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-133.5 degrees, elevation=-5.5 degrees. Answer in one sentence.", "answer": "The source located at azimuth=-133.5 degrees and elevation=-5.5 degrees is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_0b0fb9ad7714c809ade1", "split": "test", "audio_id": "foa_f98abfe220261968dbbf", "audio_path": "audio/test/foa_f98abfe220261968dbbf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The source located to the front-left and below is a vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_4a9ac01b565681445035", "split": "test", "audio_id": "foa_27a90b53e9731299ceae", "audio_path": "audio/test/foa_27a90b53e9731299ceae.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and above the listener? Answer in one sentence.", "answer": "The sound source coming from the right and above is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_38abd09a8fffcd54d2b7", "split": "test", "audio_id": "foa_f17da9aa3ab9ac3aeca2", "audio_path": "audio/test/foa_f17da9aa3ab9ac3aeca2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 2.4s and speech from 0.6s to 2.8s.", "canonical_answer": "speech (0.3s to 2.4s); speech (0.6s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_010933225b8308084a43", "split": "test", "audio_id": "foa_d5676ebfe506c12d4351", "audio_path": "audio/test/foa_d5676ebfe506c12d4351.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-151.0 degrees", "canonical_answer": "-151.0 degrees", "answer_meta": {"azimuth_deg": -151.0}}
{"qa_id": "qa_28dc5285180a5657fb11", "split": "test", "audio_id": "foa_51a48090190b291b35c7", "audio_path": "audio/test/foa_51a48090190b291b35c7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-52.9 degrees, elevation=6.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -52.9 degrees and elevation 6.7 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_0a53e56d485bee3162ac", "split": "test", "audio_id": "foa_dcaa1898078295cb4cf5", "audio_path": "audio/test/foa_dcaa1898078295cb4cf5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the guitar occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.1s to 3.8s.", "canonical_answer": "0.1s to 3.8s", "answer_meta": {"time_span": [0.1, 3.8]}}
{"qa_id": "qa_3e25270bc13d2bc98160", "split": "test", "audio_id": "foa_6a5181876e9bbf9a12af", "audio_path": "audio/test/foa_6a5181876e9bbf9a12af.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the rain? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.7 degrees", "canonical_answer": "9.7 degrees", "answer_meta": {"elevation_deg": 9.7}}
{"qa_id": "qa_c97ccf9d83948d12f084", "split": "test", "audio_id": "foa_748ef7d4412666f377c4", "audio_path": "audio/test/foa_748ef7d4412666f377c4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=37.3 degrees, elevation=-8.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth 37.3 degrees and elevation -8.5 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_62092b0294851eeeef6b", "split": "test", "audio_id": "foa_e73590ccc1a8f8811923", "audio_path": "audio/test/foa_e73590ccc1a8f8811923.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the camera in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-74.5 degrees", "canonical_answer": "-74.5 degrees", "answer_meta": {"azimuth_deg": -74.5}}
{"qa_id": "qa_9a5d5c43eb7aded2263a", "split": "test", "audio_id": "foa_f829e145465d593376a8", "audio_path": "audio/test/foa_f829e145465d593376a8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the female speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech event occurs from 8.7s to 12.3s.", "canonical_answer": "8.7s to 12.3s", "answer_meta": {"time_span": [8.7, 12.3]}}
{"qa_id": "qa_7cb089c4f7a1b74b9323", "split": "test", "audio_id": "foa_f79cc275a032111b21ed", "audio_path": "audio/test/foa_f79cc275a032111b21ed.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front direction? Answer in one sentence.", "answer": "The sound source located in the front is a frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_834a378ddd281538f016", "split": "test", "audio_id": "foa_c505306a1dc2a75b6242", "audio_path": "audio/test/foa_c505306a1dc2a75b6242.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the glass in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.9 degrees", "canonical_answer": "-5.9 degrees", "answer_meta": {"elevation_deg": -5.9}}
{"qa_id": "qa_d2f94baa7688d78bc19b", "split": "test", "audio_id": "foa_ab841c446eeb671e2fe2", "audio_path": "audio/test/foa_ab841c446eeb671e2fe2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.2s to 9.8s.", "canonical_answer": "body sound (0.2s to 9.8s)", "answer_meta": {"time_span": [0.2, 9.8]}}
{"qa_id": "qa_4768e0622d31423b2a82", "split": "test", "audio_id": "foa_1a801727d721a30a0ebb", "audio_path": "audio/test/foa_1a801727d721a30a0ebb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval can the appliance be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 0.2s to 4.9s.", "canonical_answer": "0.2s to 4.9s", "answer_meta": {"time_span": [0.2, 4.9]}}
{"qa_id": "qa_f87d4b954d8954957fe0", "split": "test", "audio_id": "foa_4c521c64b3cb63548984", "audio_path": "audio/test/foa_4c521c64b3cb63548984.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front-left and above position? Answer in one sentence.", "answer": "The sound source coming from the front-left and above is a drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_c9c2e2ab883257c8387a", "split": "test", "audio_id": "foa_7229c5de9997e5516325", "audio_path": "audio/test/foa_7229c5de9997e5516325.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wind in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.6 degrees", "canonical_answer": "-20.6 degrees", "answer_meta": {"azimuth_deg": -20.6}}
{"qa_id": "qa_c1d18408ac6d24412801", "split": "test", "audio_id": "foa_b00b1d9920b1c4b05a26", "audio_path": "audio/test/foa_b00b1d9920b1c4b05a26.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a printer from 0.0s to 13.4s, footsteps from 5.5s to 6.5s, and male speech from 6.0s to 7.7s.", "canonical_answer": "printer (0.0s to 13.4s); footsteps (5.5s to 6.5s); male speech (6.0s to 7.7s)", "answer_meta": {}}
{"qa_id": "qa_1e0234890096f18c5cad", "split": "test", "audio_id": "foa_9d9c7a599942514e1986", "audio_path": "audio/test/foa_9d9c7a599942514e1986.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.5 degrees", "canonical_answer": "6.5 degrees", "answer_meta": {"elevation_deg": 6.5}}
{"qa_id": "qa_f7fdbd7c3f8d8306808e", "split": "test", "audio_id": "foa_91003e42f36ee3287ff5", "audio_path": "audio/test/foa_91003e42f36ee3287ff5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-5.7 degrees, elevation=23.2 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth -5.7 degrees and elevation 23.2 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_2443b127c8301168f015", "split": "test", "audio_id": "foa_e45969507007f2dc679e", "audio_path": "audio/test/foa_e45969507007f2dc679e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features human vocalization occurring from 0.4s to 6.6s.", "canonical_answer": "human vocalization (0.4s to 6.6s)", "answer_meta": {"time_span": [0.4, 6.6]}}
{"qa_id": "qa_5521c16fd54026103d63", "split": "test", "audio_id": "foa_dffe3d98cde851927c22", "audio_path": "audio/test/foa_dffe3d98cde851927c22.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the tool occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool event is active from 0.3s to 14.0s.", "canonical_answer": "0.3s to 14.0s", "answer_meta": {"time_span": [0.3, 14.0]}}
{"qa_id": "qa_c2b59d703297e738dd7b", "split": "test", "audio_id": "foa_b585f93ceab76677a98a", "audio_path": "audio/test/foa_b585f93ceab76677a98a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=34.0 degrees, elevation=-20.3 degrees? Answer in one sentence.", "answer": "A gong is the sound heard from azimuth=34.0 degrees, elevation=-20.3 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_67fc1b469d5c2f3f23dc", "split": "test", "audio_id": "foa_fdbe3a263e1732aef7a1", "audio_path": "audio/test/foa_fdbe3a263e1732aef7a1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.8 degrees", "canonical_answer": "0.8 degrees", "answer_meta": {"elevation_deg": 0.8}}
{"qa_id": "qa_fdcb7e4d21b62cc4adaa", "split": "test", "audio_id": "foa_d899597f56e8605788f0", "audio_path": "audio/test/foa_d899597f56e8605788f0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the paper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "124.1 degrees", "canonical_answer": "124.1 degrees", "answer_meta": {"azimuth_deg": 124.1}}
{"qa_id": "qa_0f9c7ced23141f95b491", "split": "test", "audio_id": "foa_dfe671d03f194e3a3b0a", "audio_path": "audio/test/foa_dfe671d03f194e3a3b0a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-left and below? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_b78803f29dcb1778c47b", "split": "test", "audio_id": "foa_48ee1431fc041b7735f1", "audio_path": "audio/test/foa_48ee1431fc041b7735f1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 14.0s.", "canonical_answer": "0.6s to 14.0s", "answer_meta": {"time_span": [0.6, 14.0]}}
{"qa_id": "qa_cb32d862340fd621ab55", "split": "test", "audio_id": "foa_022ac186b921df175488", "audio_path": "audio/test/foa_022ac186b921df175488.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-52.7 degrees, elevation=-6.7 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth=-52.7 degrees and elevation=-6.7 degrees is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_e486c215045c4d93f4e5", "split": "test", "audio_id": "foa_b962fb7fd5564bbcbdc5", "audio_path": "audio/test/foa_b962fb7fd5564bbcbdc5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.6 degrees", "canonical_answer": "-13.6 degrees", "answer_meta": {"elevation_deg": -13.6}}
{"qa_id": "qa_86fb4c48875f60c6fdde", "split": "test", "audio_id": "foa_aaacf26224b9b022eae5", "audio_path": "audio/test/foa_aaacf26224b9b022eae5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the train coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.4 degrees", "canonical_answer": "34.4 degrees", "answer_meta": {"azimuth_deg": 34.4}}
{"qa_id": "qa_3c7015909eb2bf0c0a69", "split": "test", "audio_id": "foa_de65a1212fea6beea23e", "audio_path": "audio/test/foa_de65a1212fea6beea23e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that sounds from 0.1s to 0.3s.", "canonical_answer": "bell (0.1s to 0.3s)", "answer_meta": {"time_span": [0.1, 0.3]}}
{"qa_id": "qa_6297182cd41c0411e2d6", "split": "test", "audio_id": "foa_8856a8b33668c65b7346", "audio_path": "audio/test/foa_8856a8b33668c65b7346.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in front of and below the listener? Answer in one sentence.", "answer": "The source heard from the front and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e3ac045b8a2dd034961a", "split": "test", "audio_id": "foa_815a849961297a39ebb6", "audio_path": "audio/test/foa_815a849961297a39ebb6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.0 degrees", "canonical_answer": "-163.0 degrees", "answer_meta": {"azimuth_deg": -163.0}}
{"qa_id": "qa_ab2527f3ac608170a4c7", "split": "test", "audio_id": "foa_7fb68674ae5b3677dc64", "audio_path": "audio/test/foa_7fb68674ae5b3677dc64.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a wind instrument occurring from 0.1s to 4.2s.", "canonical_answer": "wind instrument (0.1s to 4.2s)", "answer_meta": {"time_span": [0.1, 4.2]}}
{"qa_id": "qa_2ee55efc30fecac80c67", "split": "test", "audio_id": "foa_0c358c8d0b6591806442", "audio_path": "audio/test/foa_0c358c8d0b6591806442.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.7 degrees", "canonical_answer": "-16.7 degrees", "answer_meta": {"elevation_deg": -16.7}}
{"qa_id": "qa_414d7780e0678b767002", "split": "test", "audio_id": "foa_68b729813e42191dc681", "audio_path": "audio/test/foa_68b729813e42191dc681.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=30.8 degrees, elevation=-15.2 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=30.8 degrees and elevation=-15.2 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_403ab427be648585ba03", "split": "test", "audio_id": "foa_a997f8650fddc2087bb7", "audio_path": "audio/test/foa_a997f8650fddc2087bb7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the wind instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.0s to 3.4s.", "canonical_answer": "0.0s to 3.4s", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_9c720a46c3ed56600a75", "split": "test", "audio_id": "foa_53578596b56f291024d2", "audio_path": "audio/test/foa_53578596b56f291024d2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and above the listener? Answer in one sentence.", "answer": "The sound source located at the back-left and above is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_7044a557e5c2ab1ef4da", "split": "test", "audio_id": "foa_b054d61b299754453643", "audio_path": "audio/test/foa_b054d61b299754453643.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains female speech occurring from 0.0s to 3.1s.", "canonical_answer": "female speech (0.0s to 3.1s)", "answer_meta": {"time_span": [0.0, 3.1]}}
{"qa_id": "qa_7764c2aba7c7a72f23f8", "split": "test", "audio_id": "foa_e6774e0fb00f57c32085", "audio_path": "audio/test/foa_e6774e0fb00f57c32085.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "124.6 degrees", "canonical_answer": "124.6 degrees", "answer_meta": {"azimuth_deg": 124.6}}
{"qa_id": "qa_363ec32cb0413d22ff5e", "split": "test", "audio_id": "foa_179c2b8f46b3e883d725", "audio_path": "audio/test/foa_179c2b8f46b3e883d725.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-90.5 degrees, elevation=-38.1 degrees? Answer in one sentence.", "answer": "A clock is located at azimuth -90.5 degrees and elevation -38.1 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_ed8882170b154c3a1724", "split": "test", "audio_id": "foa_30dc0e62c05b982aaac4", "audio_path": "audio/test/foa_30dc0e62c05b982aaac4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.6 degrees", "canonical_answer": "0.6 degrees", "answer_meta": {"elevation_deg": 0.6}}
{"qa_id": "qa_9b8fc336b42ebfbbc9d9", "split": "test", "audio_id": "foa_fc5d21ab50eb7bed8e67", "audio_path": "audio/test/foa_fc5d21ab50eb7bed8e67.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the left and above of the listener? Answer in one sentence.", "answer": "The source heard from the left and above is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_ccd23496ef989363f03d", "split": "test", "audio_id": "foa_7a9b74b24b72d80b1364", "audio_path": "audio/test/foa_7a9b74b24b72d80b1364.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the insect active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect remains active from 0.0s to 6.2s.", "canonical_answer": "0.0s to 6.2s", "answer_meta": {"time_span": [0.0, 6.2]}}
{"qa_id": "qa_c4869d6c9064c2b300c9", "split": "test", "audio_id": "foa_54e42259e2780ff62bc6", "audio_path": "audio/test/foa_54e42259e2780ff62bc6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the camera sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The camera event occurs from 17.9s to 19.5s.", "canonical_answer": "17.9s to 19.5s", "answer_meta": {"time_span": [17.9, 19.5]}}
{"qa_id": "qa_296796745a58dbd7f9e5", "split": "test", "audio_id": "foa_5ecb2a21f1de9badcee4", "audio_path": "audio/test/foa_5ecb2a21f1de9badcee4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that occurs from 0.0s to 0.6s.", "canonical_answer": "knock (0.0s to 0.6s)", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_a14ea4af2a52883a6b8b", "split": "test", "audio_id": "foa_566b00d2a6e0c11f908c", "audio_path": "audio/test/foa_566b00d2a6e0c11f908c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.2 degrees", "canonical_answer": "20.2 degrees", "answer_meta": {"elevation_deg": 20.2}}
{"qa_id": "qa_57e53c60d62a36d3878b", "split": "test", "audio_id": "foa_bc5e15e49a6d20b52a8a", "audio_path": "audio/test/foa_bc5e15e49a6d20b52a8a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left side? Answer in one sentence.", "answer": "The sound coming from the back-left is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_ba247f3cdedc599da617", "split": "test", "audio_id": "foa_f5078ceda0ded88bdb09", "audio_path": "audio/test/foa_f5078ceda0ded88bdb09.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-95.4 degrees, elevation=-11.1 degrees? Answer in one sentence.", "answer": "A door is located at azimuth=-95.4 degrees and elevation=-11.1 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_7460b893bff3f3eae766", "split": "test", "audio_id": "foa_d60d4bbd29fa7ed6299c", "audio_path": "audio/test/foa_d60d4bbd29fa7ed6299c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-163.2 degrees", "canonical_answer": "-163.2 degrees", "answer_meta": {"azimuth_deg": -163.2}}
{"qa_id": "qa_6a8d55b013c95f9e717e", "split": "test", "audio_id": "foa_7c44220d775427461fce", "audio_path": "audio/test/foa_7c44220d775427461fce.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a musical instrument from 0.0s to 4.4s, a clock from 1.4s to 5.6s, and a scratch from 1.9s to 2.8s.", "canonical_answer": "musical instrument (0.0s to 4.4s); clock (1.4s to 5.6s); scratch (1.9s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_48958d70be222d9175b4", "split": "test", "audio_id": "foa_6c287d56c6eee6a181a9", "audio_path": "audio/test/foa_6c287d56c6eee6a181a9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front? Answer in one sentence.", "answer": "The sound source located at the front is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_c71fa0f8bcd218c729c2", "split": "test", "audio_id": "foa_42f58e97ca9050d6d2b0", "audio_path": "audio/test/foa_42f58e97ca9050d6d2b0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.1 degrees", "canonical_answer": "-17.1 degrees", "answer_meta": {"elevation_deg": -17.1}}
{"qa_id": "qa_71eba799e8aca0b9d602", "split": "test", "audio_id": "foa_db336582833f0f39cd8b", "audio_path": "audio/test/foa_db336582833f0f39cd8b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-9.3 degrees, elevation=-0.4 degrees? Answer in one sentence.", "answer": "A cat can be heard at azimuth -9.3 degrees and elevation -0.4 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_5a3cdee2e5eaa9e018aa", "split": "test", "audio_id": "foa_0a1697fd96bd8dcfc94b", "audio_path": "audio/test/foa_0a1697fd96bd8dcfc94b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bell in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "66.3 degrees", "canonical_answer": "66.3 degrees", "answer_meta": {"azimuth_deg": 66.3}}
{"qa_id": "qa_9820581b86576a605458", "split": "test", "audio_id": "foa_6025e1545828bd430754", "audio_path": "audio/test/foa_6025e1545828bd430754.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the bell be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 0.1s to 2.2s.", "canonical_answer": "0.1s to 2.2s", "answer_meta": {"time_span": [0.1, 2.2]}}
{"qa_id": "qa_5752f7c79361e83dae39", "split": "test", "audio_id": "foa_0b98ab0cb9d0cab0a7fa", "audio_path": "audio/test/foa_0b98ab0cb9d0cab0a7fa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.6 degrees", "canonical_answer": "-19.6 degrees", "answer_meta": {"elevation_deg": -19.6}}
{"qa_id": "qa_c8c062b8e18c0eb778c3", "split": "test", "audio_id": "foa_88ff2217cb432b59c2f0", "audio_path": "audio/test/foa_88ff2217cb432b59c2f0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The sound source located to the left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0fb454ac74801c979886", "split": "test", "audio_id": "foa_f7ba9a5fc0acbac17188", "audio_path": "audio/test/foa_f7ba9a5fc0acbac17188.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the crushing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.6 degrees", "canonical_answer": "-30.6 degrees", "answer_meta": {"azimuth_deg": -30.6}}
{"qa_id": "qa_23e054e96ee7ef0b8335", "split": "test", "audio_id": "foa_43d6f49b01c3c119da09", "audio_path": "audio/test/foa_43d6f49b01c3c119da09.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that sounds from 1.4s to 19.8s.", "canonical_answer": "bell (1.4s to 19.8s)", "answer_meta": {"time_span": [1.4, 19.8]}}
{"qa_id": "qa_e46e8f1fb704c93d108e", "split": "test", "audio_id": "foa_96d5aa151a349dcaadb1", "audio_path": "audio/test/foa_96d5aa151a349dcaadb1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the footsteps event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The footsteps event occurs between 1.1s and 2.7s.", "canonical_answer": "1.1s to 2.7s", "answer_meta": {"time_span": [1.1, 2.7]}}
{"qa_id": "qa_dc9d984788d7d658ecae", "split": "test", "audio_id": "foa_ec61735cb4f739fde86e", "audio_path": "audio/test/foa_ec61735cb4f739fde86e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth 89.5 degrees and elevation 2.1 degrees. Answer in one sentence.", "answer": "The source located at azimuth 89.5 degrees and elevation 2.1 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_0552cd6a77c3a1e637ce", "split": "test", "audio_id": "foa_a8eeaaee11dc4c4bc64f", "audio_path": "audio/test/foa_a8eeaaee11dc4c4bc64f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features crushing from 0.0s to 8.8s, glass from 1.0s to 7.2s, insect from 2.7s to 3.5s, door from 7.1s to 7.6s, and breathing from 8.3s to 9.0s.", "canonical_answer": "crushing (0.0s to 8.8s); glass (1.0s to 7.2s); insect (2.7s to 3.5s); door (7.1s to 7.6s); breathing (8.3s to 9.0s)", "answer_meta": {}}
{"qa_id": "qa_a822fbd743d460ae14b7", "split": "test", "audio_id": "foa_da227f7917f6e4d8f881", "audio_path": "audio/test/foa_da227f7917f6e4d8f881.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=75.8 degrees, elevation=0.6 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=75.8 degrees and elevation=0.6 degrees is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_3d5712598adc72ef86c1", "split": "test", "audio_id": "foa_0cfe483c8238c5fe0f00", "audio_path": "audio/test/foa_0cfe483c8238c5fe0f00.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the water active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is active from 2.3s to 3.1s.", "canonical_answer": "2.3s to 3.1s", "answer_meta": {"time_span": [2.3, 3.1]}}
{"qa_id": "qa_ed98e1a7c6b9db618ebf", "split": "test", "audio_id": "foa_3f5de8eff59b89b51838", "audio_path": "audio/test/foa_3f5de8eff59b89b51838.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.6 degrees", "canonical_answer": "8.6 degrees", "answer_meta": {"azimuth_deg": 8.6}}
{"qa_id": "qa_681e86a78ec44a0f0f3f", "split": "test", "audio_id": "foa_939f008da75125781e83", "audio_path": "audio/test/foa_939f008da75125781e83.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.5 degrees", "canonical_answer": "-6.5 degrees", "answer_meta": {"elevation_deg": -6.5}}
{"qa_id": "qa_a32f6e8b1f863d284d6f", "split": "test", "audio_id": "foa_417b234a13f11fd6b0cb", "audio_path": "audio/test/foa_417b234a13f11fd6b0cb.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below the listener? Answer in one sentence.", "answer": "The sound source located in the front and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_c2dedd1167785c012d35", "split": "test", "audio_id": "foa_623591071726c71a0574", "audio_path": "audio/test/foa_623591071726c71a0574.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.4 degrees", "canonical_answer": "-7.4 degrees", "answer_meta": {"elevation_deg": -7.4}}
{"qa_id": "qa_287050f4d9391b1315af", "split": "test", "audio_id": "foa_b8746785159fae22009c", "audio_path": "audio/test/foa_b8746785159fae22009c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the left and below? Answer in one sentence.", "answer": "The sound source coming from the left and below is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_a03e3dc6521a088d9af1", "split": "test", "audio_id": "foa_ab464d85545114002f7c", "audio_path": "audio/test/foa_ab464d85545114002f7c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine from 0.0s to 20.0s, speech from 0.1s to 2.5s, scratch sounds from 3.2s to 7.1s, and paper from 9.6s to 20.0s.", "canonical_answer": "machine (0.0s to 20.0s); speech (0.1s to 2.5s); scratch (3.2s to 7.1s); paper (9.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_86fccd7edc1d346b24f9", "split": "test", "audio_id": "foa_5704322605c57dbf7eee", "audio_path": "audio/test/foa_5704322605c57dbf7eee.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-41.1 degrees, elevation=-26.5 degrees? Answer in one sentence.", "answer": "A cat can be heard at azimuth -41.1 degrees and elevation -26.5 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_3ba6014dbb3a34185283", "split": "test", "audio_id": "foa_cf8ede2e739ccd8a856d", "audio_path": "audio/test/foa_cf8ede2e739ccd8a856d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-151.5 degrees", "canonical_answer": "-151.5 degrees", "answer_meta": {"azimuth_deg": -151.5}}
{"qa_id": "qa_0b2ef3d9dfcd7bab9091", "split": "test", "audio_id": "foa_2d35fc51d159a340139d", "audio_path": "audio/test/foa_2d35fc51d159a340139d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the singing event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 0.2s to 1.0s.", "canonical_answer": "0.2s to 1.0s", "answer_meta": {"time_span": [0.2, 1.0]}}
{"qa_id": "qa_4ccdd41da1cab223671c", "split": "test", "audio_id": "foa_4fa87d4470cd6cb6123b", "audio_path": "audio/test/foa_4fa87d4470cd6cb6123b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.5 degrees", "canonical_answer": "-83.5 degrees", "answer_meta": {"azimuth_deg": -83.5}}
{"qa_id": "qa_fc005d15aa23beee91c1", "split": "test", "audio_id": "foa_c6e59eb9c0880af636fb", "audio_path": "audio/test/foa_c6e59eb9c0880af636fb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-77.4 degrees, elevation=3.0 degrees? Answer in one sentence.", "answer": "An aircraft is heard coming from azimuth -77.4 degrees and elevation 3.0 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_94d2142c3a4117e431c9", "split": "test", "audio_id": "foa_1c4b55b0a6e0fceee8ac", "audio_path": "audio/test/foa_1c4b55b0a6e0fceee8ac.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the right of the listener? Answer in one sentence.", "answer": "The sound source heard from the right is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_979dc160ab494258c763", "split": "test", "audio_id": "foa_169ec2e3d06df7b1afee", "audio_path": "audio/test/foa_169ec2e3d06df7b1afee.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.3 degrees", "canonical_answer": "4.3 degrees", "answer_meta": {"elevation_deg": 4.3}}
{"qa_id": "qa_6e25b9d0e18dcde459bb", "split": "test", "audio_id": "foa_d10ba19e4cfb35baff1e", "audio_path": "audio/test/foa_d10ba19e4cfb35baff1e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera sound from 0.7s to 16.4s.", "canonical_answer": "camera (0.7s to 16.4s)", "answer_meta": {"time_span": [0.7, 16.4]}}
{"qa_id": "qa_768c9663f0a6bdf42142", "split": "test", "audio_id": "foa_8566797e0be3d8617a97", "audio_path": "audio/test/foa_8566797e0be3d8617a97.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the drum active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.0s to 0.5s.", "canonical_answer": "0.0s to 0.5s", "answer_meta": {"time_span": [0.0, 0.5]}}
{"qa_id": "qa_23e55fb9ee99e4a17f50", "split": "test", "audio_id": "foa_b9ee7d76220aca6ed920", "audio_path": "audio/test/foa_b9ee7d76220aca6ed920.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech occurring from 0.3s to 1.6s and speech from 0.4s to 2.3s.", "canonical_answer": "speech (0.3s to 1.6s); speech (0.4s to 2.3s)", "answer_meta": {}}
{"qa_id": "qa_72d512f97c7126a74001", "split": "test", "audio_id": "foa_057571868db3e9bd71d0", "audio_path": "audio/test/foa_057571868db3e9bd71d0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_969e54e92226545a53d8", "split": "test", "audio_id": "foa_b3ff5519dd0d05d326ca", "audio_path": "audio/test/foa_b3ff5519dd0d05d326ca.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=65.7 degrees, elevation=15.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth 65.7 degrees and elevation 15.4 degrees is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_94fcb1423701e32361c5", "split": "test", "audio_id": "foa_0ee6aec71fd2b44048b2", "audio_path": "audio/test/foa_0ee6aec71fd2b44048b2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the drum be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drum is active from 0.2s to 11.8s.", "canonical_answer": "0.2s to 11.8s", "answer_meta": {"time_span": [0.2, 11.8]}}
{"qa_id": "qa_cf49aaf654ce6857e438", "split": "test", "audio_id": "foa_c9f164effa871ed36574", "audio_path": "audio/test/foa_c9f164effa871ed36574.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "142.4 degrees", "canonical_answer": "142.4 degrees", "answer_meta": {"azimuth_deg": 142.4}}
{"qa_id": "qa_aa5b802d047654f33745", "split": "test", "audio_id": "foa_c98851c2adf72844e5e2", "audio_path": "audio/test/foa_c98851c2adf72844e5e2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the cooking located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.9 degrees", "canonical_answer": "-36.9 degrees", "answer_meta": {"elevation_deg": -36.9}}
{"qa_id": "qa_a80bca0a7fc04ed26072", "split": "test", "audio_id": "foa_1191d6b71f8311d866a5", "audio_path": "audio/test/foa_1191d6b71f8311d866a5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each event? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect from 0.0s to 20.0s, zipper from 5.6s to 10.4s, door from 5.8s to 17.9s, and a string instrument from 12.1s to 13.1s.", "canonical_answer": "insect (0.0s to 20.0s); zipper (5.6s to 10.4s); door (5.8s to 17.9s); string instrument (12.1s to 13.1s)", "answer_meta": {}}
{"qa_id": "qa_88a1fa3f8b725f2056de", "split": "test", "audio_id": "foa_2103a324de9202e55986", "audio_path": "audio/test/foa_2103a324de9202e55986.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.0 degrees", "canonical_answer": "1.0 degrees", "answer_meta": {"elevation_deg": 1.0}}
{"qa_id": "qa_1e9b2be4f35e6089c107", "split": "test", "audio_id": "foa_384e244fd51823b4b504", "audio_path": "audio/test/foa_384e244fd51823b4b504.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located at the back-right and below? Answer in one sentence.", "answer": "The sound source located at the back-right and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_3bcc2c47688b8db6d9f2", "split": "test", "audio_id": "foa_9fc46e8cddb0fb49f5b5", "audio_path": "audio/test/foa_9fc46e8cddb0fb49f5b5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the female speech be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The female speech is active from 6.5s to 10.2s.", "canonical_answer": "6.5s to 10.2s", "answer_meta": {"time_span": [6.5, 10.2]}}
{"qa_id": "qa_ba2577c01705a1121591", "split": "test", "audio_id": "foa_722c13b57c7c5b9cb60d", "audio_path": "audio/test/foa_722c13b57c7c5b9cb60d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.4 degrees", "canonical_answer": "-21.4 degrees", "answer_meta": {"azimuth_deg": -21.4}}
{"qa_id": "qa_2be31018adfe9c7e4ea6", "split": "test", "audio_id": "foa_dc5c153ef8c2ead04822", "audio_path": "audio/test/foa_dc5c153ef8c2ead04822.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=5.5 degrees, elevation=-2.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=5.5 degrees and elevation=-2.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_2e31436d9349b6aaaffe", "split": "test", "audio_id": "foa_7fcb3d1611673764b8be", "audio_path": "audio/test/foa_7fcb3d1611673764b8be.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.9 degrees", "canonical_answer": "-19.9 degrees", "answer_meta": {"elevation_deg": -19.9}}
{"qa_id": "qa_cf2e422b6330e5393253", "split": "test", "audio_id": "foa_668b56bcf7d180c0c1e6", "audio_path": "audio/test/foa_668b56bcf7d180c0c1e6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.1s to 1.4s.", "canonical_answer": "body sound (0.1s to 1.4s)", "answer_meta": {"time_span": [0.1, 1.4]}}
{"qa_id": "qa_8241f368747a1bbfd739", "split": "test", "audio_id": "foa_c752472e96be81c2ee3a", "audio_path": "audio/test/foa_c752472e96be81c2ee3a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-161.0 degrees, elevation=-27.7 degrees? Answer in one sentence.", "answer": "A dog is located at azimuth=-161.0 degrees and elevation=-27.7 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_cb35a6de55bd5b84740e", "split": "test", "audio_id": "foa_fc09f031921b59bf0058", "audio_path": "audio/test/foa_fc09f031921b59bf0058.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left? Answer in one sentence.", "answer": "The sound source coming from the left is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_fdb31d10ff45b9da23a8", "split": "test", "audio_id": "foa_5d8432bd08e9f8a629b7", "audio_path": "audio/test/foa_5d8432bd08e9f8a629b7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the crackle active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crackle sound is active from 3.4s to 7.0s.", "canonical_answer": "3.4s to 7.0s", "answer_meta": {"time_span": [3.4, 7.0]}}
{"qa_id": "qa_d782f0c475f3170853d2", "split": "test", "audio_id": "foa_ea1eb48da772a08a715c", "audio_path": "audio/test/foa_ea1eb48da772a08a715c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the kitchenware coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.3 degrees", "canonical_answer": "-83.3 degrees", "answer_meta": {"azimuth_deg": -83.3}}
{"qa_id": "qa_66b5871ae9f6c1dd7280", "split": "test", "audio_id": "foa_081800f004880d026797", "audio_path": "audio/test/foa_081800f004880d026797.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the animal in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "111.4 degrees", "canonical_answer": "111.4 degrees", "answer_meta": {"azimuth_deg": 111.4}}
{"qa_id": "qa_7bc4801d65c79d073813", "split": "test", "audio_id": "foa_2004140c206718ab4a70", "audio_path": "audio/test/foa_2004140c206718ab4a70.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=8.1 degrees, elevation=40.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=8.1 degrees and elevation=40.3 degrees is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_f14e66035138e3b21fb5", "split": "test", "audio_id": "foa_46fc9821dcdabe843828", "audio_path": "audio/test/foa_46fc9821dcdabe843828.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source coming from the left is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_ae42c821de882c1c811c", "split": "test", "audio_id": "foa_cb404bc023357f667e90", "audio_path": "audio/test/foa_cb404bc023357f667e90.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains war sound occurring from 0.0s to 0.8s.", "canonical_answer": "war sound (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_d436b0d799638cc3b282", "split": "test", "audio_id": "foa_1e842a52a0ffe522cfeb", "audio_path": "audio/test/foa_1e842a52a0ffe522cfeb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.6 degrees", "canonical_answer": "-39.6 degrees", "answer_meta": {"elevation_deg": -39.6}}
{"qa_id": "qa_944f6fe8b186e2418059", "split": "test", "audio_id": "foa_2f9eb01853ea6d70bd56", "audio_path": "audio/test/foa_2f9eb01853ea6d70bd56.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.3s to 4.3s.", "canonical_answer": "0.3s to 4.3s", "answer_meta": {"time_span": [0.3, 4.3]}}
{"qa_id": "qa_29c9dba718be2694ceb2", "split": "test", "audio_id": "foa_166538724792c0454020", "audio_path": "audio/test/foa_166538724792c0454020.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source coming from the front-right is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_1a88e1760c5371a87595", "split": "test", "audio_id": "foa_bc61ee19ddcdb60f67c7", "audio_path": "audio/test/foa_bc61ee19ddcdb60f67c7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-60.0 degrees", "canonical_answer": "-60.0 degrees", "answer_meta": {"azimuth_deg": -60.0}}
{"qa_id": "qa_92a178b3dab42bca06b1", "split": "test", "audio_id": "foa_3e398bd1bbf41a084e54", "audio_path": "audio/test/foa_3e398bd1bbf41a084e54.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-74.0 degrees, elevation=-15.4 degrees? Answer in one sentence.", "answer": "A bell is heard coming from azimuth -74.0 degrees and elevation -15.4 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_10fd92892609191e8aa2", "split": "test", "audio_id": "foa_5b7962fd52aa9c1e2e90", "audio_path": "audio/test/foa_5b7962fd52aa9c1e2e90.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a train from 0.0s to 20.0s, a knock from 1.1s to 2.7s, male speech from 5.3s to 6.0s, and laughter from 6.6s to 20.0s.", "canonical_answer": "train (0.0s to 20.0s); knock (1.1s to 2.7s); male speech (5.3s to 6.0s); laughter (6.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_6872848819810ea9eb75", "split": "test", "audio_id": "foa_71b92659fdea0166fe4d", "audio_path": "audio/test/foa_71b92659fdea0166fe4d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the car in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.0 degrees", "canonical_answer": "40.0 degrees", "answer_meta": {"elevation_deg": 40.0}}
{"qa_id": "qa_d28a64d295eb07c8c64d", "split": "test", "audio_id": "foa_79f4f7200bde6d617132", "audio_path": "audio/test/foa_79f4f7200bde6d617132.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of water be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is active from 0.4s to 0.6s.", "canonical_answer": "0.4s to 0.6s", "answer_meta": {"time_span": [0.4, 0.6]}}
{"qa_id": "qa_d7b51f4e171ebe601dcf", "split": "test", "audio_id": "foa_8984bea19822f26b7e2f", "audio_path": "audio/test/foa_8984bea19822f26b7e2f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 6.2s.", "canonical_answer": "0.6s to 6.2s", "answer_meta": {"time_span": [0.6, 6.2]}}
{"qa_id": "qa_4d0c5a6aec86b2beab4f", "split": "test", "audio_id": "foa_c9f571a76a2d12bfb49b", "audio_path": "audio/test/foa_c9f571a76a2d12bfb49b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.0 degrees", "canonical_answer": "5.0 degrees", "answer_meta": {"elevation_deg": 5.0}}
{"qa_id": "qa_3936adce9b7b5e6d8c13", "split": "test", "audio_id": "foa_a69f3e77b87268d7772b", "audio_path": "audio/test/foa_a69f3e77b87268d7772b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a machine from 0.3s to 18.3s.", "canonical_answer": "machine (0.3s to 18.3s)", "answer_meta": {"time_span": [0.3, 18.3]}}
{"qa_id": "qa_d53360cb3427ae4c6c91", "split": "test", "audio_id": "foa_16fe392a9827bafa27ab", "audio_path": "audio/test/foa_16fe392a9827bafa27ab.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and below side? Answer in one sentence.", "answer": "The sound coming from the left and below is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_3b5c8175228e8a91a0b4", "split": "test", "audio_id": "foa_c736419639575bf9f5d8", "audio_path": "audio/test/foa_c736419639575bf9f5d8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.8 degrees", "canonical_answer": "-144.8 degrees", "answer_meta": {"azimuth_deg": -144.8}}
{"qa_id": "qa_d808ddd363f5057ad8f6", "split": "test", "audio_id": "foa_86c7c4e6ce0297094e8c", "audio_path": "audio/test/foa_86c7c4e6ce0297094e8c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.5 degrees, elevation=-35.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=1.5 degrees and elevation=-35.7 degrees is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_f0706f73caa9dd0a073b", "split": "test", "audio_id": "foa_e5bc950919be15504882", "audio_path": "audio/test/foa_e5bc950919be15504882.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=86.4 degrees, elevation=9.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=86.4 degrees and elevation=9.3 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_0d8fbba4a67f33768931", "split": "test", "audio_id": "foa_51650f80994b09c1db80", "audio_path": "audio/test/foa_51650f80994b09c1db80.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.2s to 6.9s.", "canonical_answer": "camera (0.2s to 6.9s)", "answer_meta": {"time_span": [0.2, 6.9]}}
{"qa_id": "qa_f401b512ed3ef82a2332", "split": "test", "audio_id": "foa_c2517f6969952f7fbdc8", "audio_path": "audio/test/foa_c2517f6969952f7fbdc8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the insect occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect occurs from 0.3s to 6.5s.", "canonical_answer": "0.3s to 6.5s", "answer_meta": {"time_span": [0.3, 6.5]}}
{"qa_id": "qa_fa169af57ac5caf47c07", "split": "test", "audio_id": "foa_f850555e74b71a870e5f", "audio_path": "audio/test/foa_f850555e74b71a870e5f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "98.2 degrees", "canonical_answer": "98.2 degrees", "answer_meta": {"azimuth_deg": 98.2}}
{"qa_id": "qa_fd45070344d172b384ea", "split": "test", "audio_id": "foa_3295649c9fb568ed70db", "audio_path": "audio/test/foa_3295649c9fb568ed70db.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below? Answer in one sentence.", "answer": "The sound source located at the back-left and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_9058a8f6226b59fceeb9", "split": "test", "audio_id": "foa_7c97e0ae26be8c1afc5c", "audio_path": "audio/test/foa_7c97e0ae26be8c1afc5c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.3 degrees", "canonical_answer": "29.3 degrees", "answer_meta": {"elevation_deg": 29.3}}
{"qa_id": "qa_ab389cb31038bb834c34", "split": "test", "audio_id": "foa_424c5408731618a4d77d", "audio_path": "audio/test/foa_424c5408731618a4d77d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=62.7 degrees, elevation=5.1 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=62.7 degrees and elevation=5.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_576f2a80f6d80906b949", "split": "test", "audio_id": "foa_caadd01975c0d4062340", "audio_path": "audio/test/foa_caadd01975c0d4062340.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an animal from 0.1s to 10.2s, a drawer cabinet from 0.5s to 9.4s, and a car from 10.1s to 13.8s.", "canonical_answer": "animal (0.1s to 10.2s); drawer cabinet (0.5s to 9.4s); car (10.1s to 13.8s)", "answer_meta": {}}
{"qa_id": "qa_dff3fc1a6c618a00022d", "split": "test", "audio_id": "foa_cfb895f324a3c6281827", "audio_path": "audio/test/foa_cfb895f324a3c6281827.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the home sound coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.4 degrees", "canonical_answer": "30.4 degrees", "answer_meta": {"azimuth_deg": 30.4}}
{"qa_id": "qa_5a2ec548c733d6d797e4", "split": "test", "audio_id": "foa_a87aff82eaaabfd2ea44", "audio_path": "audio/test/foa_a87aff82eaaabfd2ea44.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the left and below of the listener? Answer in one sentence.", "answer": "The source heard from the left and below of the listener is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_e8836a5e48b12b2ea358", "split": "test", "audio_id": "foa_183c6804b851d7e3fc6d", "audio_path": "audio/test/foa_183c6804b851d7e3fc6d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the finger snapping located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.4 degrees", "canonical_answer": "-1.4 degrees", "answer_meta": {"elevation_deg": -1.4}}
{"qa_id": "qa_11a3e1019511389aff45", "split": "test", "audio_id": "foa_e699a3c53c5ac621dbcc", "audio_path": "audio/test/foa_e699a3c53c5ac621dbcc.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the insect event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect event occurs from 12.6s to 20.0s.", "canonical_answer": "12.6s to 20.0s", "answer_meta": {"time_span": [12.6, 20.0]}}
{"qa_id": "qa_a151cef2b340194466df", "split": "test", "audio_id": "foa_8bb0f5a2a1aad73170f1", "audio_path": "audio/test/foa_8bb0f5a2a1aad73170f1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.5s to 19.8s.", "canonical_answer": "0.5s to 19.8s", "answer_meta": {"time_span": [0.5, 19.8]}}
{"qa_id": "qa_6f82ff46cd87a7941f18", "split": "test", "audio_id": "foa_637f4c5f45e7a39a2d25", "audio_path": "audio/test/foa_637f4c5f45e7a39a2d25.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener and above them? Answer in one sentence.", "answer": "The sound source coming from the back and above is a crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_7c7ab25fcc395da63f15", "split": "test", "audio_id": "foa_8ec68e97462fda85910b", "audio_path": "audio/test/foa_8ec68e97462fda85910b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.4 degrees", "canonical_answer": "-17.4 degrees", "answer_meta": {"elevation_deg": -17.4}}
{"qa_id": "qa_97dd30f3ac906a49978d", "split": "test", "audio_id": "foa_794bef4824f0600ca4ba", "audio_path": "audio/test/foa_794bef4824f0600ca4ba.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-82.2 degrees, elevation=2.6 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -82.2 degrees and elevation 2.6 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_53a32af120bbb706614c", "split": "test", "audio_id": "foa_5a28c1f0c3a0964c8605", "audio_path": "audio/test/foa_5a28c1f0c3a0964c8605.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the clock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.8 degrees", "canonical_answer": "-21.8 degrees", "answer_meta": {"azimuth_deg": -21.8}}
{"qa_id": "qa_28af17acff3e11396aa0", "split": "test", "audio_id": "foa_703f63b406a9e82f7907", "audio_path": "audio/test/foa_703f63b406a9e82f7907.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.1s to 10.2s.", "canonical_answer": "water (0.1s to 10.2s)", "answer_meta": {"time_span": [0.1, 10.2]}}
{"qa_id": "qa_227b88cf4125b414c35a", "split": "test", "audio_id": "foa_da1944f6348090155575", "audio_path": "audio/test/foa_da1944f6348090155575.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_867e85175ae6374ec2c5", "split": "test", "audio_id": "foa_a83f4444095ad49cc065", "audio_path": "audio/test/foa_a83f4444095ad49cc065.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains writing from 0.2s to 3.9s.", "canonical_answer": "writing (0.2s to 3.9s)", "answer_meta": {"time_span": [0.2, 3.9]}}
{"qa_id": "qa_3503c424c0994b92dd85", "split": "test", "audio_id": "foa_5cce2464efb8fbb3bedc", "audio_path": "audio/test/foa_5cce2464efb8fbb3bedc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=151.1 degrees, elevation=8.3 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth=151.1 degrees and elevation=8.3 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_35e8ce62e47c6fa422ed", "split": "test", "audio_id": "foa_c42ee85b20ec7a8d290d", "audio_path": "audio/test/foa_c42ee85b20ec7a8d290d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-119.3 degrees", "canonical_answer": "-119.3 degrees", "answer_meta": {"azimuth_deg": -119.3}}
{"qa_id": "qa_8d9ec5748ffe12531347", "split": "test", "audio_id": "foa_0946b06e0f03e51564a8", "audio_path": "audio/test/foa_0946b06e0f03e51564a8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.0 degrees", "canonical_answer": "-6.0 degrees", "answer_meta": {"elevation_deg": -6.0}}
{"qa_id": "qa_7a3794fd1361731b9031", "split": "test", "audio_id": "foa_93b911642c5d2943a07c", "audio_path": "audio/test/foa_93b911642c5d2943a07c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar event occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar event is active from 0.0s to 3.0s.", "canonical_answer": "0.0s to 3.0s", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_ba9965a630bfac58a6af", "split": "test", "audio_id": "foa_d3a5973e524c15dc3d28", "audio_path": "audio/test/foa_d3a5973e524c15dc3d28.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the alarm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-154.1 degrees", "canonical_answer": "-154.1 degrees", "answer_meta": {"azimuth_deg": -154.1}}
{"qa_id": "qa_2c64de63a6f1aab3ae89", "split": "test", "audio_id": "foa_9d1564601aebbfb67a92", "audio_path": "audio/test/foa_9d1564601aebbfb67a92.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=64.8 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=64.8 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7229a8142f23945e47de", "split": "test", "audio_id": "foa_4973bfb60051a8885899", "audio_path": "audio/test/foa_4973bfb60051a8885899.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.0s to 20.0s, home sound from 4.9s to 10.9s, and a train from 16.4s to 20.0s.", "canonical_answer": "rain (0.0s to 20.0s); home sound (4.9s to 10.9s); train (16.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_ffbf7e3b4aa85d2d672a", "split": "test", "audio_id": "foa_33579a15e75ffb4f149b", "audio_path": "audio/test/foa_33579a15e75ffb4f149b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the left and below is a home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_3826e5ffb5d91421893c", "split": "test", "audio_id": "foa_c98f5f02724ddb6dc820", "audio_path": "audio/test/foa_c98f5f02724ddb6dc820.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the kitchenware occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The kitchenware event is active from 0.0s to 2.6s.", "canonical_answer": "0.0s to 2.6s", "answer_meta": {"time_span": [0.0, 2.6]}}
{"qa_id": "qa_e9fe184b4d025cb55fcc", "split": "test", "audio_id": "foa_2ff15fee67148b5ab570", "audio_path": "audio/test/foa_2ff15fee67148b5ab570.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the thunderstorm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.5 degrees", "canonical_answer": "-13.5 degrees", "answer_meta": {"elevation_deg": -13.5}}
{"qa_id": "qa_918bf3366e69f8fc4454", "split": "test", "audio_id": "foa_fc2e5c9e4f37004ac81d", "audio_path": "audio/test/foa_fc2e5c9e4f37004ac81d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the rain in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.7 degrees", "canonical_answer": "21.7 degrees", "answer_meta": {"elevation_deg": 21.7}}
{"qa_id": "qa_7e60baba0c3853583c3c", "split": "test", "audio_id": "foa_c06e99887e61a28d92e5", "audio_path": "audio/test/foa_c06e99887e61a28d92e5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the breathing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing is audible from 0.1s to 8.6s.", "canonical_answer": "0.1s to 8.6s", "answer_meta": {"time_span": [0.1, 8.6]}}
{"qa_id": "qa_9a91015fe2418b1f1232", "split": "test", "audio_id": "foa_6b99ec41f3b1c0c48fa1", "audio_path": "audio/test/foa_6b99ec41f3b1c0c48fa1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains two instances of speech, occurring from 0.3s to 9.5s and from 0.4s to 4.5s.", "canonical_answer": "speech (0.3s to 9.5s); speech (0.4s to 4.5s)", "answer_meta": {}}
{"qa_id": "qa_aff79f004cf29bcb64b4", "split": "test", "audio_id": "foa_2611afdc4110e8c1e05d", "audio_path": "audio/test/foa_2611afdc4110e8c1e05d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound is audible from the left and below the listener? Answer in one sentence.", "answer": "The sound heard from the left and below is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_b596bc5e24646b705c5d", "split": "test", "audio_id": "foa_3dc54b90bd072e99324b", "audio_path": "audio/test/foa_3dc54b90bd072e99324b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "124.0 degrees", "canonical_answer": "124.0 degrees", "answer_meta": {"azimuth_deg": 124.0}}
{"qa_id": "qa_514c849b688894462bd9", "split": "test", "audio_id": "foa_939b10d5ace511eeddd7", "audio_path": "audio/test/foa_939b10d5ace511eeddd7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-29.8 degrees, elevation=5.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -29.8 degrees and elevation 5.4 degrees is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_ad647d4c212dc6fb23d1", "split": "test", "audio_id": "foa_b03d6746eafeb1c850a6", "audio_path": "audio/test/foa_b03d6746eafeb1c850a6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "108.6 degrees", "canonical_answer": "108.6 degrees", "answer_meta": {"azimuth_deg": 108.6}}
{"qa_id": "qa_67717135a10f98e86286", "split": "test", "audio_id": "foa_d04308c33db035660a34", "audio_path": "audio/test/foa_d04308c33db035660a34.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech from 0.3s to 5.2s and additional speech from 0.6s to 5.8s.", "canonical_answer": "speech (0.3s to 5.2s); speech (0.6s to 5.8s)", "answer_meta": {}}
{"qa_id": "qa_31eb5857395a39ad583d", "split": "test", "audio_id": "foa_dfe86bd1559b4172074e", "audio_path": "audio/test/foa_dfe86bd1559b4172074e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=36.1 degrees, elevation=38.3 degrees? Answer in one sentence.", "answer": "A door is the sound heard from azimuth=36.1 degrees and elevation=38.3 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_f4308e027aa053ea59a7", "split": "test", "audio_id": "foa_77b5c0a4bd4fa2ff7797", "audio_path": "audio/test/foa_77b5c0a4bd4fa2ff7797.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the keyboard instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.7 degrees", "canonical_answer": "-21.7 degrees", "answer_meta": {"elevation_deg": -21.7}}
{"qa_id": "qa_9b78ad4c88478122893f", "split": "test", "audio_id": "foa_c59882a843e17e39c1d0", "audio_path": "audio/test/foa_c59882a843e17e39c1d0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The source located to the left and above is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_53a50026ae723288ac1a", "split": "test", "audio_id": "foa_2504b0ca32fa72da5040", "audio_path": "audio/test/foa_2504b0ca32fa72da5040.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.5s to 5.1s.", "canonical_answer": "0.5s to 5.1s", "answer_meta": {"time_span": [0.5, 5.1]}}
{"qa_id": "qa_41ebe1b9a22e92682ffc", "split": "test", "audio_id": "foa_96a0daeaf397ae37349d", "audio_path": "audio/test/foa_96a0daeaf397ae37349d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the scratch coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.8 degrees", "canonical_answer": "-31.8 degrees", "answer_meta": {"azimuth_deg": -31.8}}
{"qa_id": "qa_b50b63c4462148d87265", "split": "test", "audio_id": "foa_2f4eec83b49f2e21abaa", "audio_path": "audio/test/foa_2f4eec83b49f2e21abaa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound is originating from the right and below side? Answer in one sentence.", "answer": "The sound originating from the right and below is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_4fcb9dcc043914c9dd41", "split": "test", "audio_id": "foa_559316bb3580ce64a463", "audio_path": "audio/test/foa_559316bb3580ce64a463.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the body sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is audible from 1.9s to 2.0s.", "canonical_answer": "1.9s to 2.0s", "answer_meta": {"time_span": [1.9, 2.0]}}
{"qa_id": "qa_7078c8415ab11e4db3b8", "split": "test", "audio_id": "foa_e4fea09cb0f1ea8b6f65", "audio_path": "audio/test/foa_e4fea09cb0f1ea8b6f65.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a clock from 0.2s to 16.4s, laughter from 3.7s to 4.3s, wood from 5.0s to 17.8s, and a dog from 17.4s to 20.0s.", "canonical_answer": "clock (0.2s to 16.4s); laughter (3.7s to 4.3s); wood (5.0s to 17.8s); dog (17.4s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_f960f8559231661ee003", "split": "test", "audio_id": "foa_78c666c220a0603224c4", "audio_path": "audio/test/foa_78c666c220a0603224c4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=117.0 degrees, elevation=-8.5 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth 117.0 degrees and elevation -8.5 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_b56aeac125296ecb1c12", "split": "test", "audio_id": "foa_a41a3581234d66503cad", "audio_path": "audio/test/foa_a41a3581234d66503cad.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.1 degrees", "canonical_answer": "-25.1 degrees", "answer_meta": {"elevation_deg": -25.1}}
{"qa_id": "qa_ce0614592f3a121e725a", "split": "test", "audio_id": "foa_bb01714248d3d618fe59", "audio_path": "audio/test/foa_bb01714248d3d618fe59.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a keyboard instrument from 0.0s to 0.3s.", "canonical_answer": "keyboard instrument (0.0s to 0.3s)", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_0e67ba02f153c5491e1e", "split": "test", "audio_id": "foa_25143c84b80f2d0dec29", "audio_path": "audio/test/foa_25143c84b80f2d0dec29.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.3 degrees", "canonical_answer": "7.3 degrees", "answer_meta": {"elevation_deg": 7.3}}
{"qa_id": "qa_5da7c0ae87fc92f9c661", "split": "test", "audio_id": "foa_546ffdf5ac2d7a25a521", "audio_path": "audio/test/foa_546ffdf5ac2d7a25a521.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the water active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water event occurs from 0.0s to 4.8s.", "canonical_answer": "0.0s to 4.8s", "answer_meta": {"time_span": [0.0, 4.8]}}
{"qa_id": "qa_a101eaf3c846757a8cd4", "split": "test", "audio_id": "foa_791545c8a507d54ed7ef", "audio_path": "audio/test/foa_791545c8a507d54ed7ef.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=71.9 degrees, elevation=6.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=71.9 degrees and elevation=6.4 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_ca2cebcb86abe87e58ff", "split": "test", "audio_id": "foa_0ed9c20f6e96038e3eda", "audio_path": "audio/test/foa_0ed9c20f6e96038e3eda.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right? Answer in one sentence.", "answer": "The sound source located at the front-right is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_18bb163593729e45480d", "split": "test", "audio_id": "foa_9ff09cb28b36382565f5", "audio_path": "audio/test/foa_9ff09cb28b36382565f5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "114.1 degrees", "canonical_answer": "114.1 degrees", "answer_meta": {"azimuth_deg": 114.1}}
{"qa_id": "qa_14459c36422324c1b25d", "split": "test", "audio_id": "foa_0d07133f1ad3498c061c", "audio_path": "audio/test/foa_0d07133f1ad3498c061c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm from 0.1s to 9.9s, a bird from 0.2s to 9.9s, and a tool from 1.7s to 4.4s.", "canonical_answer": "alarm (0.1s to 9.9s); bird (0.2s to 9.9s); tool (1.7s to 4.4s)", "answer_meta": {}}
{"qa_id": "qa_5b90b5036dcad52d22de", "split": "test", "audio_id": "foa_dbcecc50ed126bdbe0ab", "audio_path": "audio/test/foa_dbcecc50ed126bdbe0ab.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the glass located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.0 degrees", "canonical_answer": "12.0 degrees", "answer_meta": {"elevation_deg": 12.0}}
{"qa_id": "qa_455ace01d7f16431fce7", "split": "test", "audio_id": "foa_29c24325e9bfd666b279", "audio_path": "audio/test/foa_29c24325e9bfd666b279.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_703dfafdd394d6e11736", "split": "test", "audio_id": "foa_8e216307fa77479bd05f", "audio_path": "audio/test/foa_8e216307fa77479bd05f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the insect coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-48.1 degrees", "canonical_answer": "-48.1 degrees", "answer_meta": {"azimuth_deg": -48.1}}
{"qa_id": "qa_bbdac7090ec69b8cf02f", "split": "test", "audio_id": "foa_70469e30cc0d94029442", "audio_path": "audio/test/foa_70469e30cc0d94029442.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-26.0 degrees, elevation=2.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-26.0 degrees and elevation=2.3 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_12ca35b3f5965dd9cc43", "split": "test", "audio_id": "foa_edc1dff8246ab35694c1", "audio_path": "audio/test/foa_edc1dff8246ab35694c1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the guitar be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is audible from 0.5s to 2.0s.", "canonical_answer": "0.5s to 2.0s", "answer_meta": {"time_span": [0.5, 2.0]}}
{"qa_id": "qa_adeec1d02a8439d1cc8e", "split": "test", "audio_id": "foa_1c8c953683524ef08f70", "audio_path": "audio/test/foa_1c8c953683524ef08f70.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "50.8 degrees", "canonical_answer": "50.8 degrees", "answer_meta": {"azimuth_deg": 50.8}}
{"qa_id": "qa_8c8187c940adfa5c5741", "split": "test", "audio_id": "foa_c2bb7c0e6e61b4883d67", "audio_path": "audio/test/foa_c2bb7c0e6e61b4883d67.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_2fa486049073743c26d2", "split": "test", "audio_id": "foa_dc0b12e2a80c83c91065", "audio_path": "audio/test/foa_dc0b12e2a80c83c91065.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.2 degrees", "canonical_answer": "-5.2 degrees", "answer_meta": {"elevation_deg": -5.2}}
{"qa_id": "qa_708aeb85c934bb045427", "split": "test", "audio_id": "foa_c646221095652c6e8a42", "audio_path": "audio/test/foa_c646221095652c6e8a42.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=18.1 degrees, elevation=-3.5 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth=18.1 degrees and elevation=-3.5 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_cf617be4abe250deb71b", "split": "test", "audio_id": "foa_8c0aa8fe602ab929c7c9", "audio_path": "audio/test/foa_8c0aa8fe602ab929c7c9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features aircraft from 0.0s to 20.0s, speech from 5.6s to 12.0s, crushing from 7.6s to 8.8s, crackle from 11.7s to 17.4s, and a vehicle from 15.6s to 20.0s.", "canonical_answer": "aircraft (0.0s to 20.0s); speech (5.6s to 12.0s); crushing (7.6s to 8.8s); crackle (11.7s to 17.4s); vehicle (15.6s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_a6a4bcbfaa8ee64f26f0", "split": "test", "audio_id": "foa_690d58bb6d37db273887", "audio_path": "audio/test/foa_690d58bb6d37db273887.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the singing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 0.1s to 1.4s.", "canonical_answer": "0.1s to 1.4s", "answer_meta": {"time_span": [0.1, 1.4]}}
{"qa_id": "qa_ba98a3e59b832c1b1e30", "split": "test", "audio_id": "foa_19e12cb4a180aa2fe646", "audio_path": "audio/test/foa_19e12cb4a180aa2fe646.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 2.9s and speech from 0.6s to 2.2s.", "canonical_answer": "speech (0.3s to 2.9s); speech (0.6s to 2.2s)", "answer_meta": {}}
{"qa_id": "qa_2c25c10329afcc65ed6e", "split": "test", "audio_id": "foa_b6090300e59fd74714e9", "audio_path": "audio/test/foa_b6090300e59fd74714e9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=94.3 degrees, elevation=-13.0 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth 94.3 degrees and elevation -13.0 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_3f993d9a87b36ff8a103", "split": "test", "audio_id": "foa_75f668f2a4872ab37b4e", "audio_path": "audio/test/foa_75f668f2a4872ab37b4e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 4.8s to 8.6s.", "canonical_answer": "4.8s to 8.6s", "answer_meta": {"time_span": [4.8, 8.6]}}
{"qa_id": "qa_65f6132c105da944d372", "split": "test", "audio_id": "foa_a16e21da392c2587288d", "audio_path": "audio/test/foa_a16e21da392c2587288d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the thunderstorm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "47.9 degrees", "canonical_answer": "47.9 degrees", "answer_meta": {"elevation_deg": 47.9}}
{"qa_id": "qa_5a7c71d23d98dfb44192", "split": "test", "audio_id": "foa_d697222ce7baf8ad4595", "audio_path": "audio/test/foa_d697222ce7baf8ad4595.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "171.9 degrees", "canonical_answer": "171.9 degrees", "answer_meta": {"azimuth_deg": 171.9}}
{"qa_id": "qa_1be03dc3e57101f48bd5", "split": "test", "audio_id": "foa_f05903674fb8b7437215", "audio_path": "audio/test/foa_f05903674fb8b7437215.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_18dada0193e197593df9", "split": "test", "audio_id": "foa_d507a71324761124bb02", "audio_path": "audio/test/foa_d507a71324761124bb02.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back and above is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_2d038b69889118dc0e4e", "split": "test", "audio_id": "foa_86d3f2cf95e5b33aef7a", "audio_path": "audio/test/foa_86d3f2cf95e5b33aef7a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.4 degrees", "canonical_answer": "-11.4 degrees", "answer_meta": {"elevation_deg": -11.4}}
{"qa_id": "qa_6e89ba832e7b1361b379", "split": "test", "audio_id": "foa_6ebafd9f700115a04f53", "audio_path": "audio/test/foa_6ebafd9f700115a04f53.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wind in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.4 degrees", "canonical_answer": "-63.4 degrees", "answer_meta": {"azimuth_deg": -63.4}}
{"qa_id": "qa_1b5e6f06aba03271a373", "split": "test", "audio_id": "foa_4cc9f03c38095d3524f5", "audio_path": "audio/test/foa_4cc9f03c38095d3524f5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains war sound from 0.0s to 1.4s.", "canonical_answer": "war sound (0.0s to 1.4s)", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_1e33794e171ffc98f0dd", "split": "test", "audio_id": "foa_ab8b71dc55bede644aff", "audio_path": "audio/test/foa_ab8b71dc55bede644aff.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=111.6 degrees, elevation=30.7 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=111.6 degrees and elevation=30.7 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_234f313e39af067a1939", "split": "test", "audio_id": "foa_96a671027e643beb1ed8", "audio_path": "audio/test/foa_96a671027e643beb1ed8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the scratch event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 0.0s to 1.3s.", "canonical_answer": "0.0s to 1.3s", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_a30a008b360b82aab5b4", "split": "test", "audio_id": "foa_9a11d1869ca5e70022b2", "audio_path": "audio/test/foa_9a11d1869ca5e70022b2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.5 degrees", "canonical_answer": "30.5 degrees", "answer_meta": {"elevation_deg": 30.5}}
{"qa_id": "qa_9a266490dc079370fd52", "split": "test", "audio_id": "foa_81905ca589d681f40ff6", "audio_path": "audio/test/foa_81905ca589d681f40ff6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the insect be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect is audible from 0.0s to 10.8s.", "canonical_answer": "0.0s to 10.8s", "answer_meta": {"time_span": [0.0, 10.8]}}
{"qa_id": "qa_1bc96118efe52ab2bea8", "split": "test", "audio_id": "foa_0dc5babdbb1daa0eb1e3", "audio_path": "audio/test/foa_0dc5babdbb1daa0eb1e3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-125.7 degrees", "canonical_answer": "-125.7 degrees", "answer_meta": {"azimuth_deg": -125.7}}
{"qa_id": "qa_7bc4266edc3a6ada3c24", "split": "test", "audio_id": "foa_fddb135deeabc1cd9492", "audio_path": "audio/test/foa_fddb135deeabc1cd9492.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera sound from 0.2s to 0.4s.", "canonical_answer": "camera (0.2s to 0.4s)", "answer_meta": {"time_span": [0.2, 0.4]}}
{"qa_id": "qa_8631573c8eb3c69f620d", "split": "test", "audio_id": "foa_808c5359e4dee156151d", "audio_path": "audio/test/foa_808c5359e4dee156151d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-20.4 degrees, elevation=7.9 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -20.4 degrees and elevation 7.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_06b8634476c3905f12e9", "split": "test", "audio_id": "foa_f30b9442e551ceeeabea", "audio_path": "audio/test/foa_f30b9442e551ceeeabea.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_75a6087a56e0357033b5", "split": "test", "audio_id": "foa_eeb6c578db9e5c9ad31e", "audio_path": "audio/test/foa_eeb6c578db9e5c9ad31e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the breathing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing sound is active from 2.5s to 14.8s.", "canonical_answer": "2.5s to 14.8s", "answer_meta": {"time_span": [2.5, 14.8]}}
{"qa_id": "qa_167638e440f6c98f0963", "split": "test", "audio_id": "foa_a72d2fb3a673defca64f", "audio_path": "audio/test/foa_a72d2fb3a673defca64f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-59.8 degrees, elevation=-29.3 degrees. Answer in one sentence.", "answer": "The source located at azimuth -59.8 degrees and elevation -29.3 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_a66a126fc190121aec88", "split": "test", "audio_id": "foa_03058d8759457d3636c7", "audio_path": "audio/test/foa_03058d8759457d3636c7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-138.5 degrees", "canonical_answer": "-138.5 degrees", "answer_meta": {"azimuth_deg": -138.5}}
{"qa_id": "qa_5345e3ac21295c982c97", "split": "test", "audio_id": "foa_a5157641a11a7812a867", "audio_path": "audio/test/foa_a5157641a11a7812a867.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left? Answer in one sentence.", "answer": "The sound source coming from the back-left is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_21c9061a1d9dc12251cc", "split": "test", "audio_id": "foa_781fcc8ed9717782562b", "audio_path": "audio/test/foa_781fcc8ed9717782562b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_91eb9ce582b8b45d6522", "split": "test", "audio_id": "foa_55e2830272012bccac54", "audio_path": "audio/test/foa_55e2830272012bccac54.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains guitar from 0.0s to 6.5s.", "canonical_answer": "guitar (0.0s to 6.5s)", "answer_meta": {"time_span": [0.0, 6.5]}}
{"qa_id": "qa_6c3503dff482dfef53c4", "split": "test", "audio_id": "foa_f8ba91be699cbddaa1d8", "audio_path": "audio/test/foa_f8ba91be699cbddaa1d8.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 1.8s and speech from 0.7s to 6.4s.", "canonical_answer": "speech (0.4s to 1.8s); speech (0.7s to 6.4s)", "answer_meta": {}}
{"qa_id": "qa_74b07a6a27d0bfbac857", "split": "test", "audio_id": "foa_41a6804dd10f8d4f5028", "audio_path": "audio/test/foa_41a6804dd10f8d4f5028.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.5 degrees", "canonical_answer": "-37.5 degrees", "answer_meta": {"elevation_deg": -37.5}}
{"qa_id": "qa_9bc9e64c0a396802fb59", "split": "test", "audio_id": "foa_b9b9c88463b91700a582", "audio_path": "audio/test/foa_b9b9c88463b91700a582.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time duration of the scratch sound event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event occurs between 0.0s and 0.7s.", "canonical_answer": "0.0s to 0.7s", "answer_meta": {"time_span": [0.0, 0.7]}}
{"qa_id": "qa_e39bea80e9c07475031d", "split": "test", "audio_id": "foa_c53545d915d904625bea", "audio_path": "audio/test/foa_c53545d915d904625bea.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "66.4 degrees", "canonical_answer": "66.4 degrees", "answer_meta": {"azimuth_deg": 66.4}}
{"qa_id": "qa_1a27822a373d4d570fa2", "split": "test", "audio_id": "foa_1ab6063099bd127a4e09", "audio_path": "audio/test/foa_1ab6063099bd127a4e09.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=44.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth=44.9 degrees and elevation=0.0 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_7df4fb2721a06c110027", "split": "test", "audio_id": "foa_2ba99e6ce872ca09464e", "audio_path": "audio/test/foa_2ba99e6ce872ca09464e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right and below side? Answer in one sentence.", "answer": "The sound coming from the right and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_730d7aaedc65a818c34a", "split": "test", "audio_id": "foa_642e2b4c1e7bd51762c5", "audio_path": "audio/test/foa_642e2b4c1e7bd51762c5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the water sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water sound is active from 0.4s to 20.0s.", "canonical_answer": "0.4s to 20.0s", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_3e1c5c3e0b727c38d7cb", "split": "test", "audio_id": "foa_598d3b8b1f1a7ddf5e86", "audio_path": "audio/test/foa_598d3b8b1f1a7ddf5e86.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below? Answer in one sentence.", "answer": "The source located to the left and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_c042115fc590c5cc5878", "split": "test", "audio_id": "foa_80ed9bb7a91a5f2775cd", "audio_path": "audio/test/foa_80ed9bb7a91a5f2775cd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.5 degrees", "canonical_answer": "-35.5 degrees", "answer_meta": {"azimuth_deg": -35.5}}
{"qa_id": "qa_ee625694d0b4de5f821b", "split": "test", "audio_id": "foa_24494b7bc9de17cb4e2f", "audio_path": "audio/test/foa_24494b7bc9de17cb4e2f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=120.1 degrees, elevation=25.2 degrees? Answer in one sentence.", "answer": "A zipper is the source heard from azimuth=120.1 degrees, elevation=25.2 degrees.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_2d530c64dbe25cbd610e", "split": "test", "audio_id": "foa_1a48376a919a4c1736f2", "audio_path": "audio/test/foa_1a48376a919a4c1736f2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.1 degrees", "canonical_answer": "-0.1 degrees", "answer_meta": {"elevation_deg": -0.1}}
{"qa_id": "qa_1f51f8b58e8f81f77f30", "split": "test", "audio_id": "foa_6602c0955625796adf9c", "audio_path": "audio/test/foa_6602c0955625796adf9c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a telephone alarm from 0.0s to 19.4s, a train from 13.3s to 20.0s, and water from 19.5s to 20.0s.", "canonical_answer": "telephone alarm (0.0s to 19.4s); train (13.3s to 20.0s); water (19.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_2ad3763a81433caa9051", "split": "test", "audio_id": "foa_a35e6580669be4be9baf", "audio_path": "audio/test/foa_a35e6580669be4be9baf.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right side? Answer in one sentence.", "answer": "The sound coming from the back-right is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_96cd8f77648d45204ebb", "split": "test", "audio_id": "foa_aeaa231007e34923c4cd", "audio_path": "audio/test/foa_aeaa231007e34923c4cd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the metal clink coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "45.5 degrees", "canonical_answer": "45.5 degrees", "answer_meta": {"azimuth_deg": 45.5}}
{"qa_id": "qa_e604e2323543578271b3", "split": "test", "audio_id": "foa_1f897bbe8d8539e2a5f9", "audio_path": "audio/test/foa_1f897bbe8d8539e2a5f9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a car from 0.0s to 20.0s, a dog from 2.5s to 9.8s, ocean sounds from 10.1s to 20.0s, and an alarm from 11.7s to 15.2s.", "canonical_answer": "car (0.0s to 20.0s); dog (2.5s to 9.8s); ocean (10.1s to 20.0s); alarm (11.7s to 15.2s)", "answer_meta": {}}
{"qa_id": "qa_9b082c9859bbf25fbed4", "split": "test", "audio_id": "foa_5c8d10bb22d77f9ff356", "audio_path": "audio/test/foa_5c8d10bb22d77f9ff356.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.6 degrees", "canonical_answer": "15.6 degrees", "answer_meta": {"elevation_deg": 15.6}}
{"qa_id": "qa_4bcd12f58063f36de80b", "split": "test", "audio_id": "foa_0be5f953f4aebf14bfb6", "audio_path": "audio/test/foa_0be5f953f4aebf14bfb6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the musical instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument is active from 0.0s to 14.8s.", "canonical_answer": "0.0s to 14.8s", "answer_meta": {"time_span": [0.0, 14.8]}}
{"qa_id": "qa_d8d7498c538ceaf471a3", "split": "test", "audio_id": "foa_0ccbd36b2b39daf3018e", "audio_path": "audio/test/foa_0ccbd36b2b39daf3018e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-41.8 degrees, elevation=15.9 degrees? Answer in one sentence.", "answer": "A machine is located at azimuth -41.8 degrees and elevation 15.9 degrees.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_42e8d7a39e1cbd1cb1e1", "split": "test", "audio_id": "foa_8dc14b0ce81b25f9a0a6", "audio_path": "audio/test/foa_8dc14b0ce81b25f9a0a6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source heard from the front-right is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_8cca82da6f46545a03ea", "split": "test", "audio_id": "foa_df23fe429287de52f4b1", "audio_path": "audio/test/foa_df23fe429287de52f4b1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=116.0 degrees, elevation=-16.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=116.0 degrees, elevation=-16.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d3fd29b426959db1e5b5", "split": "test", "audio_id": "foa_2c9b44826ede26077530", "audio_path": "audio/test/foa_2c9b44826ede26077530.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-78.9 degrees", "canonical_answer": "-78.9 degrees", "answer_meta": {"azimuth_deg": -78.9}}
{"qa_id": "qa_6254e0f39d36095027f0", "split": "test", "audio_id": "foa_b617bcce289585d9ff9f", "audio_path": "audio/test/foa_b617bcce289585d9ff9f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the cat be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active from 0.0s to 11.2s.", "canonical_answer": "0.0s to 11.2s", "answer_meta": {"time_span": [0.0, 11.2]}}
{"qa_id": "qa_ce7a2c55d327b1a6c096", "split": "test", "audio_id": "foa_530ef9ffc55ddbdd8283", "audio_path": "audio/test/foa_530ef9ffc55ddbdd8283.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.1 degrees", "canonical_answer": "22.1 degrees", "answer_meta": {"elevation_deg": 22.1}}
{"qa_id": "qa_8685706c4fdc8159e9ce", "split": "test", "audio_id": "foa_b3b122d414e700e080eb", "audio_path": "audio/test/foa_b3b122d414e700e080eb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument that can be heard from 0.0s to 1.1s.", "canonical_answer": "wind instrument (0.0s to 1.1s)", "answer_meta": {"time_span": [0.0, 1.1]}}
{"qa_id": "qa_d38ca71e8338c6e6c88d", "split": "test", "audio_id": "foa_d6804aff5ab8167c24bd", "audio_path": "audio/test/foa_d6804aff5ab8167c24bd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.0 degrees", "canonical_answer": "1.0 degrees", "answer_meta": {"elevation_deg": 1.0}}
{"qa_id": "qa_1b00faad93abe656eb5a", "split": "test", "audio_id": "foa_f3ab73a5278eddbef71f", "audio_path": "audio/test/foa_f3ab73a5278eddbef71f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the speech heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.6s to 5.9s.", "canonical_answer": "0.6s to 5.9s", "answer_meta": {"time_span": [0.6, 5.9]}}
{"qa_id": "qa_afdce74ab090bef43a2a", "split": "test", "audio_id": "foa_7d97d40c66419ec84ae3", "audio_path": "audio/test/foa_7d97d40c66419ec84ae3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below? Answer in one sentence.", "answer": "The sound source located to the left and below is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_fa570d5a9cefcb5bbbfc", "split": "test", "audio_id": "foa_75a693cf84267f19cd27", "audio_path": "audio/test/foa_75a693cf84267f19cd27.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the paper coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.3 degrees", "canonical_answer": "-27.3 degrees", "answer_meta": {"azimuth_deg": -27.3}}
{"qa_id": "qa_8c61ad265d577092a5d8", "split": "test", "audio_id": "foa_ddcedc581432b56a8ff4", "audio_path": "audio/test/foa_ddcedc581432b56a8ff4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=58.1 degrees, elevation=-41.5 degrees? Answer in one sentence.", "answer": "A bird is heard coming from azimuth=58.1 degrees and elevation=-41.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_bbcc1d0641dfd8aceef6", "split": "test", "audio_id": "foa_186cf8081a1dae1dbfff", "audio_path": "audio/test/foa_186cf8081a1dae1dbfff.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm from 0.3s to 2.8s.", "canonical_answer": "alarm (0.3s to 2.8s)", "answer_meta": {"time_span": [0.3, 2.8]}}
{"qa_id": "qa_d8a33d11e36852718bac", "split": "test", "audio_id": "foa_642ccf7ef36075eed210", "audio_path": "audio/test/foa_642ccf7ef36075eed210.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the back-left of the scene? Answer in one sentence.", "answer": "The sound source coming from the back-left is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_c5a619b76a1f1ed62d3d", "split": "test", "audio_id": "foa_1641bbb09c3d5091ef29", "audio_path": "audio/test/foa_1641bbb09c3d5091ef29.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the insect occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect occurs from 0.5s to 5.2s.", "canonical_answer": "0.5s to 5.2s", "answer_meta": {"time_span": [0.5, 5.2]}}
{"qa_id": "qa_ca0e5ec431e27d869de3", "split": "test", "audio_id": "foa_9696c87134db13111ae8", "audio_path": "audio/test/foa_9696c87134db13111ae8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.0 degrees", "canonical_answer": "10.0 degrees", "answer_meta": {"elevation_deg": 10.0}}
{"qa_id": "qa_6bf64e0801ea41e47c5b", "split": "test", "audio_id": "foa_5beeae22e4e3c2f322ec", "audio_path": "audio/test/foa_5beeae22e4e3c2f322ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the vehicle coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-121.0 degrees", "canonical_answer": "-121.0 degrees", "answer_meta": {"azimuth_deg": -121.0}}
{"qa_id": "qa_166feab93d0120fc059e", "split": "test", "audio_id": "foa_528fd6f271021148c87d", "audio_path": "audio/test/foa_528fd6f271021148c87d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.1s to 7.7s, tearing from 0.4s to 13.2s, percussion from 5.6s to 6.1s, and a crack from 12.0s to 14.8s.", "canonical_answer": "singing (0.1s to 7.7s); tearing (0.4s to 13.2s); percussion (5.6s to 6.1s); crack (12.0s to 14.8s)", "answer_meta": {}}
{"qa_id": "qa_9725ad273fa5fc0daa12", "split": "test", "audio_id": "foa_f8598874fd6fd64e785e", "audio_path": "audio/test/foa_f8598874fd6fd64e785e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=19.4 degrees, elevation=7.4 degrees? Answer in one sentence.", "answer": "An insect is the sound heard from azimuth=19.4 degrees, elevation=7.4 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_baad8a35b94ed2399aac", "split": "test", "audio_id": "foa_30e3f56fac0fae6ff534", "audio_path": "audio/test/foa_30e3f56fac0fae6ff534.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.5 degrees", "canonical_answer": "2.5 degrees", "answer_meta": {"elevation_deg": 2.5}}
{"qa_id": "qa_7a4c74e880814a3da358", "split": "test", "audio_id": "foa_d024545b080e20264e22", "audio_path": "audio/test/foa_d024545b080e20264e22.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a guitar playing from 0.0s to 1.9s.", "canonical_answer": "guitar (0.0s to 1.9s)", "answer_meta": {"time_span": [0.0, 1.9]}}
{"qa_id": "qa_824c747067b129166121", "split": "test", "audio_id": "foa_f1c33408180a7d25f647", "audio_path": "audio/test/foa_f1c33408180a7d25f647.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=111.2 degrees, elevation=-27.2 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=111.2 degrees and elevation=-27.2 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_aeb7414ac98f131a3ba5", "split": "test", "audio_id": "foa_9d66bb84a3ece8ee9e96", "audio_path": "audio/test/foa_9d66bb84a3ece8ee9e96.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source located to the left and below is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_57110313fd0364e16633", "split": "test", "audio_id": "foa_1501a018b18c09f3bf1a", "audio_path": "audio/test/foa_1501a018b18c09f3bf1a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "132.2 degrees", "canonical_answer": "132.2 degrees", "answer_meta": {"azimuth_deg": 132.2}}
{"qa_id": "qa_69bc9d7a48e0eaf05e8b", "split": "test", "audio_id": "foa_ed226f72477cdf0285d6", "audio_path": "audio/test/foa_ed226f72477cdf0285d6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the fire active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The fire is active from 0.4s to 1.6s.", "canonical_answer": "0.4s to 1.6s", "answer_meta": {"time_span": [0.4, 1.6]}}
{"qa_id": "qa_f1d77bf22b44f01fb089", "split": "test", "audio_id": "foa_ef5c4d30c614aa987eee", "audio_path": "audio/test/foa_ef5c4d30c614aa987eee.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the printer coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-121.6 degrees", "canonical_answer": "-121.6 degrees", "answer_meta": {"azimuth_deg": -121.6}}
{"qa_id": "qa_43ea792100b044e2f754", "split": "test", "audio_id": "foa_65cd0fcaf618ec1e53d5", "audio_path": "audio/test/foa_65cd0fcaf618ec1e53d5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=173.0 degrees, elevation=-6.1 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=173.0 degrees and elevation=-6.1 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_2bdaaca0f95542298659", "split": "test", "audio_id": "foa_dcd99261f6283a192302", "audio_path": "audio/test/foa_dcd99261f6283a192302.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect activity occurring from 0.6s to 19.1s.", "canonical_answer": "insect (0.6s to 19.1s)", "answer_meta": {"time_span": [0.6, 19.1]}}
{"qa_id": "qa_b7d08d7cbb22a4716ca8", "split": "test", "audio_id": "foa_c006ebd1f859ea722c2c", "audio_path": "audio/test/foa_c006ebd1f859ea722c2c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 0.4s to 15.2s.", "canonical_answer": "0.4s to 15.2s", "answer_meta": {"time_span": [0.4, 15.2]}}
{"qa_id": "qa_ee8e661aa778adee29c3", "split": "test", "audio_id": "foa_6fbb74b3680a4ddae04e", "audio_path": "audio/test/foa_6fbb74b3680a4ddae04e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.3 degrees", "canonical_answer": "-38.3 degrees", "answer_meta": {"elevation_deg": -38.3}}
{"qa_id": "qa_c63d54f4d35c4b783db8", "split": "test", "audio_id": "foa_75e1bf9f698c291e5867", "audio_path": "audio/test/foa_75e1bf9f698c291e5867.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-right and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right and below is a string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_2a0e331a6c2e4b8188c4", "split": "test", "audio_id": "foa_78d1245e3a0367fbc4d3", "audio_path": "audio/test/foa_78d1245e3a0367fbc4d3.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a guitar playing from 0.0s to 6.8s.", "canonical_answer": "guitar (0.0s to 6.8s)", "answer_meta": {"time_span": [0.0, 6.8]}}
{"qa_id": "qa_fe1f1e06da7798261d6f", "split": "test", "audio_id": "foa_334dade37ca4a102090f", "audio_path": "audio/test/foa_334dade37ca4a102090f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.8 degrees", "canonical_answer": "29.8 degrees", "answer_meta": {"azimuth_deg": 29.8}}
{"qa_id": "qa_3f10b0871fbae7eb99dc", "split": "test", "audio_id": "foa_dd7117c173574ea901f5", "audio_path": "audio/test/foa_dd7117c173574ea901f5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-171.0 degrees, elevation=50.1 degrees? Answer in one sentence.", "answer": "A person is singing at azimuth -171.0 degrees and elevation 50.1 degrees.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3072ae3d423df5932cf2", "split": "test", "audio_id": "foa_a8654260a577dd4c5769", "audio_path": "audio/test/foa_a8654260a577dd4c5769.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The source coming from the back is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f99e4fc9c93634fafbc2", "split": "test", "audio_id": "foa_7b3a1f3473b998f72f93", "audio_path": "audio/test/foa_7b3a1f3473b998f72f93.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the tool active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.0s to 0.4s.", "canonical_answer": "0.0s to 0.4s", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_1b90971fe348f4457df1", "split": "test", "audio_id": "foa_00a57e9e15c29443fd74", "audio_path": "audio/test/foa_00a57e9e15c29443fd74.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wood located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.2 degrees", "canonical_answer": "-29.2 degrees", "answer_meta": {"elevation_deg": -29.2}}
{"qa_id": "qa_6f46f1569c1c4cdf46e0", "split": "test", "audio_id": "foa_8263075c41b19f838dd3", "audio_path": "audio/test/foa_8263075c41b19f838dd3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard coming from the back-left and below the listener? Answer in one sentence.", "answer": "The sound coming from the back-left and below is a gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_f882499d1ddf3bd3bd8f", "split": "test", "audio_id": "foa_00630019fe2407cadd37", "audio_path": "audio/test/foa_00630019fe2407cadd37.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "107.1 degrees", "canonical_answer": "107.1 degrees", "answer_meta": {"azimuth_deg": 107.1}}
{"qa_id": "qa_bdfcc87af727c8a6d524", "split": "test", "audio_id": "foa_25c161627cbede8295db", "audio_path": "audio/test/foa_25c161627cbede8295db.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the water sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water event is active from 1.2s to 2.7s.", "canonical_answer": "1.2s to 2.7s", "answer_meta": {"time_span": [1.2, 2.7]}}
{"qa_id": "qa_d5954ff648ca7cb054d0", "split": "test", "audio_id": "foa_f7fa08aea89ba35cb48a", "audio_path": "audio/test/foa_f7fa08aea89ba35cb48a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-13.2 degrees, elevation=-18.3 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-13.2 degrees, elevation=-18.3 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_8ea11e51ab03b8788852", "split": "test", "audio_id": "foa_3a3ff9e64ccaf0b6ae40", "audio_path": "audio/test/foa_3a3ff9e64ccaf0b6ae40.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the car located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.6 degrees", "canonical_answer": "22.6 degrees", "answer_meta": {"elevation_deg": 22.6}}
{"qa_id": "qa_2bae484c03c0de289e02", "split": "test", "audio_id": "foa_ff96d90c75a5e042d0a5", "audio_path": "audio/test/foa_ff96d90c75a5e042d0a5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a frog from 0.0s to 20.0s, an alarm from 4.4s to 7.7s, a zipper from 6.4s to 14.1s, writing from 13.7s to 15.6s, and a drum from 17.8s to 20.0s.", "canonical_answer": "frog (0.0s to 20.0s); alarm (4.4s to 7.7s); zipper (6.4s to 14.1s); writing (13.7s to 15.6s); drum (17.8s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_b46603224199fd977292", "split": "test", "audio_id": "foa_a358f05bedff80af721e", "audio_path": "audio/test/foa_a358f05bedff80af721e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the metal clink be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is audible from 0.8s to 0.9s.", "canonical_answer": "0.8s to 0.9s", "answer_meta": {"time_span": [0.8, 0.9]}}
{"qa_id": "qa_8c6ef412129da74e8de6", "split": "test", "audio_id": "foa_fb47b7fd02f0d1a1710c", "audio_path": "audio/test/foa_fb47b7fd02f0d1a1710c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=89.6 degrees, elevation=4.6 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth=89.6 degrees and elevation=4.6 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_f08bbf0b457732b4e95d", "split": "test", "audio_id": "foa_8a9da903b1de61f928ac", "audio_path": "audio/test/foa_8a9da903b1de61f928ac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the tape in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.5 degrees", "canonical_answer": "5.5 degrees", "answer_meta": {"elevation_deg": 5.5}}
{"qa_id": "qa_649c95d493d4e1eb2793", "split": "test", "audio_id": "foa_9ebfde1a0ab5ae3daa59", "audio_path": "audio/test/foa_9ebfde1a0ab5ae3daa59.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The source coming from the back of the listener is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_fa86b6562dfa0ee9f84a", "split": "test", "audio_id": "foa_234da84597bee8d3171b", "audio_path": "audio/test/foa_234da84597bee8d3171b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drawer cabinet from 0.0s to 0.8s, a door from 0.6s to 0.9s, speech from 0.6s to 5.1s, and finger snapping from 1.0s to 6.8s.", "canonical_answer": "drawer cabinet (0.0s to 0.8s); door (0.6s to 0.9s); speech (0.6s to 5.1s); finger snapping (1.0s to 6.8s)", "answer_meta": {}}
{"qa_id": "qa_e0efecad7a73ff2b3de4", "split": "test", "audio_id": "foa_f48519e2767e851e40f2", "audio_path": "audio/test/foa_f48519e2767e851e40f2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "71.3 degrees", "canonical_answer": "71.3 degrees", "answer_meta": {"azimuth_deg": 71.3}}
{"qa_id": "qa_3399df7175ce33f49ced", "split": "test", "audio_id": "foa_82528e428a08e6817cf7", "audio_path": "audio/test/foa_82528e428a08e6817cf7.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a train from 0.0s to 11.3s, water from 4.6s to 5.1s, and a camera from 8.2s to 9.4s.", "canonical_answer": "train (0.0s to 11.3s); water (4.6s to 5.1s); camera (8.2s to 9.4s)", "answer_meta": {}}
{"qa_id": "qa_09ef3c212bd638aa9181", "split": "test", "audio_id": "foa_fd7b0fe677b0ac1e85bd", "audio_path": "audio/test/foa_fd7b0fe677b0ac1e85bd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the telephone alarm occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is active from 0.1s to 5.7s.", "canonical_answer": "0.1s to 5.7s", "answer_meta": {"time_span": [0.1, 5.7]}}
{"qa_id": "qa_b707d42c4648829eb937", "split": "test", "audio_id": "foa_a4424566f552c78ee556", "audio_path": "audio/test/foa_a4424566f552c78ee556.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the footsteps coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.3 degrees", "canonical_answer": "-80.3 degrees", "answer_meta": {"azimuth_deg": -80.3}}
{"qa_id": "qa_cfeae0dd5bcb3b3895ef", "split": "test", "audio_id": "foa_3262c0306255e26a6f68", "audio_path": "audio/test/foa_3262c0306255e26a6f68.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-84.4 degrees, elevation=2.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-84.4 degrees and elevation=2.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1472d483ea56cf645470", "split": "test", "audio_id": "foa_cce1338a6069ae9aa9a4", "audio_path": "audio/test/foa_cce1338a6069ae9aa9a4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.3 degrees", "canonical_answer": "10.3 degrees", "answer_meta": {"elevation_deg": 10.3}}
{"qa_id": "qa_79f3d6dc78ab7acaffdb", "split": "test", "audio_id": "foa_4c639d2c4aea0531deaa", "audio_path": "audio/test/foa_4c639d2c4aea0531deaa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The source located at the back-right and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_85caaf648a651ed885d1", "split": "test", "audio_id": "foa_21d613d13969cf77f6a6", "audio_path": "audio/test/foa_21d613d13969cf77f6a6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=51.4 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=51.4 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_584e1dcd05c50657d8ab", "split": "test", "audio_id": "foa_6c61d3cd49673d2a3cbf", "audio_path": "audio/test/foa_6c61d3cd49673d2a3cbf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.1 degrees", "canonical_answer": "147.1 degrees", "answer_meta": {"azimuth_deg": 147.1}}
{"qa_id": "qa_57c9b578c8d00d6c818a", "split": "test", "audio_id": "foa_f76fe12b3649cecf6a0d", "audio_path": "audio/test/foa_f76fe12b3649cecf6a0d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and above the listener? Answer in one sentence.", "answer": "The sound source coming from the front-right and above is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_2436ad72fe9ca9859deb", "split": "test", "audio_id": "foa_bfac4c650c91228956fb", "audio_path": "audio/test/foa_bfac4c650c91228956fb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the door be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door is active from 12.6s to 18.7s.", "canonical_answer": "12.6s to 18.7s", "answer_meta": {"time_span": [12.6, 18.7]}}
{"qa_id": "qa_12763fbb771e890b0807", "split": "test", "audio_id": "foa_a2cf1563e4ac0d910db5", "audio_path": "audio/test/foa_a2cf1563e4ac0d910db5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains insect from 0.0s to 20.0s, typing from 11.8s to 20.0s, keyboard instrument from 14.3s to 14.9s, and body sound from 16.9s to 18.9s.", "canonical_answer": "insect (0.0s to 20.0s); typing (11.8s to 20.0s); keyboard instrument (14.3s to 14.9s); body sound (16.9s to 18.9s)", "answer_meta": {}}
{"qa_id": "qa_fb8a61f14ae123eb7097", "split": "test", "audio_id": "foa_11b36374d0a716cf5960", "audio_path": "audio/test/foa_11b36374d0a716cf5960.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.9 degrees", "canonical_answer": "-36.9 degrees", "answer_meta": {"elevation_deg": -36.9}}
{"qa_id": "qa_068a4badb89a490c9f7d", "split": "test", "audio_id": "foa_9773bbf8d74e018893df", "audio_path": "audio/test/foa_9773bbf8d74e018893df.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. At what time interval does the drawer cabinet occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet occurs from 9.9s to 11.1s.", "canonical_answer": "9.9s to 11.1s", "answer_meta": {"time_span": [9.9, 11.1]}}
{"qa_id": "qa_4134ddec1370b06f0734", "split": "test", "audio_id": "foa_191e1b4af6d495942b50", "audio_path": "audio/test/foa_191e1b4af6d495942b50.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-39.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-39.2 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b77b9600e102dbe027d2", "split": "test", "audio_id": "foa_327361762109010ee310", "audio_path": "audio/test/foa_327361762109010ee310.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back and below is a home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_aeebe83a314a7d8a5dd7", "split": "test", "audio_id": "foa_47e47a1a3e94fcc9eb90", "audio_path": "audio/test/foa_47e47a1a3e94fcc9eb90.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a thunderstorm from 1.2s to 16.1s, a war sound from 5.9s to 6.6s, and glass breaking from 10.8s to 12.0s.", "canonical_answer": "thunderstorm (1.2s to 16.1s); war sound (5.9s to 6.6s); glass (10.8s to 12.0s)", "answer_meta": {}}
{"qa_id": "qa_b05fa9f2a1d62cc08e87", "split": "test", "audio_id": "foa_67a7bca64454fca06599", "audio_path": "audio/test/foa_67a7bca64454fca06599.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the frog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-115.4 degrees", "canonical_answer": "-115.4 degrees", "answer_meta": {"azimuth_deg": -115.4}}
{"qa_id": "qa_6f000e973aac9e747f87", "split": "test", "audio_id": "foa_eace73a6d0dcfaa5dda6", "audio_path": "audio/test/foa_eace73a6d0dcfaa5dda6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.9 degrees", "canonical_answer": "0.9 degrees", "answer_meta": {"elevation_deg": 0.9}}
{"qa_id": "qa_eacbac80338b11d490a7", "split": "test", "audio_id": "foa_dcb82d2b29ad32d5b18a", "audio_path": "audio/test/foa_dcb82d2b29ad32d5b18a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The sound heard from the front-left side is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_5ad86a9ee208b7e68173", "split": "test", "audio_id": "foa_463568827253b536cf48", "audio_path": "audio/test/foa_463568827253b536cf48.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the knock active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock event is active from 0.8s to 11.0s.", "canonical_answer": "0.8s to 11.0s", "answer_meta": {"time_span": [0.8, 11.0]}}
{"qa_id": "qa_ee1fff79822809274ff8", "split": "test", "audio_id": "foa_a7dd256eec9a31ea9554", "audio_path": "audio/test/foa_a7dd256eec9a31ea9554.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=147.1 degrees, elevation=24.0 degrees? Answer in one sentence.", "answer": "An insect is located at azimuth=147.1 degrees and elevation=24.0 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_f2867f893b3a385462f0", "split": "test", "audio_id": "foa_39e338dea71a85f182c6", "audio_path": "audio/test/foa_39e338dea71a85f182c6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization occurring from 0.0s to 0.9s.", "canonical_answer": "human vocalization (0.0s to 0.9s)", "answer_meta": {"time_span": [0.0, 0.9]}}
{"qa_id": "qa_7adcd559c2e492c17078", "split": "test", "audio_id": "foa_a7e7d3ef1fe231a2b78c", "audio_path": "audio/test/foa_a7e7d3ef1fe231a2b78c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.8 degrees", "canonical_answer": "5.8 degrees", "answer_meta": {"elevation_deg": 5.8}}
{"qa_id": "qa_834e5341df0f259d9242", "split": "test", "audio_id": "foa_f36623bb92e96f371468", "audio_path": "audio/test/foa_f36623bb92e96f371468.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-122.7 degrees", "canonical_answer": "-122.7 degrees", "answer_meta": {"azimuth_deg": -122.7}}
{"qa_id": "qa_c9325dc29b41d3e5b937", "split": "test", "audio_id": "foa_4b1df4341ec10ab157fa", "audio_path": "audio/test/foa_4b1df4341ec10ab157fa.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features bird from 0.0s to 20.0s, war sound from 5.0s to 14.2s, and paper from 9.3s to 12.8s.", "canonical_answer": "bird (0.0s to 20.0s); war sound (5.0s to 14.2s); paper (9.3s to 12.8s)", "answer_meta": {}}
{"qa_id": "qa_cd2651d475239f0e85d1", "split": "test", "audio_id": "foa_8bc79a36e0245e2339ae", "audio_path": "audio/test/foa_8bc79a36e0245e2339ae.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.2 degrees", "canonical_answer": "9.2 degrees", "answer_meta": {"azimuth_deg": 9.2}}
{"qa_id": "qa_7ab90ef2c7ae1fc3c176", "split": "test", "audio_id": "foa_16107ec398bbe11df28c", "audio_path": "audio/test/foa_16107ec398bbe11df28c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-43.0 degrees, elevation=-0.9 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-43.0 degrees, elevation=-0.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_8c5040cf323636e5e35a", "split": "test", "audio_id": "foa_fdd71155ea5ed42626e5", "audio_path": "audio/test/foa_fdd71155ea5ed42626e5.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the scratch occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The scratch event is active from 0.0s to 11.0s.", "canonical_answer": "0.0s to 11.0s", "answer_meta": {"time_span": [0.0, 11.0]}}
{"qa_id": "qa_e3ac62b885b908be4d30", "split": "test", "audio_id": "foa_6207a073e843b14e9382", "audio_path": "audio/test/foa_6207a073e843b14e9382.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left of the listener? Answer in one sentence.", "answer": "The sound source located to the left is home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_995ca3789c12c501e581", "split": "test", "audio_id": "foa_416af6e166883e52209a", "audio_path": "audio/test/foa_416af6e166883e52209a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.3 degrees", "canonical_answer": "-24.3 degrees", "answer_meta": {"elevation_deg": -24.3}}
{"qa_id": "qa_48d37312024ab68ad185", "split": "test", "audio_id": "foa_f052e86003a4b740f970", "audio_path": "audio/test/foa_f052e86003a4b740f970.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.0 degrees", "canonical_answer": "-40.0 degrees", "answer_meta": {"elevation_deg": -40.0}}
{"qa_id": "qa_fc22d949c34cef462925", "split": "test", "audio_id": "foa_ad38682628f5b57106a4", "audio_path": "audio/test/foa_ad38682628f5b57106a4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.6s to 4.8s, laughter from 0.6s to 15.3s, breathing from 11.9s to 14.1s, and a frog from 13.0s to 17.2s.", "canonical_answer": "camera (0.6s to 4.8s); laughter (0.6s to 15.3s); breathing (11.9s to 14.1s); frog (13.0s to 17.2s)", "answer_meta": {}}
{"qa_id": "qa_06d02153f0ef5f91c036", "split": "test", "audio_id": "foa_6fa56ed5835e7eb8372f", "audio_path": "audio/test/foa_6fa56ed5835e7eb8372f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=149.0 degrees, elevation=5.3 degrees? Answer in one sentence.", "answer": "A body sound is detected at azimuth=149.0 degrees and elevation=5.3 degrees.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_5c9852d3401e748bc3e4", "split": "test", "audio_id": "foa_2b79fc9bdd2e8fccf3cd", "audio_path": "audio/test/foa_2b79fc9bdd2e8fccf3cd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the water active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water is active from 0.0s to 15.5s.", "canonical_answer": "0.0s to 15.5s", "answer_meta": {"time_span": [0.0, 15.5]}}
{"qa_id": "qa_94642071cfa6c753abe9", "split": "test", "audio_id": "foa_73e6de6479b0a5dec5c0", "audio_path": "audio/test/foa_73e6de6479b0a5dec5c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "104.7 degrees", "canonical_answer": "104.7 degrees", "answer_meta": {"azimuth_deg": 104.7}}
{"qa_id": "qa_bd0f28d8de46bc02e42c", "split": "test", "audio_id": "foa_9b9d7e2c1c437908f306", "audio_path": "audio/test/foa_9b9d7e2c1c437908f306.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left and below? Answer in one sentence.", "answer": "The sound source located at the front-left and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_90d08e6794637f598c71", "split": "test", "audio_id": "foa_96bddc523fd454695431", "audio_path": "audio/test/foa_96bddc523fd454695431.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.1s to 8.0s and speech from 0.6s to 5.8s.", "canonical_answer": "speech (0.1s to 8.0s); speech (0.6s to 5.8s)", "answer_meta": {}}
{"qa_id": "qa_beb7328aaee0dfafe8e1", "split": "test", "audio_id": "foa_8e7c9a462bb57796a4d3", "audio_path": "audio/test/foa_8e7c9a462bb57796a4d3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the telephone alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm is active from 9.9s to 13.1s.", "canonical_answer": "9.9s to 13.1s", "answer_meta": {"time_span": [9.9, 13.1]}}
{"qa_id": "qa_1e68e924f8cb813e88f8", "split": "test", "audio_id": "foa_f1a621663f61ebc01ddb", "audio_path": "audio/test/foa_f1a621663f61ebc01ddb.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=27.0 degrees, elevation=4.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=27.0 degrees and elevation=4.2 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_8eb2729145db427cefda", "split": "test", "audio_id": "foa_d2cf9745a7d684963f71", "audio_path": "audio/test/foa_d2cf9745a7d684963f71.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.2 degrees", "canonical_answer": "20.2 degrees", "answer_meta": {"elevation_deg": 20.2}}
{"qa_id": "qa_8e61ed8414f2f27c1bc4", "split": "test", "audio_id": "foa_17e291463733d47b7afa", "audio_path": "audio/test/foa_17e291463733d47b7afa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-102.0 degrees", "canonical_answer": "-102.0 degrees", "answer_meta": {"azimuth_deg": -102.0}}
{"qa_id": "qa_47a7c1e162a62b2d81c6", "split": "test", "audio_id": "foa_8df22c2fa6978f682cc0", "audio_path": "audio/test/foa_8df22c2fa6978f682cc0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound coming from the back is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_81a3d14b277bcc81d252", "split": "test", "audio_id": "foa_f4b577a59d47d21fb48f", "audio_path": "audio/test/foa_f4b577a59d47d21fb48f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter from 0.0s to 0.6s.", "canonical_answer": "laughter (0.0s to 0.6s)", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_a241617080a9dc0d7ffe", "split": "test", "audio_id": "foa_a38d7b1c40dca2bd67f5", "audio_path": "audio/test/foa_a38d7b1c40dca2bd67f5.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-33.7 degrees, elevation=-4.5 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth -33.7 degrees and elevation -4.5 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_3159718775f3ad59b1c7", "split": "test", "audio_id": "foa_1c8057dbc8513647ef41", "audio_path": "audio/test/foa_1c8057dbc8513647ef41.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the back and below of the listener? Answer in one sentence.", "answer": "The sound source heard from the back and below is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_b9c0d001cc299e4c002e", "split": "test", "audio_id": "foa_e0dfb056abf1c98b44ad", "audio_path": "audio/test/foa_e0dfb056abf1c98b44ad.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.1s to 2.1s.", "canonical_answer": "0.1s to 2.1s", "answer_meta": {"time_span": [0.1, 2.1]}}
{"qa_id": "qa_f3bcc59ea2e5e9f33823", "split": "test", "audio_id": "foa_5982c23469756e48b6aa", "audio_path": "audio/test/foa_5982c23469756e48b6aa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.7 degrees", "canonical_answer": "-5.7 degrees", "answer_meta": {"azimuth_deg": -5.7}}
{"qa_id": "qa_d8418ad4ed7c7cc5edb1", "split": "test", "audio_id": "foa_fd645f060ce3d45c21e2", "audio_path": "audio/test/foa_fd645f060ce3d45c21e2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.1 degrees", "canonical_answer": "-16.1 degrees", "answer_meta": {"elevation_deg": -16.1}}
{"qa_id": "qa_2f2ca31c51f391184a77", "split": "test", "audio_id": "foa_07a573126ab6b2a53e0a", "audio_path": "audio/test/foa_07a573126ab6b2a53e0a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-88.4 degrees, elevation=-26.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-88.4 degrees and elevation=-26.5 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_ef82e70ec620fc88fcc5", "split": "test", "audio_id": "foa_c1ab7fe0912a730d8743", "audio_path": "audio/test/foa_c1ab7fe0912a730d8743.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.4 degrees", "canonical_answer": "-21.4 degrees", "answer_meta": {"elevation_deg": -21.4}}
{"qa_id": "qa_44a6255df522dd8e4249", "split": "test", "audio_id": "foa_52202aa505b67d1daae6", "audio_path": "audio/test/foa_52202aa505b67d1daae6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the laughter occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter occurs from 0.6s to 3.1s.", "canonical_answer": "0.6s to 3.1s", "answer_meta": {"time_span": [0.6, 3.1]}}
{"qa_id": "qa_1e3620ee80aefecff4ea", "split": "test", "audio_id": "foa_ae04c1525a1fa1e2aa12", "audio_path": "audio/test/foa_ae04c1525a1fa1e2aa12.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.5s to 1.9s and speech from 0.6s to 7.8s.", "canonical_answer": "speech (0.5s to 1.9s); speech (0.6s to 7.8s)", "answer_meta": {}}
{"qa_id": "qa_f00bb3a5b8e27794ce5f", "split": "test", "audio_id": "foa_52a0dc38113f6e85d913", "audio_path": "audio/test/foa_52a0dc38113f6e85d913.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound originating from the back and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_2abb922811d06f79e1ca", "split": "test", "audio_id": "foa_ab31a5f7058be9589ec4", "audio_path": "audio/test/foa_ab31a5f7058be9589ec4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the aircraft coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-44.3 degrees", "canonical_answer": "-44.3 degrees", "answer_meta": {"azimuth_deg": -44.3}}
{"qa_id": "qa_fd376fe8e52d6a109878", "split": "test", "audio_id": "foa_a0fca70f8c75e58665b2", "audio_path": "audio/test/foa_a0fca70f8c75e58665b2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-53.1 degrees", "canonical_answer": "-53.1 degrees", "answer_meta": {"azimuth_deg": -53.1}}
{"qa_id": "qa_d5af08a84a1192c63ae3", "split": "test", "audio_id": "foa_1abd1848395d92269074", "audio_path": "audio/test/foa_1abd1848395d92269074.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a scratch that lasts from 0.0s to 3.8s.", "canonical_answer": "scratch (0.0s to 3.8s)", "answer_meta": {"time_span": [0.0, 3.8]}}
{"qa_id": "qa_1ca6163fb4041d39444e", "split": "test", "audio_id": "foa_cc53abf405378d492d08", "audio_path": "audio/test/foa_cc53abf405378d492d08.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-66.4 degrees, elevation=13.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-66.4 degrees, elevation=13.3 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_afd38f057a5e02f7acd6", "split": "test", "audio_id": "foa_f188b3d40b2a97536f74", "audio_path": "audio/test/foa_f188b3d40b2a97536f74.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the crackle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.6 degrees", "canonical_answer": "-26.6 degrees", "answer_meta": {"elevation_deg": -26.6}}
{"qa_id": "qa_278f870af3d29dc211d0", "split": "test", "audio_id": "foa_b45b273b4ece1ec6c29a", "audio_path": "audio/test/foa_b45b273b4ece1ec6c29a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the speech event occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.4s to 7.0s.", "canonical_answer": "0.4s to 7.0s", "answer_meta": {"time_span": [0.4, 7.0]}}
{"qa_id": "qa_00399b21cbdaeec13ac0", "split": "test", "audio_id": "foa_44b3e28d538864359a52", "audio_path": "audio/test/foa_44b3e28d538864359a52.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the front and below? Answer in one sentence.", "answer": "The sound source coming from the front and below is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_d0d9e3e85eb4522ac599", "split": "test", "audio_id": "foa_96a96168f5d1b4d90780", "audio_path": "audio/test/foa_96a96168f5d1b4d90780.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features typing, which occurs from 0.0s to 1.5s.", "canonical_answer": "typing (0.0s to 1.5s)", "answer_meta": {"time_span": [0.0, 1.5]}}
{"qa_id": "qa_c881f06315df411c28c4", "split": "test", "audio_id": "foa_443b7440a8673e2b8014", "audio_path": "audio/test/foa_443b7440a8673e2b8014.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.4 degrees", "canonical_answer": "-22.4 degrees", "answer_meta": {"elevation_deg": -22.4}}
{"qa_id": "qa_5b2068501a68429c52dd", "split": "test", "audio_id": "foa_6a2a050fa9eb0484e7a3", "audio_path": "audio/test/foa_6a2a050fa9eb0484e7a3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back? Answer in one sentence.", "answer": "The sound source located at the back is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_ac1f1b70a304307519d4", "split": "test", "audio_id": "foa_7864220c4f06c15e3385", "audio_path": "audio/test/foa_7864220c4f06c15e3385.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time interval during which the breathing event occurs? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing event is active from 0.1s to 4.2s.", "canonical_answer": "0.1s to 4.2s", "answer_meta": {"time_span": [0.1, 4.2]}}
{"qa_id": "qa_84a4a6a365799218004a", "split": "test", "audio_id": "foa_9b434e640515830de0a6", "audio_path": "audio/test/foa_9b434e640515830de0a6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the insect coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.4 degrees", "canonical_answer": "-144.4 degrees", "answer_meta": {"azimuth_deg": -144.4}}
{"qa_id": "qa_4361dd39b1729cc60917", "split": "test", "audio_id": "foa_dd8ffb9ca8acc3ce0620", "audio_path": "audio/test/foa_dd8ffb9ca8acc3ce0620.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=86.9 degrees, elevation=17.6 degrees? Answer in one sentence.", "answer": "An insect is heard coming from azimuth=86.9 degrees and elevation=17.6 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_accfbbb3155358c2eefc", "split": "test", "audio_id": "foa_8084ff9070c409735341", "audio_path": "audio/test/foa_8084ff9070c409735341.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "144.0 degrees", "canonical_answer": "144.0 degrees", "answer_meta": {"azimuth_deg": 144.0}}
{"qa_id": "qa_2410285080faa0f5e63c", "split": "test", "audio_id": "foa_c0de084f3ca1aa39b7a8", "audio_path": "audio/test/foa_c0de084f3ca1aa39b7a8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the writing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The writing is active from 0.0s to 13.6s.", "canonical_answer": "0.0s to 13.6s", "answer_meta": {"time_span": [0.0, 13.6]}}
{"qa_id": "qa_8bc555d07acd4a06f55c", "split": "test", "audio_id": "foa_06f0709d1617dd78c068", "audio_path": "audio/test/foa_06f0709d1617dd78c068.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below is a dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_1b9edaae577feecda565", "split": "test", "audio_id": "foa_8f96f1b769b41da4eadd", "audio_path": "audio/test/foa_8f96f1b769b41da4eadd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-63.4 degrees, elevation=-10.3 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=-63.4 degrees and elevation=-10.3 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_06b7be632573f570b3f3", "split": "test", "audio_id": "foa_bb2b69182bb19f568a32", "audio_path": "audio/test/foa_bb2b69182bb19f568a32.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a metal clink that lasts from 0.4s to 9.1s.", "canonical_answer": "metal clink (0.4s to 9.1s)", "answer_meta": {"time_span": [0.4, 9.1]}}
{"qa_id": "qa_d79cd3a32032f8b1f798", "split": "test", "audio_id": "foa_056e6929f3ec116cbf74", "audio_path": "audio/test/foa_056e6929f3ec116cbf74.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.7 degrees", "canonical_answer": "-15.7 degrees", "answer_meta": {"elevation_deg": -15.7}}
{"qa_id": "qa_01eefe8cfc0d2b8c2665", "split": "test", "audio_id": "foa_bd256d87750f877b272f", "audio_path": "audio/test/foa_bd256d87750f877b272f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_0f6c6718dbd5331f736a", "split": "test", "audio_id": "foa_f681de121bafbc89a0bc", "audio_path": "audio/test/foa_f681de121bafbc89a0bc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=106.3 degrees, elevation=-1.5 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth 106.3 degrees and elevation -1.5 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_5edb8ef2a3e20728a786", "split": "test", "audio_id": "foa_e28863e7600812faeb30", "audio_path": "audio/test/foa_e28863e7600812faeb30.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources can be identified in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features cooking from 0.0s to 14.5s, bird from 8.5s to 16.8s, bell from 15.6s to 20.0s, and a clock from 18.0s to 20.0s.", "canonical_answer": "cooking (0.0s to 14.5s); bird (8.5s to 16.8s); bell (15.6s to 20.0s); clock (18.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_a649cc4510aa72ca555c", "split": "test", "audio_id": "foa_0d84c59c62d5bd4f04a6", "audio_path": "audio/test/foa_0d84c59c62d5bd4f04a6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.3s to 5.4s.", "canonical_answer": "0.3s to 5.4s", "answer_meta": {"time_span": [0.3, 5.4]}}
{"qa_id": "qa_3ceab2f624a1339ed580", "split": "test", "audio_id": "foa_709a1935c527d685b4c2", "audio_path": "audio/test/foa_709a1935c527d685b4c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tearing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.5 degrees", "canonical_answer": "-33.5 degrees", "answer_meta": {"elevation_deg": -33.5}}
{"qa_id": "qa_f1c66aeb3beb78d460ae", "split": "test", "audio_id": "foa_1a3e88acd29e047ca2ec", "audio_path": "audio/test/foa_1a3e88acd29e047ca2ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.0 degrees", "canonical_answer": "-51.0 degrees", "answer_meta": {"azimuth_deg": -51.0}}
{"qa_id": "qa_135931c5f2aeae91d8a0", "split": "test", "audio_id": "foa_23496b69b4f932cab882", "audio_path": "audio/test/foa_23496b69b4f932cab882.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-150.8 degrees", "canonical_answer": "-150.8 degrees", "answer_meta": {"azimuth_deg": -150.8}}
{"qa_id": "qa_1385908ad25917bdd124", "split": "test", "audio_id": "foa_ee26a8c75c673840825d", "audio_path": "audio/test/foa_ee26a8c75c673840825d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the zipper event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper event occurs from 2.1s to 13.4s.", "canonical_answer": "2.1s to 13.4s", "answer_meta": {"time_span": [2.1, 13.4]}}
{"qa_id": "qa_1f07ec6747000e05e8f4", "split": "test", "audio_id": "foa_e90434aac96d4369c5b6", "audio_path": "audio/test/foa_e90434aac96d4369c5b6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-left and below the listener? Answer in one sentence.", "answer": "The sound source located to the front-left and below the listener is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_f4af8417adf4ff3415b1", "split": "test", "audio_id": "foa_95edf1fe7dd1857a9c8e", "audio_path": "audio/test/foa_95edf1fe7dd1857a9c8e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=41.3 degrees, elevation=-31.2 degrees. Answer in one sentence.", "answer": "The source located at azimuth=41.3 degrees and elevation=-31.2 degrees is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_ba2ebe470204574b7051", "split": "test", "audio_id": "foa_b5517f28d0d1f964d889", "audio_path": "audio/test/foa_b5517f28d0d1f964d889.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains tape from 0.8s to 12.9s, paper from 8.5s to 20.0s, and glass from 8.7s to 12.5s.", "canonical_answer": "tape (0.8s to 12.9s); paper (8.5s to 20.0s); glass (8.7s to 12.5s)", "answer_meta": {}}
{"qa_id": "qa_6cba3aa5bf42bf34a912", "split": "test", "audio_id": "foa_378ecc410a72eeed3365", "audio_path": "audio/test/foa_378ecc410a72eeed3365.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.0 degrees", "canonical_answer": "-24.0 degrees", "answer_meta": {"elevation_deg": -24.0}}
{"qa_id": "qa_77767edda20d5259927a", "split": "test", "audio_id": "foa_89a1d7ae1602e9384673", "audio_path": "audio/test/foa_89a1d7ae1602e9384673.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.0 degrees", "canonical_answer": "41.0 degrees", "answer_meta": {"azimuth_deg": 41.0}}
{"qa_id": "qa_aecac8ae8ff8595568e3", "split": "test", "audio_id": "foa_8a670290b9822eab6498", "audio_path": "audio/test/foa_8a670290b9822eab6498.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the home sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.4 degrees", "canonical_answer": "-28.4 degrees", "answer_meta": {"elevation_deg": -28.4}}
{"qa_id": "qa_8d65d63cd489e9aa5cf7", "split": "test", "audio_id": "foa_10d31dbf929f618dabfe", "audio_path": "audio/test/foa_10d31dbf929f618dabfe.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains cooking from 0.0s to 20.0s, rain from 9.9s to 20.0s, and a metal clink from 11.0s to 13.1s.", "canonical_answer": "cooking (0.0s to 20.0s); rain (9.9s to 20.0s); metal clink (11.0s to 13.1s)", "answer_meta": {}}
{"qa_id": "qa_4844a79994345bb3e286", "split": "test", "audio_id": "foa_c60468fe88aa9ef991e9", "audio_path": "audio/test/foa_c60468fe88aa9ef991e9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech is active from 0.4s to 6.7s.", "canonical_answer": "0.4s to 6.7s", "answer_meta": {"time_span": [0.4, 6.7]}}
{"qa_id": "qa_efe5beb256cffc724546", "split": "test", "audio_id": "foa_b1ca5ed33dfd4459abad", "audio_path": "audio/test/foa_b1ca5ed33dfd4459abad.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=98.1 degrees, elevation=21.0 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=98.1 degrees and elevation=21.0 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_d568ef45cf22c05e2b9b", "split": "test", "audio_id": "foa_32b8439336ff51c72124", "audio_path": "audio/test/foa_32b8439336ff51c72124.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_31eb6880019cfa659401", "split": "test", "audio_id": "foa_4e5a6e8a004fbb16c34e", "audio_path": "audio/test/foa_4e5a6e8a004fbb16c34e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the dog coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.9 degrees", "canonical_answer": "147.9 degrees", "answer_meta": {"azimuth_deg": 147.9}}
{"qa_id": "qa_63d94d8b01add96c4743", "split": "test", "audio_id": "foa_7c8e6d2b1c52045d02b6", "audio_path": "audio/test/foa_7c8e6d2b1c52045d02b6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the machine be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.2s to 4.8s.", "canonical_answer": "0.2s to 4.8s", "answer_meta": {"time_span": [0.2, 4.8]}}
{"qa_id": "qa_4b6a88ba4aaad860ee6f", "split": "test", "audio_id": "foa_c36aa5bf815a06dba3cf", "audio_path": "audio/test/foa_c36aa5bf815a06dba3cf.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=18.1 degrees, elevation=-27.3 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=18.1 degrees and elevation=-27.3 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_3f19697ff1cd2762589c", "split": "test", "audio_id": "foa_71667c65dbcc6f7c6cd9", "audio_path": "audio/test/foa_71667c65dbcc6f7c6cd9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_5a72b2615eb8603d5f72", "split": "test", "audio_id": "foa_010a8564a7055ce1114e", "audio_path": "audio/test/foa_010a8564a7055ce1114e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a vehicle from 0.6s to 20.0s, body sounds from 7.5s to 18.8s, and a bird from 9.4s to 13.2s.", "canonical_answer": "vehicle (0.6s to 20.0s); body sound (7.5s to 18.8s); bird (9.4s to 13.2s)", "answer_meta": {}}
{"qa_id": "qa_244f6b2bb2a5b1b5a98f", "split": "test", "audio_id": "foa_46fa8c9dbfe401514ac1", "audio_path": "audio/test/foa_46fa8c9dbfe401514ac1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.5 degrees", "canonical_answer": "-28.5 degrees", "answer_meta": {"elevation_deg": -28.5}}
{"qa_id": "qa_7052b13fb7f572c0eedc", "split": "test", "audio_id": "foa_be45965d211fc347dcf6", "audio_path": "audio/test/foa_be45965d211fc347dcf6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.0 degrees", "canonical_answer": "-45.0 degrees", "answer_meta": {"azimuth_deg": -45.0}}
{"qa_id": "qa_997454a76c34f279dc1b", "split": "test", "audio_id": "foa_04c6d097a55bcc2c6acc", "audio_path": "audio/test/foa_04c6d097a55bcc2c6acc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.5 degrees", "canonical_answer": "6.5 degrees", "answer_meta": {"elevation_deg": 6.5}}
{"qa_id": "qa_958576f22cbe9f437dbf", "split": "test", "audio_id": "foa_de6d90af92730446c7de", "audio_path": "audio/test/foa_de6d90af92730446c7de.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back of the listener? Answer in one sentence.", "answer": "The sound source located at the back is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_77c180f807c313a50c8d", "split": "test", "audio_id": "foa_0462bdf1d5e3fcb4144f", "audio_path": "audio/test/foa_0462bdf1d5e3fcb4144f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "A musical instrument is present in the recording from 0.4s to 5.3s.", "canonical_answer": "musical instrument (0.4s to 5.3s)", "answer_meta": {"time_span": [0.4, 5.3]}}
{"qa_id": "qa_4c6c3744335527cfadaf", "split": "test", "audio_id": "foa_6b18bc58dd39eed54187", "audio_path": "audio/test/foa_6b18bc58dd39eed54187.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=81.4 degrees, elevation=-7.9 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=81.4 degrees and elevation=-7.9 degrees is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_6f85caa0db9d656a9e65", "split": "test", "audio_id": "foa_2f8bddd6eb12715c2267", "audio_path": "audio/test/foa_2f8bddd6eb12715c2267.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the body sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The body sound is audible from 1.2s to 11.7s.", "canonical_answer": "1.2s to 11.7s", "answer_meta": {"time_span": [1.2, 11.7]}}
{"qa_id": "qa_bccaa0d3b70dadd21afc", "split": "test", "audio_id": "foa_df7b6f66fe074e984707", "audio_path": "audio/test/foa_df7b6f66fe074e984707.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-109.7 degrees", "canonical_answer": "-109.7 degrees", "answer_meta": {"azimuth_deg": -109.7}}
{"qa_id": "qa_f3a15d2963f88205c603", "split": "test", "audio_id": "foa_b054a295d959ba1499eb", "audio_path": "audio/test/foa_b054a295d959ba1499eb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the cat event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active from 12.5s to 20.0s.", "canonical_answer": "12.5s to 20.0s", "answer_meta": {"time_span": [12.5, 20.0]}}
{"qa_id": "qa_b2947e9a730515b88e94", "split": "test", "audio_id": "foa_dd38e8e30cafebce0d04", "audio_path": "audio/test/foa_dd38e8e30cafebce0d04.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the back of the listener? Answer in one sentence.", "answer": "The source coming from the back is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_563e92d0696ccd2256fc", "split": "test", "audio_id": "foa_1619d6c187cc7b2cbd99", "audio_path": "audio/test/foa_1619d6c187cc7b2cbd99.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each event? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a cat from 0.4s to 7.8s, a scratch from 1.4s to 2.8s, and a telephone alarm from 2.6s to 3.9s.", "canonical_answer": "cat (0.4s to 7.8s); scratch (1.4s to 2.8s); telephone alarm (2.6s to 3.9s)", "answer_meta": {}}
{"qa_id": "qa_1cba325811a8844abc17", "split": "test", "audio_id": "foa_90d8ef33759f9a8db1be", "audio_path": "audio/test/foa_90d8ef33759f9a8db1be.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-157.6 degrees, elevation=-6.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-157.6 degrees, elevation=-6.3 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_6837e5e05ce7180b1ec7", "split": "test", "audio_id": "foa_fc6b1ce2235bd23525e4", "audio_path": "audio/test/foa_fc6b1ce2235bd23525e4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the insect located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.4 degrees", "canonical_answer": "-34.4 degrees", "answer_meta": {"elevation_deg": -34.4}}
{"qa_id": "qa_cf5d97d27ecc939b86c6", "split": "test", "audio_id": "foa_dc11981351ba34934de9", "audio_path": "audio/test/foa_dc11981351ba34934de9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a drum from 0.0s to 0.1s.", "canonical_answer": "drum (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_98282e0bf504f8e9d0fd", "split": "test", "audio_id": "foa_e2006e7339f306c13143", "audio_path": "audio/test/foa_e2006e7339f306c13143.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the drawer cabinet active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet event occurs from 2.2s to 5.8s.", "canonical_answer": "2.2s to 5.8s", "answer_meta": {"time_span": [2.2, 5.8]}}
{"qa_id": "qa_52d884393db6247ddff8", "split": "test", "audio_id": "foa_0660112c2076b29716dc", "audio_path": "audio/test/foa_0660112c2076b29716dc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-5.6 degrees, elevation=-41.0 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-5.6 degrees, elevation=-41.0 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_5ab22628208f80f396b5", "split": "test", "audio_id": "foa_b4d81db262763f9b3307", "audio_path": "audio/test/foa_b4d81db262763f9b3307.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-right and below? Answer in one sentence.", "answer": "The sound source located at the back-right and below is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_9cd169c3070f54f9ee8d", "split": "test", "audio_id": "foa_d0c481570ed905cadc36", "audio_path": "audio/test/foa_d0c481570ed905cadc36.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.0 degrees", "canonical_answer": "-17.0 degrees", "answer_meta": {"elevation_deg": -17.0}}
{"qa_id": "qa_d5facf33b1dbb99982d6", "split": "test", "audio_id": "foa_22a7e53ab0299697613f", "audio_path": "audio/test/foa_22a7e53ab0299697613f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-105.1 degrees", "canonical_answer": "-105.1 degrees", "answer_meta": {"azimuth_deg": -105.1}}
{"qa_id": "qa_399b580cc85f1f6c638d", "split": "test", "audio_id": "foa_780e6a8d165be702bf80", "audio_path": "audio/test/foa_780e6a8d165be702bf80.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.2 degrees", "canonical_answer": "-37.2 degrees", "answer_meta": {"elevation_deg": -37.2}}
{"qa_id": "qa_863bbedf975dec32a346", "split": "test", "audio_id": "foa_330a3369aeaf4b98f390", "audio_path": "audio/test/foa_330a3369aeaf4b98f390.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-103.4 degrees", "canonical_answer": "-103.4 degrees", "answer_meta": {"azimuth_deg": -103.4}}
{"qa_id": "qa_2a76388a6609f60aca75", "split": "test", "audio_id": "foa_9d9420f6d31798ed1dca", "audio_path": "audio/test/foa_9d9420f6d31798ed1dca.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right? Answer in one sentence.", "answer": "The sound source coming from the front-right is a crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_58c0188bca714e969f75", "split": "test", "audio_id": "foa_57e53f0c3cee61aa6cce", "audio_path": "audio/test/foa_57e53f0c3cee61aa6cce.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the human vocalization active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 1.9s to 2.6s.", "canonical_answer": "1.9s to 2.6s", "answer_meta": {"time_span": [1.9, 2.6]}}
{"qa_id": "qa_e78da2024b6eec98110b", "split": "test", "audio_id": "foa_1c0b1d4c0be147769ee6", "audio_path": "audio/test/foa_1c0b1d4c0be147769ee6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time duration for each one? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features an alarm from 1.6s to 18.2s, an aircraft from 3.2s to 11.4s, and tape from 7.1s to 9.3s.", "canonical_answer": "alarm (1.6s to 18.2s); aircraft (3.2s to 11.4s); tape (7.1s to 9.3s)", "answer_meta": {}}
{"qa_id": "qa_0f0dfb5883a95feaa3d2", "split": "test", "audio_id": "foa_2c644b945b3de1b99be0", "audio_path": "audio/test/foa_2c644b945b3de1b99be0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=135.3 degrees, elevation=23.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=135.3 degrees and elevation=23.6 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_5ac88843093c7c8679ae", "split": "test", "audio_id": "foa_a8ad2056743c7f34f645", "audio_path": "audio/test/foa_a8ad2056743c7f34f645.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left and below side? Answer in one sentence.", "answer": "The source coming from the back-left and below is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_5ec578c9367bf5cce2c4", "split": "test", "audio_id": "foa_5fb5884bd66dfdc97c51", "audio_path": "audio/test/foa_5fb5884bd66dfdc97c51.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the camera in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.1 degrees", "canonical_answer": "-8.1 degrees", "answer_meta": {"azimuth_deg": -8.1}}
{"qa_id": "qa_7c4c707b790abda47a7b", "split": "test", "audio_id": "foa_fd6d8cdd2cb204b78b78", "audio_path": "audio/test/foa_fd6d8cdd2cb204b78b78.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the door occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door is active from 6.3s to 12.4s.", "canonical_answer": "6.3s to 12.4s", "answer_meta": {"time_span": [6.3, 12.4]}}
{"qa_id": "qa_cae5c82d099051d3bdc2", "split": "test", "audio_id": "foa_c8a39223fb2d91d77c45", "audio_path": "audio/test/foa_c8a39223fb2d91d77c45.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "46.2 degrees", "canonical_answer": "46.2 degrees", "answer_meta": {"elevation_deg": 46.2}}
{"qa_id": "qa_51a41cb6ee8af4758c75", "split": "test", "audio_id": "foa_8cab706c03fc028620ea", "audio_path": "audio/test/foa_8cab706c03fc028620ea.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=28.2 degrees, elevation=11.4 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=28.2 degrees and elevation=11.4 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_8254ae5e3cea1ff535ee", "split": "test", "audio_id": "foa_2a6397a8f7ad7cea0309", "audio_path": "audio/test/foa_2a6397a8f7ad7cea0309.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains crackle from 0.2s to 5.0s, bird from 0.3s to 5.1s, war sound from 5.1s to 6.1s, and an alarm from 5.5s to 6.1s.", "canonical_answer": "crackle (0.2s to 5.0s); bird (0.3s to 5.1s); war sound (5.1s to 6.1s); alarm (5.5s to 6.1s)", "answer_meta": {}}
{"qa_id": "qa_428e831d494785294443", "split": "test", "audio_id": "foa_0c47ef7ec5bf62a397d4", "audio_path": "audio/test/foa_0c47ef7ec5bf62a397d4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.8 degrees", "canonical_answer": "-5.8 degrees", "answer_meta": {"azimuth_deg": -5.8}}
{"qa_id": "qa_d69fdcd2177d65d1e450", "split": "test", "audio_id": "foa_52a3a45eaf7fa4ae73e1", "audio_path": "audio/test/foa_52a3a45eaf7fa4ae73e1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back and below is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_66d58e7bd4d30260f790", "split": "test", "audio_id": "foa_8d7fd09563c13e5d9876", "audio_path": "audio/test/foa_8d7fd09563c13e5d9876.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing sound is active from 4.0s to 17.1s.", "canonical_answer": "4.0s to 17.1s", "answer_meta": {"time_span": [4.0, 17.1]}}
{"qa_id": "qa_5163ac7e0d5d972fc1b2", "split": "test", "audio_id": "foa_af84905ee9c7fa15d438", "audio_path": "audio/test/foa_af84905ee9c7fa15d438.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are detectable in the audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features the sound of water from 0.0s to 4.4s.", "canonical_answer": "water (0.0s to 4.4s)", "answer_meta": {"time_span": [0.0, 4.4]}}
{"qa_id": "qa_7659fdc1b7a2198475dd", "split": "test", "audio_id": "foa_b48e0eb11cb1ab5b8b00", "audio_path": "audio/test/foa_b48e0eb11cb1ab5b8b00.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.0 degrees", "canonical_answer": "-14.0 degrees", "answer_meta": {"elevation_deg": -14.0}}
{"qa_id": "qa_c839f716eb34a8d48dbf", "split": "test", "audio_id": "foa_c86064e9cd3af25209e9", "audio_path": "audio/test/foa_c86064e9cd3af25209e9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=139.4 degrees, elevation=1.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth 139.4 degrees and elevation 1.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_2b52f45e5882b9986623", "split": "test", "audio_id": "foa_208a36db59b0455fa790", "audio_path": "audio/test/foa_208a36db59b0455fa790.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.2 degrees", "canonical_answer": "4.2 degrees", "answer_meta": {"elevation_deg": 4.2}}
{"qa_id": "qa_92216f9bc176e653fed2", "split": "test", "audio_id": "foa_7ee171e689cedd2afbf9", "audio_path": "audio/test/foa_7ee171e689cedd2afbf9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left of the listener? Answer in one sentence.", "answer": "The source heard from the front-left is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_44db3e955aa9be406f5f", "split": "test", "audio_id": "foa_6ebb9533808a91039482", "audio_path": "audio/test/foa_6ebb9533808a91039482.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bell active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 0.8s to 4.6s.", "canonical_answer": "0.8s to 4.6s", "answer_meta": {"time_span": [0.8, 4.6]}}
{"qa_id": "qa_b0b84435a55c0c946ceb", "split": "test", "audio_id": "foa_1925f1792c37cf82ac2e", "audio_path": "audio/test/foa_1925f1792c37cf82ac2e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.5 degrees", "canonical_answer": "-52.5 degrees", "answer_meta": {"azimuth_deg": -52.5}}
{"qa_id": "qa_bd491f5020125f28d654", "split": "test", "audio_id": "foa_f436e2509473938adef1", "audio_path": "audio/test/foa_f436e2509473938adef1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=76.2 degrees, elevation=23.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=76.2 degrees and elevation=23.1 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_13b91e143b4e7ebe9965", "split": "test", "audio_id": "foa_570e75275147622f7765", "audio_path": "audio/test/foa_570e75275147622f7765.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains footsteps from 0.3s to 20.0s.", "canonical_answer": "footsteps (0.3s to 20.0s)", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_e0bcb673c285fa801407", "split": "test", "audio_id": "foa_9c5fdc5bf7ef8738bbb3", "audio_path": "audio/test/foa_9c5fdc5bf7ef8738bbb3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the front-right and below of the listener? Answer in one sentence.", "answer": "The source coming from the front-right and below is a dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_c57847b99b0692a6250b", "split": "test", "audio_id": "foa_e221a70680d118813e89", "audio_path": "audio/test/foa_e221a70680d118813e89.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.6s to 20.0s.", "canonical_answer": "0.6s to 20.0s", "answer_meta": {"time_span": [0.6, 20.0]}}
{"qa_id": "qa_fa72cfb0d039122eb701", "split": "test", "audio_id": "foa_647e32c369ca8b797997", "audio_path": "audio/test/foa_647e32c369ca8b797997.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the door in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-60.8 degrees", "canonical_answer": "-60.8 degrees", "answer_meta": {"azimuth_deg": -60.8}}
{"qa_id": "qa_4c7dec4c64d6d764e590", "split": "test", "audio_id": "foa_9e295066d26e29ce0d11", "audio_path": "audio/test/foa_9e295066d26e29ce0d11.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=67.6 degrees, elevation=-11.5 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=67.6 degrees, elevation=-11.5 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_59d9e477eb52984a9ea0", "split": "test", "audio_id": "foa_cf049d5cb275331d744f", "audio_path": "audio/test/foa_cf049d5cb275331d744f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a camera from 0.0s to 2.9s, a metal clink from 0.0s to 4.6s, rain from 0.0s to 10.0s, speech from 0.5s to 2.8s, and footsteps from 0.9s to 2.5s.", "canonical_answer": "camera (0.0s to 2.9s); metal clink (0.0s to 4.6s); rain (0.0s to 10.0s); speech (0.5s to 2.8s); footsteps (0.9s to 2.5s)", "answer_meta": {}}
{"qa_id": "qa_368f762afdd8845f8b24", "split": "test", "audio_id": "foa_8f8cf6654c908e358d4c", "audio_path": "audio/test/foa_8f8cf6654c908e358d4c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the writing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.8 degrees", "canonical_answer": "-22.8 degrees", "answer_meta": {"elevation_deg": -22.8}}
{"qa_id": "qa_b36b548eb477fb6b837e", "split": "test", "audio_id": "foa_c6e773172ab941f59d85", "audio_path": "audio/test/foa_c6e773172ab941f59d85.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the train in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "140.7 degrees", "canonical_answer": "140.7 degrees", "answer_meta": {"azimuth_deg": 140.7}}
{"qa_id": "qa_c4171cc83975767aadc8", "split": "test", "audio_id": "foa_6c899d646bf698a6b7be", "audio_path": "audio/test/foa_6c899d646bf698a6b7be.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back side? Answer in one sentence.", "answer": "The sound source located at the back is a crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_69b3cec645ad528834b1", "split": "test", "audio_id": "foa_c44a1edfbe57c64f3620", "audio_path": "audio/test/foa_c44a1edfbe57c64f3620.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.5 degrees", "canonical_answer": "-23.5 degrees", "answer_meta": {"elevation_deg": -23.5}}
{"qa_id": "qa_3a9cc8013e7ce6281166", "split": "test", "audio_id": "foa_557be3e98f8ec0351f43", "audio_path": "audio/test/foa_557be3e98f8ec0351f43.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the metal clink occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 8.3s to 10.4s.", "canonical_answer": "8.3s to 10.4s", "answer_meta": {"time_span": [8.3, 10.4]}}
{"qa_id": "qa_19ea63e3652d385c4afd", "split": "test", "audio_id": "foa_1989c624cb2adc72e02f", "audio_path": "audio/test/foa_1989c624cb2adc72e02f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=65.9 degrees, elevation=-2.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=65.9 degrees and elevation=-2.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_2c84424f39ca9c36b7b9", "split": "test", "audio_id": "foa_15b2221ca2384fc89d8b", "audio_path": "audio/test/foa_15b2221ca2384fc89d8b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a wind instrument active from 0.3s to 5.4s.", "canonical_answer": "wind instrument (0.3s to 5.4s)", "answer_meta": {"time_span": [0.3, 5.4]}}
{"qa_id": "qa_c896f8597fe38a5d54ca", "split": "test", "audio_id": "foa_08a39c2d132447dcc444", "audio_path": "audio/test/foa_08a39c2d132447dcc444.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be identified in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that occurs from 0.9s to 4.4s.", "canonical_answer": "metal clink (0.9s to 4.4s)", "answer_meta": {"time_span": [0.9, 4.4]}}
{"qa_id": "qa_351b086d6966b26f20f1", "split": "test", "audio_id": "foa_74187c5a25ef34f5db8a", "audio_path": "audio/test/foa_74187c5a25ef34f5db8a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the female speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "167.4 degrees", "canonical_answer": "167.4 degrees", "answer_meta": {"azimuth_deg": 167.4}}
{"qa_id": "qa_b2b01dd2afc4db12b0e3", "split": "test", "audio_id": "foa_e464951fc1d27fe0020a", "audio_path": "audio/test/foa_e464951fc1d27fe0020a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=42.4 degrees, elevation=0.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=42.4 degrees and elevation=0.2 degrees is a crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_f9ea064bffce87410b68", "split": "test", "audio_id": "foa_48cd5c5f866b2937cc59", "audio_path": "audio/test/foa_48cd5c5f866b2937cc59.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wood located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.9 degrees", "canonical_answer": "-9.9 degrees", "answer_meta": {"elevation_deg": -9.9}}
{"qa_id": "qa_2fe17c3c411b87bcee0f", "split": "test", "audio_id": "foa_090c5c215a45eb368791", "audio_path": "audio/test/foa_090c5c215a45eb368791.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the keyboard instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is audible from 0.0s to 0.8s.", "canonical_answer": "0.0s to 0.8s", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_809ea3ca7ae647f5a6d6", "split": "test", "audio_id": "foa_6b370f95c9be0e524f13", "audio_path": "audio/test/foa_6b370f95c9be0e524f13.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back side? Answer in one sentence.", "answer": "The sound that can be heard from the back side is a body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_5b9fd769a6a225479ec1", "split": "test", "audio_id": "foa_6be61c9073d4ebfb1425", "audio_path": "audio/test/foa_6be61c9073d4ebfb1425.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-5.0 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-5.0 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1f898614cab75ce3aed0", "split": "test", "audio_id": "foa_0c1acfdec09af9f8d669", "audio_path": "audio/test/foa_0c1acfdec09af9f8d669.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the keyboard instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument event is active from 8.3s to 17.3s.", "canonical_answer": "8.3s to 17.3s", "answer_meta": {"time_span": [8.3, 17.3]}}
{"qa_id": "qa_e2783d2e9ed2bdc93f6c", "split": "test", "audio_id": "foa_8660177eb1f3890c775c", "audio_path": "audio/test/foa_8660177eb1f3890c775c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_1677e65fe0cb65c0d452", "split": "test", "audio_id": "foa_f95ea62229792d9f263c", "audio_path": "audio/test/foa_f95ea62229792d9f263c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located behind the listener? Answer in one sentence.", "answer": "The sound source coming from the back is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_858b26ce21b8a462b52b", "split": "test", "audio_id": "foa_a6b5c5ccdb09e317e23b", "audio_path": "audio/test/foa_a6b5c5ccdb09e317e23b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.2s to 0.8s.", "canonical_answer": "breathing (0.2s to 0.8s)", "answer_meta": {"time_span": [0.2, 0.8]}}
{"qa_id": "qa_25b815d06e5382c0691a", "split": "test", "audio_id": "foa_0cf989435321e23c24c5", "audio_path": "audio/test/foa_0cf989435321e23c24c5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the human vocalization coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "58.4 degrees", "canonical_answer": "58.4 degrees", "answer_meta": {"azimuth_deg": 58.4}}
{"qa_id": "qa_78aa56670dea00438541", "split": "test", "audio_id": "foa_e6736313fa9ddc6657ab", "audio_path": "audio/test/foa_e6736313fa9ddc6657ab.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in this audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains typing that occurs from 0.0s to 1.0s.", "canonical_answer": "typing (0.0s to 1.0s)", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_2150c83ee59df0fc672d", "split": "test", "audio_id": "foa_11db125c687c7f98ffc9", "audio_path": "audio/test/foa_11db125c687c7f98ffc9.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=2.4 degrees, elevation=41.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=2.4 degrees and elevation=41.7 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_da4a8d215e48a2b77f99", "split": "test", "audio_id": "foa_64b582db62fec244ef28", "audio_path": "audio/test/foa_64b582db62fec244ef28.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-128.4 degrees", "canonical_answer": "-128.4 degrees", "answer_meta": {"azimuth_deg": -128.4}}
{"qa_id": "qa_0b1c3103f57e5b64d3c3", "split": "test", "audio_id": "foa_5d64981bf1633047cb33", "audio_path": "audio/test/foa_5d64981bf1633047cb33.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.2 degrees", "canonical_answer": "1.2 degrees", "answer_meta": {"elevation_deg": 1.2}}
{"qa_id": "qa_0e0f56be27ae6340cb8c", "split": "test", "audio_id": "foa_c1a29aa5279c34990cc3", "audio_path": "audio/test/foa_c1a29aa5279c34990cc3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the identity of the sound source located at the back-right and below? Answer in one sentence.", "answer": "The source located at the back-right and below is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_ace2fd2a93dbd4370a1c", "split": "test", "audio_id": "foa_d7a66fc997a46f86379c", "audio_path": "audio/test/foa_d7a66fc997a46f86379c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the thunderstorm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The thunderstorm is active from 4.5s to 16.5s.", "canonical_answer": "4.5s to 16.5s", "answer_meta": {"time_span": [4.5, 16.5]}}
{"qa_id": "qa_b41e0dcb9780ddf01aeb", "split": "test", "audio_id": "foa_c9d60d0b3babe0f12343", "audio_path": "audio/test/foa_c9d60d0b3babe0f12343.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the aircraft? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.9 degrees", "canonical_answer": "-26.9 degrees", "answer_meta": {"elevation_deg": -26.9}}
{"qa_id": "qa_11c084db47de47ca445a", "split": "test", "audio_id": "foa_891707f8ace4fe1e1d33", "audio_path": "audio/test/foa_891707f8ace4fe1e1d33.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_f1d80ff8ceb48f0ffb7d", "split": "test", "audio_id": "foa_4a5e460f5e97dec314ef", "audio_path": "audio/test/foa_4a5e460f5e97dec314ef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the finger snapping in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "120.2 degrees", "canonical_answer": "120.2 degrees", "answer_meta": {"azimuth_deg": 120.2}}
{"qa_id": "qa_f555fc3fc03021045d9e", "split": "test", "audio_id": "foa_2c3a04606435c58e0ff6", "audio_path": "audio/test/foa_2c3a04606435c58e0ff6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm that occurs from 0.1s to 1.1s.", "canonical_answer": "alarm (0.1s to 1.1s)", "answer_meta": {"time_span": [0.1, 1.1]}}
{"qa_id": "qa_593b6c3c49339b1ac114", "split": "test", "audio_id": "foa_ac9c856a92c9ffa39328", "audio_path": "audio/test/foa_ac9c856a92c9ffa39328.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the animal active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The animal is active from 0.7s to 20.0s.", "canonical_answer": "0.7s to 20.0s", "answer_meta": {"time_span": [0.7, 20.0]}}
{"qa_id": "qa_ae072c08325f5883429e", "split": "test", "audio_id": "foa_ebfcaee1e7b61131491e", "audio_path": "audio/test/foa_ebfcaee1e7b61131491e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=105.5 degrees, elevation=2.7 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=105.5 degrees and elevation=2.7 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_acdff1785ffc953315e9", "split": "test", "audio_id": "foa_280a195393f6904ff50a", "audio_path": "audio/test/foa_280a195393f6904ff50a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=7.5 degrees, elevation=30.8 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=7.5 degrees and elevation=30.8 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_88d627c6d558ff7ce400", "split": "test", "audio_id": "foa_bee2c06ddb0b1f7a7157", "audio_path": "audio/test/foa_bee2c06ddb0b1f7a7157.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the kitchenware coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "105.5 degrees", "canonical_answer": "105.5 degrees", "answer_meta": {"azimuth_deg": 105.5}}
{"qa_id": "qa_b333301c57f39d6c6ecb", "split": "test", "audio_id": "foa_8b8985e69cab0e31999e", "audio_path": "audio/test/foa_8b8985e69cab0e31999e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.4s to 5.5s and speech occurring from 0.5s to 13.8s.", "canonical_answer": "speech (0.4s to 5.5s); speech (0.5s to 13.8s)", "answer_meta": {}}
{"qa_id": "qa_e309fbbcf95f2da7cfbd", "split": "test", "audio_id": "foa_788d4db3532cc197e643", "audio_path": "audio/test/foa_788d4db3532cc197e643.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.0s to 16.8s.", "canonical_answer": "0.0s to 16.8s", "answer_meta": {"time_span": [0.0, 16.8]}}
{"qa_id": "qa_4de3fc7e70d398b646ae", "split": "test", "audio_id": "foa_42143f08ddd2536c25a2", "audio_path": "audio/test/foa_42143f08ddd2536c25a2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front and below? Answer in one sentence.", "answer": "The source coming from the front and below is a scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_02337aba07f6ab281240", "split": "test", "audio_id": "foa_04dc7a83b29a21cf1cb3", "audio_path": "audio/test/foa_04dc7a83b29a21cf1cb3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the drawer cabinet located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.2 degrees", "canonical_answer": "-18.2 degrees", "answer_meta": {"elevation_deg": -18.2}}
{"qa_id": "qa_198065c33a3adb0cc184", "split": "test", "audio_id": "foa_e981c51b5c283c11eb1f", "audio_path": "audio/test/foa_e981c51b5c283c11eb1f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.5 degrees", "canonical_answer": "27.5 degrees", "answer_meta": {"azimuth_deg": 27.5}}
{"qa_id": "qa_9911904f1bcfc98e6744", "split": "test", "audio_id": "foa_bfd4d1ceb254cea843bc", "audio_path": "audio/test/foa_bfd4d1ceb254cea843bc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each occurrence? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features an aircraft from 0.3s to 20.0s, wood from 6.5s to 7.2s, crackle from 13.7s to 20.0s, and a clock from 15.5s to 20.0s.", "canonical_answer": "aircraft (0.3s to 20.0s); wood (6.5s to 7.2s); crackle (13.7s to 20.0s); clock (15.5s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_3d577029ad4b96ba0a18", "split": "test", "audio_id": "foa_4798a0b29cfd5ef6b8ef", "audio_path": "audio/test/foa_4798a0b29cfd5ef6b8ef.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the sound source located at the back-left and above? Answer in one sentence.", "answer": "The sound source located at the back-left and above is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_98c5b9be62faba3db86e", "split": "test", "audio_id": "foa_b5966014bb072e2f1a25", "audio_path": "audio/test/foa_b5966014bb072e2f1a25.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the cooking active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cooking sound is active from 7.7s to 11.1s.", "canonical_answer": "7.7s to 11.1s", "answer_meta": {"time_span": [7.7, 11.1]}}
{"qa_id": "qa_4ba5bd23fc9438110c79", "split": "test", "audio_id": "foa_5f793e9b7b586d13448b", "audio_path": "audio/test/foa_5f793e9b7b586d13448b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-84.6 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-84.6 degrees and elevation=0.0 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_8819bee0c70d57d7e0bc", "split": "test", "audio_id": "foa_cac3e7b1447a31b683af", "audio_path": "audio/test/foa_cac3e7b1447a31b683af.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.8 degrees", "canonical_answer": "20.8 degrees", "answer_meta": {"elevation_deg": 20.8}}
{"qa_id": "qa_3018e4af05920d4002fa", "split": "test", "audio_id": "foa_2a79540d8c9033eac5be", "audio_path": "audio/test/foa_2a79540d8c9033eac5be.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right of the listener? Answer in one sentence.", "answer": "The sound source coming from the right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_615dd21ef6e375754329", "split": "test", "audio_id": "foa_a2daa8cf809dd317e918", "audio_path": "audio/test/foa_a2daa8cf809dd317e918.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-31.0 degrees, elevation=-21.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -31.0 degrees and elevation -21.3 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_eb7ca4047da36545df70", "split": "test", "audio_id": "foa_c2ddfc0e4c895ab19f28", "audio_path": "audio/test/foa_c2ddfc0e4c895ab19f28.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.2 degrees", "canonical_answer": "-0.2 degrees", "answer_meta": {"elevation_deg": -0.2}}
{"qa_id": "qa_c9262ee722a59073c65d", "split": "test", "audio_id": "foa_a822b617695f6b232449", "audio_path": "audio/test/foa_a822b617695f6b232449.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an alarm from 0.0s to 20.0s, a zipper from 0.2s to 9.2s, speech from 0.4s to 2.2s, a printer from 0.8s to 14.4s, and body sound from 3.5s to 5.6s.", "canonical_answer": "alarm (0.0s to 20.0s); zipper (0.2s to 9.2s); speech (0.4s to 2.2s); printer (0.8s to 14.4s); body sound (3.5s to 5.6s)", "answer_meta": {}}
{"qa_id": "qa_ee5bbc9504c2213ec0fa", "split": "test", "audio_id": "foa_2174753c520285ad034e", "audio_path": "audio/test/foa_2174753c520285ad034e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "134.5 degrees", "canonical_answer": "134.5 degrees", "answer_meta": {"azimuth_deg": 134.5}}
{"qa_id": "qa_93ae4162d55b999cbf27", "split": "test", "audio_id": "foa_696a52fcd729c20a99fe", "audio_path": "audio/test/foa_696a52fcd729c20a99fe.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the crushing sound be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing sound is active from 0.0s to 3.4s.", "canonical_answer": "0.0s to 3.4s", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_cf7c26c784b14b699fe0", "split": "test", "audio_id": "foa_c01de53711b70778d083", "audio_path": "audio/test/foa_c01de53711b70778d083.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 2.0s and speech from 0.5s to 2.1s.", "canonical_answer": "speech (0.3s to 2.0s); speech (0.5s to 2.1s)", "answer_meta": {}}
{"qa_id": "qa_85e461ba1abd4dfc1d53", "split": "test", "audio_id": "foa_6a70a3510825104bd22f", "audio_path": "audio/test/foa_6a70a3510825104bd22f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the glass in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "119.3 degrees", "canonical_answer": "119.3 degrees", "answer_meta": {"azimuth_deg": 119.3}}
{"qa_id": "qa_e1a2446b4f45337c7dad", "split": "test", "audio_id": "foa_946ec9d4ed3594032983", "audio_path": "audio/test/foa_946ec9d4ed3594032983.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the string instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is audible from 0.0s to 0.1s.", "canonical_answer": "0.0s to 0.1s", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_d7462ec6ce5787b01f1a", "split": "test", "audio_id": "foa_dfd84974d75d83a6ade1", "audio_path": "audio/test/foa_dfd84974d75d83a6ade1.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=34.7 degrees, elevation=-8.6 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth=34.7 degrees and elevation=-8.6 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_303f3f6b0524e4f4d292", "split": "test", "audio_id": "foa_e023ba4f50c3bec0b011", "audio_path": "audio/test/foa_e023ba4f50c3bec0b011.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.8 degrees", "canonical_answer": "-25.8 degrees", "answer_meta": {"elevation_deg": -25.8}}
{"qa_id": "qa_5a9073148d4310f39d73", "split": "test", "audio_id": "foa_ea3149abacd030c80bd1", "audio_path": "audio/test/foa_ea3149abacd030c80bd1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the left and below is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_942aef9869a5655e8e0a", "split": "test", "audio_id": "foa_d7569746e20674b97959", "audio_path": "audio/test/foa_d7569746e20674b97959.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=55.9 degrees, elevation=-0.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=55.9 degrees and elevation=-0.5 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_70affd355ec43ab86cd0", "split": "test", "audio_id": "foa_01cbdb62e0d9f3816332", "audio_path": "audio/test/foa_01cbdb62e0d9f3816332.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.0s to 14.4s and footsteps from 0.3s to 7.0s.", "canonical_answer": "rain (0.0s to 14.4s); footsteps (0.3s to 7.0s)", "answer_meta": {}}
{"qa_id": "qa_9dc63e6547c7bd0316b4", "split": "test", "audio_id": "foa_96b303fdfd873491c9f5", "audio_path": "audio/test/foa_96b303fdfd873491c9f5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.0 degrees", "canonical_answer": "-9.0 degrees", "answer_meta": {"elevation_deg": -9.0}}
{"qa_id": "qa_3082df2a09fafc6ac8b2", "split": "test", "audio_id": "foa_e33b9f86f2e06c7a2bc2", "audio_path": "audio/test/foa_e33b9f86f2e06c7a2bc2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "62.3 degrees", "canonical_answer": "62.3 degrees", "answer_meta": {"azimuth_deg": 62.3}}
{"qa_id": "qa_18143b22348e42d78790", "split": "test", "audio_id": "foa_b0ea2a87e9dc904ef26c", "audio_path": "audio/test/foa_b0ea2a87e9dc904ef26c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below? Answer in one sentence.", "answer": "The source located to the right and below is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_9543abd68078575a0d69", "split": "test", "audio_id": "foa_83baa374b8300ab15fb1", "audio_path": "audio/test/foa_83baa374b8300ab15fb1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the door sound occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door sound is active from 0.7s to 1.4s.", "canonical_answer": "0.7s to 1.4s", "answer_meta": {"time_span": [0.7, 1.4]}}
{"qa_id": "qa_750af0231afce6bc701e", "split": "test", "audio_id": "foa_6b718676a25439170d5b", "audio_path": "audio/test/foa_6b718676a25439170d5b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-130.0 degrees, elevation=32.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -130.0 degrees and elevation 32.5 degrees is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_ccef7de8419b253a4500", "split": "test", "audio_id": "foa_6b9de34db1a033115c14", "audio_path": "audio/test/foa_6b9de34db1a033115c14.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.2 degrees", "canonical_answer": "3.2 degrees", "answer_meta": {"elevation_deg": 3.2}}
{"qa_id": "qa_d6743d972186384df79f", "split": "test", "audio_id": "foa_3952ea7a3f7cc9a66c71", "audio_path": "audio/test/foa_3952ea7a3f7cc9a66c71.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the breathing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing sound is active from 0.0s to 8.3s.", "canonical_answer": "0.0s to 8.3s", "answer_meta": {"time_span": [0.0, 8.3]}}
{"qa_id": "qa_7d5c8dec90e9a03412fb", "split": "test", "audio_id": "foa_2087a6d4e8913326723b", "audio_path": "audio/test/foa_2087a6d4e8913326723b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.0 degrees", "canonical_answer": "-5.0 degrees", "answer_meta": {"azimuth_deg": -5.0}}
{"qa_id": "qa_fead11ac420e04dd6c41", "split": "test", "audio_id": "foa_425bf8f3430a25a09bc2", "audio_path": "audio/test/foa_425bf8f3430a25a09bc2.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is coming from the back-right side? Answer in one sentence.", "answer": "The sound source located at the back-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_9faa5fc1dea947a02eb6", "split": "test", "audio_id": "foa_1c24c126448634206526", "audio_path": "audio/test/foa_1c24c126448634206526.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a telephone alarm from 1.4s to 2.9s.", "canonical_answer": "telephone alarm (1.4s to 2.9s)", "answer_meta": {"time_span": [1.4, 2.9]}}
{"qa_id": "qa_ed37b99289978d1f106d", "split": "test", "audio_id": "foa_a046b3548e3b53d39071", "audio_path": "audio/test/foa_a046b3548e3b53d39071.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and above the listener? Answer in one sentence.", "answer": "The source heard from the back-right and above is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_5ebc04027f71bdeff087", "split": "test", "audio_id": "foa_e71bf6a8316a7bf6f248", "audio_path": "audio/test/foa_e71bf6a8316a7bf6f248.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.7 degrees", "canonical_answer": "-5.7 degrees", "answer_meta": {"azimuth_deg": -5.7}}
{"qa_id": "qa_510dbbdc33a197c4aff0", "split": "test", "audio_id": "foa_df999147e8f1c9b8d960", "audio_path": "audio/test/foa_df999147e8f1c9b8d960.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.4 degrees", "canonical_answer": "11.4 degrees", "answer_meta": {"elevation_deg": 11.4}}
{"qa_id": "qa_8449d340deadc557bcb6", "split": "test", "audio_id": "foa_1ad50e34ad1878370e2b", "audio_path": "audio/test/foa_1ad50e34ad1878370e2b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=123.9 degrees, elevation=-25.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=123.9 degrees, elevation=-25.8 degrees is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_1bf4b667b9fa96416c15", "split": "test", "audio_id": "foa_35d0e490539b8726dd6e", "audio_path": "audio/test/foa_35d0e490539b8726dd6e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the train be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The train is audible from 5.0s to 6.7s.", "canonical_answer": "5.0s to 6.7s", "answer_meta": {"time_span": [5.0, 6.7]}}
{"qa_id": "qa_1c3ea96bfa8d7f62d22d", "split": "test", "audio_id": "foa_92b3bfaa562aa7d54352", "audio_path": "audio/test/foa_92b3bfaa562aa7d54352.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains rain from 0.0s to 16.9s, an alarm from 14.8s to 20.0s, and kitchenware from 19.0s to 20.0s.", "canonical_answer": "rain (0.0s to 16.9s); alarm (14.8s to 20.0s); kitchenware (19.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_947b791785bfd12352f2", "split": "test", "audio_id": "foa_9195246a88c0d8898c0e", "audio_path": "audio/test/foa_9195246a88c0d8898c0e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=92.2 degrees, elevation=-33.9 degrees? Answer in one sentence.", "answer": "A dog is the sound heard from azimuth=92.2 degrees and elevation=-33.9 degrees.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_5b2b77cb29e454974eaf", "split": "test", "audio_id": "foa_590fe10dfa436a4c8c5b", "audio_path": "audio/test/foa_590fe10dfa436a4c8c5b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.8 degrees", "canonical_answer": "21.8 degrees", "answer_meta": {"azimuth_deg": 21.8}}
{"qa_id": "qa_c6c16f5e2118a7803d64", "split": "test", "audio_id": "foa_e6907e48fbd3bd51fbe4", "audio_path": "audio/test/foa_e6907e48fbd3bd51fbe4.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains home sound occurring from 0.3s to 1.4s.", "canonical_answer": "home sound (0.3s to 1.4s)", "answer_meta": {"time_span": [0.3, 1.4]}}
{"qa_id": "qa_d5379abdd33a6bf3cee5", "split": "test", "audio_id": "foa_6d2b89fcaa8aac59d2c6", "audio_path": "audio/test/foa_6d2b89fcaa8aac59d2c6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the glass located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-44.8 degrees", "canonical_answer": "-44.8 degrees", "answer_meta": {"elevation_deg": -44.8}}
{"qa_id": "qa_2534a645f2b328de0425", "split": "test", "audio_id": "foa_777a91847e8af260603d", "audio_path": "audio/test/foa_777a91847e8af260603d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the vehicle event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The vehicle is active from 19.0s to 20.0s.", "canonical_answer": "19.0s to 20.0s", "answer_meta": {"time_span": [19.0, 20.0]}}
{"qa_id": "qa_97d10f3e0063900e2af2", "split": "test", "audio_id": "foa_2ef377db98cd3bba90a7", "audio_path": "audio/test/foa_2ef377db98cd3bba90a7.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and below is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_c460596c73b22bb92901", "split": "test", "audio_id": "foa_7f4e40fd188bae143664", "audio_path": "audio/test/foa_7f4e40fd188bae143664.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right and below side? Answer in one sentence.", "answer": "The sound coming from the right and below is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_45c4001183b9a4ab1aad", "split": "test", "audio_id": "foa_95a741926edf40dd36b2", "audio_path": "audio/test/foa_95a741926edf40dd36b2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "170.5 degrees", "canonical_answer": "170.5 degrees", "answer_meta": {"azimuth_deg": 170.5}}
{"qa_id": "qa_eb4461f84e62ef7f56ad", "split": "test", "audio_id": "foa_36742a7728ee4d5f2b85", "audio_path": "audio/test/foa_36742a7728ee4d5f2b85.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 5.2s and speech from 0.6s to 6.2s.", "canonical_answer": "speech (0.4s to 5.2s); speech (0.6s to 6.2s)", "answer_meta": {}}
{"qa_id": "qa_1856c36ae05506a68c15", "split": "test", "audio_id": "foa_3cc0148331ec2304d6e4", "audio_path": "audio/test/foa_3cc0148331ec2304d6e4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=68.2 degrees, elevation=-32.0 degrees? Answer in one sentence.", "answer": "An animal is located at azimuth=68.2 degrees and elevation=-32.0 degrees.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_bdbf6efc41ee7adcb912", "split": "test", "audio_id": "foa_d33e4e86d487a37bbd8c", "audio_path": "audio/test/foa_d33e4e86d487a37bbd8c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the string instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is active throughout the interval from 0.4s to 18.5s.", "canonical_answer": "0.4s to 18.5s", "answer_meta": {"time_span": [0.4, 18.5]}}
{"qa_id": "qa_cf39029ef3501dff15de", "split": "test", "audio_id": "foa_f3a10d71c7460ab6c8c2", "audio_path": "audio/test/foa_f3a10d71c7460ab6c8c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.1 degrees", "canonical_answer": "13.1 degrees", "answer_meta": {"elevation_deg": 13.1}}
{"qa_id": "qa_86d87f14d42e2590695d", "split": "test", "audio_id": "foa_67a9996036c89e5f6b52", "audio_path": "audio/test/foa_67a9996036c89e5f6b52.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the scratch? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.7 degrees", "canonical_answer": "-29.7 degrees", "answer_meta": {"elevation_deg": -29.7}}
{"qa_id": "qa_7bf9a734626b837f9ab5", "split": "test", "audio_id": "foa_af697d910e0d1ee1c0a0", "audio_path": "audio/test/foa_af697d910e0d1ee1c0a0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard coming from the front of the listener? Answer in one sentence.", "answer": "The sound source coming from the front is a zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_0fa105f0a7f1af7f1c70", "split": "test", "audio_id": "foa_4c492a483091d8f29ce4", "audio_path": "audio/test/foa_4c492a483091d8f29ce4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.6 degrees", "canonical_answer": "17.6 degrees", "answer_meta": {"azimuth_deg": 17.6}}
{"qa_id": "qa_d384dc5e568ea95c0b7a", "split": "test", "audio_id": "foa_6735d40443568afa8a8f", "audio_path": "audio/test/foa_6735d40443568afa8a8f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.6s to 2.4s and speech from 0.6s to 2.8s.", "canonical_answer": "speech (0.6s to 2.4s); speech (0.6s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_2b66a01a4fa6fb676ec0", "split": "test", "audio_id": "foa_a4b65b58126ac50aece4", "audio_path": "audio/test/foa_a4b65b58126ac50aece4.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the guitar event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar event is active from 0.0s to 8.0s.", "canonical_answer": "0.0s to 8.0s", "answer_meta": {"time_span": [0.0, 8.0]}}
{"qa_id": "qa_88e667ebb577a7fbd96a", "split": "test", "audio_id": "foa_21c9a7823a4a79b39db0", "audio_path": "audio/test/foa_21c9a7823a4a79b39db0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-143.3 degrees, elevation=9.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-143.3 degrees and elevation=9.0 degrees is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_8bffffc35c409b9daf57", "split": "test", "audio_id": "foa_673e9295156d620bb0ef", "audio_path": "audio/test/foa_673e9295156d620bb0ef.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-1.1 degrees, elevation=5.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-1.1 degrees and elevation=5.3 degrees is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_ba455322b524dd204912", "split": "test", "audio_id": "foa_991975b68dbabaad245b", "audio_path": "audio/test/foa_991975b68dbabaad245b.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the human vocalization occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 5.5s to 16.1s.", "canonical_answer": "5.5s to 16.1s", "answer_meta": {"time_span": [5.5, 16.1]}}
{"qa_id": "qa_dcdd4f5872422d7e39f5", "split": "test", "audio_id": "foa_96b71e221203a36df724", "audio_path": "audio/test/foa_96b71e221203a36df724.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.6 degrees", "canonical_answer": "2.6 degrees", "answer_meta": {"azimuth_deg": 2.6}}
{"qa_id": "qa_d2785ff822bd1c0c09bc", "split": "test", "audio_id": "foa_a6ece4788a4aae504c80", "audio_path": "audio/test/foa_a6ece4788a4aae504c80.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound originating from the front-left and below is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_f1fd8d94f6e3bae67fc5", "split": "test", "audio_id": "foa_79b47c91ebd836cbb40e", "audio_path": "audio/test/foa_79b47c91ebd836cbb40e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the cooking in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.2 degrees", "canonical_answer": "-15.2 degrees", "answer_meta": {"elevation_deg": -15.2}}
{"qa_id": "qa_ddf83cbbee70de510e35", "split": "test", "audio_id": "foa_9cfd2e8189a3b72ab9fa", "audio_path": "audio/test/foa_9cfd2e8189a3b72ab9fa.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech from 0.4s to 12.3s and speech from 0.6s to 5.8s.", "canonical_answer": "speech (0.4s to 12.3s); speech (0.6s to 5.8s)", "answer_meta": {}}
{"qa_id": "qa_6b4d16dddaada84ed45d", "split": "test", "audio_id": "foa_6a2fb10a18793cce0acc", "audio_path": "audio/test/foa_6a2fb10a18793cce0acc.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 2.2s.", "canonical_answer": "0.0s to 2.2s", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_e62fdbe19684fe8475d8", "split": "test", "audio_id": "foa_c74931daec8acee864e3", "audio_path": "audio/test/foa_c74931daec8acee864e3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.3 degrees", "canonical_answer": "-10.3 degrees", "answer_meta": {"elevation_deg": -10.3}}
{"qa_id": "qa_318849d1d661693eab0c", "split": "test", "audio_id": "foa_d52cb3a59217cc854ddd", "audio_path": "audio/test/foa_d52cb3a59217cc854ddd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features ocean from 0.0s to 20.0s, a train from 10.5s to 13.0s, and kitchenware from 14.3s to 20.0s.", "canonical_answer": "ocean (0.0s to 20.0s); train (10.5s to 13.0s); kitchenware (14.3s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_674b6d340dae33cde6fc", "split": "test", "audio_id": "foa_38973e1909ad55990a19", "audio_path": "audio/test/foa_38973e1909ad55990a19.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3110fcbc83917b34bfd0", "split": "test", "audio_id": "foa_a9065338609f8dd7c2a0", "audio_path": "audio/test/foa_a9065338609f8dd7c2a0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=140.5 degrees, elevation=36.1 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 140.5 degrees and elevation 36.1 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_2b7c34f9e572bc08ac33", "split": "test", "audio_id": "foa_e82c99900f0e3bf4034b", "audio_path": "audio/test/foa_e82c99900f0e3bf4034b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the train? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-116.7 degrees", "canonical_answer": "-116.7 degrees", "answer_meta": {"azimuth_deg": -116.7}}
{"qa_id": "qa_c744eb1dae1680e4a6cc", "split": "test", "audio_id": "foa_e32e1b2d7f66f417cdf8", "audio_path": "audio/test/foa_e32e1b2d7f66f417cdf8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The sound source coming from the front-left is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_218d9b86b46c191a6e96", "split": "test", "audio_id": "foa_3699d344fcf24e557855", "audio_path": "audio/test/foa_3699d344fcf24e557855.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.7 degrees", "canonical_answer": "5.7 degrees", "answer_meta": {"elevation_deg": 5.7}}
{"qa_id": "qa_5444eb1fcc7365e90395", "split": "test", "audio_id": "foa_3266c47f2daddb6bb079", "audio_path": "audio/test/foa_3266c47f2daddb6bb079.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "50.1 degrees", "canonical_answer": "50.1 degrees", "answer_meta": {"azimuth_deg": 50.1}}
{"qa_id": "qa_f382263848029800f59f", "split": "test", "audio_id": "foa_608201edc2e8d984954a", "audio_path": "audio/test/foa_608201edc2e8d984954a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a dog sound that lasts from 0.6s to 9.4s.", "canonical_answer": "dog (0.6s to 9.4s)", "answer_meta": {"time_span": [0.6, 9.4]}}
{"qa_id": "qa_85d2e509008a1665deb1", "split": "test", "audio_id": "foa_9af47c4388d9b999fc24", "audio_path": "audio/test/foa_9af47c4388d9b999fc24.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the knock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock is active from 6.4s to 8.4s.", "canonical_answer": "6.4s to 8.4s", "answer_meta": {"time_span": [6.4, 8.4]}}
{"qa_id": "qa_f7b8e753a216a962fd99", "split": "test", "audio_id": "foa_11f3bbe395efbfc2c473", "audio_path": "audio/test/foa_11f3bbe395efbfc2c473.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=36.9 degrees, elevation=40.2 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=36.9 degrees and elevation=40.2 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_2860f963a859017cb1cd", "split": "test", "audio_id": "foa_54eb3b25e391423b5a59", "audio_path": "audio/test/foa_54eb3b25e391423b5a59.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the human vocalization active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The human vocalization is active from 0.0s to 4.5s.", "canonical_answer": "0.0s to 4.5s", "answer_meta": {"time_span": [0.0, 4.5]}}
{"qa_id": "qa_7c1fa4c1d6f73b155766", "split": "test", "audio_id": "foa_fddf88930bf072ae2f94", "audio_path": "audio/test/foa_fddf88930bf072ae2f94.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The source coming from the front-left is a wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_7021329a7e62d6ca4d54", "split": "test", "audio_id": "foa_4d21eb583726f05a387f", "audio_path": "audio/test/foa_4d21eb583726f05a387f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.9 degrees", "canonical_answer": "-23.9 degrees", "answer_meta": {"elevation_deg": -23.9}}
{"qa_id": "qa_3f2c53f964e74aaaf45e", "split": "test", "audio_id": "foa_2261b549122177b5142e", "audio_path": "audio/test/foa_2261b549122177b5142e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Summarize the sound events in the clip together with their time spans. Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "A string instrument is heard in the audio from 0.0s to 0.1s.", "canonical_answer": "string instrument (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_9144e8b3163ddccfe5ba", "split": "test", "audio_id": "foa_6ce27fdd2cf07257af94", "audio_path": "audio/test/foa_6ce27fdd2cf07257af94.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-100.7 degrees", "canonical_answer": "-100.7 degrees", "answer_meta": {"azimuth_deg": -100.7}}
{"qa_id": "qa_1c88a14babce0cf1faf4", "split": "test", "audio_id": "foa_9b66cccf65d1c42c91ad", "audio_path": "audio/test/foa_9b66cccf65d1c42c91ad.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=51.6 degrees, elevation=-2.3 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=51.6 degrees and elevation=-2.3 degrees is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_3d3af6d1806812b80f42", "split": "test", "audio_id": "foa_9b35ba10acb5d6d44d1b", "audio_path": "audio/test/foa_9b35ba10acb5d6d44d1b.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back? Answer in one sentence.", "answer": "The sound source coming from the back is a crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_96643882716c0a825ebd", "split": "test", "audio_id": "foa_19e1b197c6133c9473cc", "audio_path": "audio/test/foa_19e1b197c6133c9473cc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in the audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a zipper from 2.1s to 13.4s, a keyboard instrument from 8.2s to 12.1s, and speech from 8.2s to 13.5s.", "canonical_answer": "zipper (2.1s to 13.4s); keyboard instrument (8.2s to 12.1s); speech (8.2s to 13.5s)", "answer_meta": {}}
{"qa_id": "qa_34a5e9a2287c9c92fa08", "split": "test", "audio_id": "foa_682cbc998a576c84ffcc", "audio_path": "audio/test/foa_682cbc998a576c84ffcc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-66.2 degrees, elevation=23.2 degrees? Answer in one sentence.", "answer": "A gong is heard coming from azimuth=-66.2 degrees, elevation=23.2 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_5d3b2c40dbd13759a9fd", "split": "test", "audio_id": "foa_aa61d7fed1fffdd6ce02", "audio_path": "audio/test/foa_aa61d7fed1fffdd6ce02.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the glass coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.7 degrees", "canonical_answer": "-2.7 degrees", "answer_meta": {"azimuth_deg": -2.7}}
{"qa_id": "qa_c3b74d394b76ea6b64e1", "split": "test", "audio_id": "foa_10688b2dbb4fc70bff8e", "audio_path": "audio/test/foa_10688b2dbb4fc70bff8e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the guitar active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is active from 0.0s to 0.4s.", "canonical_answer": "0.0s to 0.4s", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_7e5ea39648c2ff125298", "split": "test", "audio_id": "foa_30738111870c95539ca8", "audio_path": "audio/test/foa_30738111870c95539ca8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-57.2 degrees", "canonical_answer": "-57.2 degrees", "answer_meta": {"elevation_deg": -57.2}}
{"qa_id": "qa_0e9390adb68ed14232fa", "split": "test", "audio_id": "foa_6b7d506669c49a66dcbe", "audio_path": "audio/test/foa_6b7d506669c49a66dcbe.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.5 degrees", "canonical_answer": "-24.5 degrees", "answer_meta": {"elevation_deg": -24.5}}
{"qa_id": "qa_1f90b934163ce90ab7a6", "split": "test", "audio_id": "foa_1fe521f107b708b95ff1", "audio_path": "audio/test/foa_1fe521f107b708b95ff1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the machine active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event occurs from 0.5s to 12.3s.", "canonical_answer": "0.5s to 12.3s", "answer_meta": {"time_span": [0.5, 12.3]}}
{"qa_id": "qa_aaaebbd92597e7492939", "split": "test", "audio_id": "foa_d55afda589bf094ead14", "audio_path": "audio/test/foa_d55afda589bf094ead14.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the identity of the sound source located at the front? Answer in one sentence.", "answer": "The source located at the front is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_a3423f41164d2b6bb9e8", "split": "test", "audio_id": "foa_7a3b78a178fb8660cf66", "audio_path": "audio/test/foa_7a3b78a178fb8660cf66.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-64.1 degrees, elevation=31.2 degrees. Answer in one sentence.", "answer": "The sound detected at azimuth -64.1 degrees and elevation 31.2 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_066ab54492b2a34a608d", "split": "test", "audio_id": "foa_9f84bf35a34e26d0fae7", "audio_path": "audio/test/foa_9f84bf35a34e26d0fae7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.4 degrees", "canonical_answer": "-31.4 degrees", "answer_meta": {"azimuth_deg": -31.4}}
{"qa_id": "qa_f3882817bd1a661cfebd", "split": "test", "audio_id": "foa_4d46de3da2fae13dd770", "audio_path": "audio/test/foa_4d46de3da2fae13dd770.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock from 0.5s to 15.6s and an alarm from 16.0s to 20.0s.", "canonical_answer": "knock (0.5s to 15.6s); alarm (16.0s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_f6c681f4512af921270d", "split": "test", "audio_id": "foa_46ea3fa39937e47a4196", "audio_path": "audio/test/foa_46ea3fa39937e47a4196.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below? Answer in one sentence.", "answer": "The sound source located to the front-right and below is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_77ea6a90b9e834696a6a", "split": "test", "audio_id": "foa_dc6e1304d6012af848e0", "audio_path": "audio/test/foa_dc6e1304d6012af848e0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=7.2 degrees, elevation=-26.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=7.2 degrees and elevation=-26.5 degrees is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_d1d351e700cc63a90ba6", "split": "test", "audio_id": "foa_9b18d886cae26f42d27e", "audio_path": "audio/test/foa_9b18d886cae26f42d27e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.9 degrees", "canonical_answer": "-7.9 degrees", "answer_meta": {"elevation_deg": -7.9}}
{"qa_id": "qa_281bc4d9b0d115f1c8d3", "split": "test", "audio_id": "foa_0a0e5cf9b0e818b464ea", "audio_path": "audio/test/foa_0a0e5cf9b0e818b464ea.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an animal sound that is active from 0.2s to 20.0s.", "canonical_answer": "animal (0.2s to 20.0s)", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_5a7c6e0615d024711c50", "split": "test", "audio_id": "foa_26ce7677ad7217a60aab", "audio_path": "audio/test/foa_26ce7677ad7217a60aab.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "49.5 degrees", "canonical_answer": "49.5 degrees", "answer_meta": {"azimuth_deg": 49.5}}
{"qa_id": "qa_05ee11ffcaf0e706d4ad", "split": "test", "audio_id": "foa_7bf9d9c62c14d6cb912d", "audio_path": "audio/test/foa_7bf9d9c62c14d6cb912d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the sound of the drawer cabinet be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet can be heard from 1.8s to 10.2s.", "canonical_answer": "1.8s to 10.2s", "answer_meta": {"time_span": [1.8, 10.2]}}
{"qa_id": "qa_eda307f8e7ca5628a9f7", "split": "test", "audio_id": "foa_abc98a22828c515e7435", "audio_path": "audio/test/foa_abc98a22828c515e7435.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "118.8 degrees", "canonical_answer": "118.8 degrees", "answer_meta": {"azimuth_deg": 118.8}}
{"qa_id": "qa_431e70935a138c096449", "split": "test", "audio_id": "foa_abaae9c8522a0393b0c8", "audio_path": "audio/test/foa_abaae9c8522a0393b0c8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_7849d03abdef358b0dff", "split": "test", "audio_id": "foa_7182bb76c1024af718fe", "audio_path": "audio/test/foa_7182bb76c1024af718fe.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=57.2 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=57.2 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_add0da3eb46c29196eab", "split": "test", "audio_id": "foa_349b18a5f5504ef5f3df", "audio_path": "audio/test/foa_349b18a5f5504ef5f3df.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.8 degrees", "canonical_answer": "-1.8 degrees", "answer_meta": {"elevation_deg": -1.8}}
{"qa_id": "qa_143ae16d415648904b4f", "split": "test", "audio_id": "foa_170a83f474085de4a7a9", "audio_path": "audio/test/foa_170a83f474085de4a7a9.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the telephone alarm occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm event is active from 1.2s to 3.1s.", "canonical_answer": "1.2s to 3.1s", "answer_meta": {"time_span": [1.2, 3.1]}}
{"qa_id": "qa_c23a26418372ad7664dd", "split": "test", "audio_id": "foa_f2d8678e58719e092494", "audio_path": "audio/test/foa_f2d8678e58719e092494.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains kitchenware occurring from 1.0s to 2.4s.", "canonical_answer": "kitchenware (1.0s to 2.4s)", "answer_meta": {"time_span": [1.0, 2.4]}}
{"qa_id": "qa_0d3b0b9d31c3bd74e3c3", "split": "test", "audio_id": "foa_e4aed71ff9a6cb8055d1", "audio_path": "audio/test/foa_e4aed71ff9a6cb8055d1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the breathing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.5 degrees", "canonical_answer": "9.5 degrees", "answer_meta": {"elevation_deg": 9.5}}
{"qa_id": "qa_69c1c538d0ffba7bc02a", "split": "test", "audio_id": "foa_39717b530f597ed423ef", "audio_path": "audio/test/foa_39717b530f597ed423ef.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the glass event occurring? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The glass event is active from 0.4s to 0.8s.", "canonical_answer": "0.4s to 0.8s", "answer_meta": {"time_span": [0.4, 0.8]}}
{"qa_id": "qa_e210f328b7342c9258eb", "split": "test", "audio_id": "foa_308d6be10e0f8766d69c", "audio_path": "audio/test/foa_308d6be10e0f8766d69c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains finger snapping, which occurs from 0.0s to 1.7s.", "canonical_answer": "finger snapping (0.0s to 1.7s)", "answer_meta": {"time_span": [0.0, 1.7]}}
{"qa_id": "qa_3fd0b6a2c2acbc13a5c7", "split": "test", "audio_id": "foa_1d55a72069b0d501f1ce", "audio_path": "audio/test/foa_1d55a72069b0d501f1ce.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=50.8 degrees, elevation=11.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=50.8 degrees and elevation=11.2 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_610910fbfa457e0b1423", "split": "test", "audio_id": "foa_b76610e905df35ac62a9", "audio_path": "audio/test/foa_b76610e905df35ac62a9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.1 degrees", "canonical_answer": "25.1 degrees", "answer_meta": {"azimuth_deg": 25.1}}
{"qa_id": "qa_e7c6dae1c4a73bd012a5", "split": "test", "audio_id": "foa_62115d4bf68dbffe10db", "audio_path": "audio/test/foa_62115d4bf68dbffe10db.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left? Answer in one sentence.", "answer": "The source located at the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_8e036d8641e325aebcef", "split": "test", "audio_id": "foa_b3234cc78cf6493ed01d", "audio_path": "audio/test/foa_b3234cc78cf6493ed01d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.3 degrees", "canonical_answer": "-2.3 degrees", "answer_meta": {"elevation_deg": -2.3}}
{"qa_id": "qa_47b6392979ede49d484c", "split": "test", "audio_id": "foa_fcd5d06645d7999e6247", "audio_path": "audio/test/foa_fcd5d06645d7999e6247.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left and above is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_1476f80a039e56803670", "split": "test", "audio_id": "foa_21e9409f11592259e82d", "audio_path": "audio/test/foa_21e9409f11592259e82d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-136.6 degrees", "canonical_answer": "-136.6 degrees", "answer_meta": {"azimuth_deg": -136.6}}
{"qa_id": "qa_8f083ca4eba61e2fb708", "split": "test", "audio_id": "foa_5ff498880f59183002f6", "audio_path": "audio/test/foa_5ff498880f59183002f6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=4.3 degrees, elevation=-2.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=4.3 degrees, elevation=-2.8 degrees is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_f94e9bf88f2c20d5ff3f", "split": "test", "audio_id": "foa_bdb26b3a9468a8eb363e", "audio_path": "audio/test/foa_bdb26b3a9468a8eb363e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a wind instrument from 2.3s to 5.2s, rain from 4.6s to 20.0s, and speech from 12.4s to 13.5s.", "canonical_answer": "wind instrument (2.3s to 5.2s); rain (4.6s to 20.0s); speech (12.4s to 13.5s)", "answer_meta": {}}
{"qa_id": "qa_698740f6ffb33618b3c5", "split": "test", "audio_id": "foa_c35d30482829fc30023d", "audio_path": "audio/test/foa_c35d30482829fc30023d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the percussion active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The percussion is active from 16.1s to 20.0s.", "canonical_answer": "16.1s to 20.0s", "answer_meta": {"time_span": [16.1, 20.0]}}
{"qa_id": "qa_5c69dbfefa5d3337be3d", "split": "test", "audio_id": "foa_0fba6c441d3dc5feb719", "audio_path": "audio/test/foa_0fba6c441d3dc5feb719.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the machine coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-134.0 degrees", "canonical_answer": "-134.0 degrees", "answer_meta": {"azimuth_deg": -134.0}}
{"qa_id": "qa_49c50312f5278bddb03c", "split": "test", "audio_id": "foa_fea4e688935ce54f5f02", "audio_path": "audio/test/foa_fea4e688935ce54f5f02.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.4 degrees", "canonical_answer": "-19.4 degrees", "answer_meta": {"elevation_deg": -19.4}}
{"qa_id": "qa_4dacba2a2c1e10c147fe", "split": "test", "audio_id": "foa_b986108e3526f51f1932", "audio_path": "audio/test/foa_b986108e3526f51f1932.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right and below side? Answer in one sentence.", "answer": "The sound heard from the right and below is a metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_5c934ff832fad335205a", "split": "test", "audio_id": "foa_d9c4acd327e34c61c26e", "audio_path": "audio/test/foa_d9c4acd327e34c61c26e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains an animal sound from 0.2s to 1.2s.", "canonical_answer": "animal (0.2s to 1.2s)", "answer_meta": {"time_span": [0.2, 1.2]}}
{"qa_id": "qa_57a506c11262b2088fe4", "split": "test", "audio_id": "foa_911223810fea59bf2500", "audio_path": "audio/test/foa_911223810fea59bf2500.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the singing occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 16.9s to 20.0s.", "canonical_answer": "16.9s to 20.0s", "answer_meta": {"time_span": [16.9, 20.0]}}
{"qa_id": "qa_5171c88331c6a6d25cf9", "split": "test", "audio_id": "foa_024b599df30c35700f77", "audio_path": "audio/test/foa_024b599df30c35700f77.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-9.6 degrees, elevation=-59.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-9.6 degrees and elevation=-59.1 degrees is a drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_fde1830ecaea354d693d", "split": "test", "audio_id": "foa_99d55c58c1a966977475", "audio_path": "audio/test/foa_99d55c58c1a966977475.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source coming from the right and below is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_2254a81146267859b7e7", "split": "test", "audio_id": "foa_978179fc137995ff3d18", "audio_path": "audio/test/foa_978179fc137995ff3d18.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.4 degrees", "canonical_answer": "-5.4 degrees", "answer_meta": {"elevation_deg": -5.4}}
{"qa_id": "qa_c45fabb58a25285b5f3a", "split": "test", "audio_id": "foa_4f749f02a339385fe8c1", "audio_path": "audio/test/foa_4f749f02a339385fe8c1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the writing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "128.7 degrees", "canonical_answer": "128.7 degrees", "answer_meta": {"azimuth_deg": 128.7}}
{"qa_id": "qa_2b6ae28456c79031908f", "split": "test", "audio_id": "foa_d82578c65c8b26b49a88", "audio_path": "audio/test/foa_d82578c65c8b26b49a88.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of water be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water sound is active from 0.0s to 7.0s.", "canonical_answer": "0.0s to 7.0s", "answer_meta": {"time_span": [0.0, 7.0]}}
{"qa_id": "qa_b78b5d98ea4507be6ea7", "split": "test", "audio_id": "foa_b923cdfb71e7ee499b1a", "audio_path": "audio/test/foa_b923cdfb71e7ee499b1a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-30.4 degrees, elevation=-11.4 degrees? Answer in one sentence.", "answer": "A drum is located at azimuth=-30.4 degrees and elevation=-11.4 degrees.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_a3b76eefb88579e76493", "split": "test", "audio_id": "foa_27d971d431cf58fdff8b", "audio_path": "audio/test/foa_27d971d431cf58fdff8b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.5s to 8.4s and additional speech from 0.6s to 14.6s.", "canonical_answer": "speech (0.5s to 8.4s); speech (0.6s to 14.6s)", "answer_meta": {}}
{"qa_id": "qa_74a9da8044aeb3ef540a", "split": "test", "audio_id": "foa_a456d580055da26b8010", "audio_path": "audio/test/foa_a456d580055da26b8010.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.2 degrees", "canonical_answer": "22.2 degrees", "answer_meta": {"elevation_deg": 22.2}}
{"qa_id": "qa_e25834d5d09be646e86a", "split": "test", "audio_id": "foa_3b40c332b01698c69b90", "audio_path": "audio/test/foa_3b40c332b01698c69b90.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a gong from 1.4s to 17.9s, male speech from 5.7s to 6.4s, a keyboard instrument from 6.1s to 10.0s, a musical instrument from 12.0s to 19.2s, and a door from 16.0s to 16.6s.", "canonical_answer": "gong (1.4s to 17.9s); male speech (5.7s to 6.4s); keyboard instrument (6.1s to 10.0s); musical instrument (12.0s to 19.2s); door (16.0s to 16.6s)", "answer_meta": {}}
{"qa_id": "qa_f08b87f8473d693ed9db", "split": "test", "audio_id": "foa_918454f82438c99a8996", "audio_path": "audio/test/foa_918454f82438c99a8996.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=65.6 degrees, elevation=13.2 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=65.6 degrees and elevation=13.2 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_8a88b572d5dff2f08880", "split": "test", "audio_id": "foa_f061babeedc232d773d9", "audio_path": "audio/test/foa_f061babeedc232d773d9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below? Answer in one sentence.", "answer": "The source located to the right and below is a musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_49f6d80657382c56ca3a", "split": "test", "audio_id": "foa_6337798e5e338207c501", "audio_path": "audio/test/foa_6337798e5e338207c501.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the singing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "144.6 degrees", "canonical_answer": "144.6 degrees", "answer_meta": {"azimuth_deg": 144.6}}
{"qa_id": "qa_ff3484f054004f5aaf53", "split": "test", "audio_id": "foa_44a7729058d7beefd1a7", "audio_path": "audio/test/foa_44a7729058d7beefd1a7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the crackle be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crackle is active from 0.3s to 2.8s.", "canonical_answer": "0.3s to 2.8s", "answer_meta": {"time_span": [0.3, 2.8]}}
{"qa_id": "qa_6cc88f05996eb0803007", "split": "test", "audio_id": "foa_1342dc5ac3625197a2cf", "audio_path": "audio/test/foa_1342dc5ac3625197a2cf.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains human vocalization occurring from 0.0s to 7.6s.", "canonical_answer": "human vocalization (0.0s to 7.6s)", "answer_meta": {"time_span": [0.0, 7.6]}}
{"qa_id": "qa_30e78720c15c839ffdae", "split": "test", "audio_id": "foa_e6fbe63cc5cbb8ecdd45", "audio_path": "audio/test/foa_e6fbe63cc5cbb8ecdd45.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=48.1 degrees, elevation=-0.1 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=48.1 degrees and elevation=-0.1 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_3ec74f6783801ff1ae53", "split": "test", "audio_id": "foa_ec53e0cec15ed12f6796", "audio_path": "audio/test/foa_ec53e0cec15ed12f6796.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.2 degrees", "canonical_answer": "32.2 degrees", "answer_meta": {"elevation_deg": 32.2}}
{"qa_id": "qa_1255c441ce0ac6b78a32", "split": "test", "audio_id": "foa_c60c45a4d0d3cbafcfcc", "audio_path": "audio/test/foa_c60c45a4d0d3cbafcfcc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tool in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-123.6 degrees", "canonical_answer": "-123.6 degrees", "answer_meta": {"azimuth_deg": -123.6}}
{"qa_id": "qa_15ef4f9aec59ece96f7b", "split": "test", "audio_id": "foa_94b8d881ce963c3baefd", "audio_path": "audio/test/foa_94b8d881ce963c3baefd.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the insect occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The insect occurs from 0.0s to 20.0s.", "canonical_answer": "0.0s to 20.0s", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_f24ee7361b98669fff74", "split": "test", "audio_id": "foa_7a0eb419e3da5ec7f8b3", "audio_path": "audio/test/foa_7a0eb419e3da5ec7f8b3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is coming from the back-right and below? Answer in one sentence.", "answer": "The sound source coming from the back-right and below is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_acb0c20ac4f9dd69864a", "split": "test", "audio_id": "foa_59cf21119dacd180db94", "audio_path": "audio/test/foa_59cf21119dacd180db94.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.1 degrees", "canonical_answer": "-22.1 degrees", "answer_meta": {"elevation_deg": -22.1}}
{"qa_id": "qa_feeece7d18fd2e82a5ef", "split": "test", "audio_id": "foa_c1e8ba3c1cde21ca0efe", "audio_path": "audio/test/foa_c1e8ba3c1cde21ca0efe.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine event occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine event is active from 0.0s to 1.3s.", "canonical_answer": "0.0s to 1.3s", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_e605c8b6feb274e72aeb", "split": "test", "audio_id": "foa_cfe4991ee5442f88516f", "audio_path": "audio/test/foa_cfe4991ee5442f88516f.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains singing from 0.3s to 8.0s, a train from 2.1s to 5.9s, and female speech from 2.2s to 2.8s.", "canonical_answer": "singing (0.3s to 8.0s); train (2.1s to 5.9s); female speech (2.2s to 2.8s)", "answer_meta": {}}
{"qa_id": "qa_d371585714d1c5422732", "split": "test", "audio_id": "foa_06e83ccd85ef7fa618b5", "audio_path": "audio/test/foa_06e83ccd85ef7fa618b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the cat in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-105.2 degrees", "canonical_answer": "-105.2 degrees", "answer_meta": {"azimuth_deg": -105.2}}
{"qa_id": "qa_2e62f0b0f4e40b8eba9b", "split": "test", "audio_id": "foa_8d12b4d985b87cddcd9e", "audio_path": "audio/test/foa_8d12b4d985b87cddcd9e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-28.5 degrees, elevation=-2.8 degrees. Answer in one sentence.", "answer": "The source located at azimuth -28.5 degrees and elevation -2.8 degrees is a camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_5e612eeb703ac1217630", "split": "test", "audio_id": "foa_88c89a6f15df6224d76f", "audio_path": "audio/test/foa_88c89a6f15df6224d76f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and below? Answer in one sentence.", "answer": "The source located at the back-left and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1d4ce448b8dae8217489", "split": "test", "audio_id": "foa_302f9199fe9a29a3df7d", "audio_path": "audio/test/foa_302f9199fe9a29a3df7d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-150.4 degrees, elevation=-40.1 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-150.4 degrees and elevation=-40.1 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_17c278467ee36b016b7f", "split": "test", "audio_id": "foa_fe24a3dbbfb63c8f3ab6", "audio_path": "audio/test/foa_fe24a3dbbfb63c8f3ab6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front-left of the listener? Answer in one sentence.", "answer": "The source coming from the front-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_00bdc9d273f880466ce3", "split": "test", "audio_id": "foa_968aa90b3a7be50dcef0", "audio_path": "audio/test/foa_968aa90b3a7be50dcef0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.9 degrees", "canonical_answer": "8.9 degrees", "answer_meta": {"elevation_deg": 8.9}}
{"qa_id": "qa_ed89adbc1b859fdcdd8f", "split": "test", "audio_id": "foa_2bfb71a16ce135e1d443", "audio_path": "audio/test/foa_2bfb71a16ce135e1d443.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.8 degrees", "canonical_answer": "-23.8 degrees", "answer_meta": {"azimuth_deg": -23.8}}
{"qa_id": "qa_baf8d8943da6c35ee4e5", "split": "test", "audio_id": "foa_84b32d6bd3c2b7ba0495", "audio_path": "audio/test/foa_84b32d6bd3c2b7ba0495.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the bird event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird event is active from 1.0s to 19.8s.", "canonical_answer": "1.0s to 19.8s", "answer_meta": {"time_span": [1.0, 19.8]}}
{"qa_id": "qa_6d441847f0e95eb7554f", "split": "test", "audio_id": "foa_86f98b42ae0dd9418ae5", "audio_path": "audio/test/foa_86f98b42ae0dd9418ae5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that is active from 1.2s to 10.9s.", "canonical_answer": "metal clink (1.2s to 10.9s)", "answer_meta": {"time_span": [1.2, 10.9]}}
{"qa_id": "qa_d1fe10648ac3d9cef44c", "split": "test", "audio_id": "foa_53c87f5d1a803bc93899", "audio_path": "audio/test/foa_53c87f5d1a803bc93899.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the human vocalization in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "130.8 degrees", "canonical_answer": "130.8 degrees", "answer_meta": {"azimuth_deg": 130.8}}
{"qa_id": "qa_fa71ffcce0ffec0a778e", "split": "test", "audio_id": "foa_712463dc6eeeaf79e137", "audio_path": "audio/test/foa_712463dc6eeeaf79e137.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm is active during the interval from 0.0s to 1.7s.", "canonical_answer": "0.0s to 1.7s", "answer_meta": {"time_span": [0.0, 1.7]}}
{"qa_id": "qa_84d4d0b50b34cfa5eac8", "split": "test", "audio_id": "foa_30987757a72f5ea7cf57", "audio_path": "audio/test/foa_30987757a72f5ea7cf57.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a thunderstorm occurring from 1.1s to 9.7s.", "canonical_answer": "thunderstorm (1.1s to 9.7s)", "answer_meta": {"time_span": [1.1, 9.7]}}
{"qa_id": "qa_e51a4234a787389f353a", "split": "test", "audio_id": "foa_e38287379297c990f5b8", "audio_path": "audio/test/foa_e38287379297c990f5b8.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-18.4 degrees, elevation=-17.9 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-18.4 degrees and elevation=-17.9 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_ca9d680b8dd23dd58b95", "split": "test", "audio_id": "foa_3fe03ca00a8f4842b67a", "audio_path": "audio/test/foa_3fe03ca00a8f4842b67a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front-left? Answer in one sentence.", "answer": "The sound source located at the front-left is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_d83d6733129be009aeef", "split": "test", "audio_id": "foa_843037ef108f093b5e60", "audio_path": "audio/test/foa_843037ef108f093b5e60.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.8 degrees", "canonical_answer": "-2.8 degrees", "answer_meta": {"elevation_deg": -2.8}}
{"qa_id": "qa_34d4fd2c369831286df3", "split": "test", "audio_id": "foa_75a487cf490d05ff64e8", "audio_path": "audio/test/foa_75a487cf490d05ff64e8.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the keyboard instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.0s to 14.6s.", "canonical_answer": "0.0s to 14.6s", "answer_meta": {"time_span": [0.0, 14.6]}}
{"qa_id": "qa_f51314d01d62e16a378c", "split": "test", "audio_id": "foa_97d935085911dc3fb019", "audio_path": "audio/test/foa_97d935085911dc3fb019.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the wind instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.7 degrees", "canonical_answer": "14.7 degrees", "answer_meta": {"elevation_deg": 14.7}}
{"qa_id": "qa_4e796ec0eea7b0f8878d", "split": "test", "audio_id": "foa_47b802f063b7efe6c086", "audio_path": "audio/test/foa_47b802f063b7efe6c086.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the tearing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.3 degrees", "canonical_answer": "-59.3 degrees", "answer_meta": {"azimuth_deg": -59.3}}
{"qa_id": "qa_8b60642673c250a20e1b", "split": "test", "audio_id": "foa_5f71fbd652cd79b35ca1", "audio_path": "audio/test/foa_5f71fbd652cd79b35ca1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell from 0.0s to 0.1s.", "canonical_answer": "bell (0.0s to 0.1s)", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_1910be4a2dacbeedab53", "split": "test", "audio_id": "foa_63aeb9e0a3274c4bb48d", "audio_path": "audio/test/foa_63aeb9e0a3274c4bb48d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the identity of the sound source located in front of and above the listener? Answer in one sentence.", "answer": "The sound source located in front of and above is a door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_8a07850ae0ad60b951eb", "split": "test", "audio_id": "foa_3e07f9cf8779325882e2", "audio_path": "audio/test/foa_3e07f9cf8779325882e2.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=36.7 degrees, elevation=-8.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=36.7 degrees and elevation=-8.8 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_e7bda9454e9dbed88a93", "split": "test", "audio_id": "foa_ef355638981860ec74fa", "audio_path": "audio/test/foa_ef355638981860ec74fa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the ocean in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "35.2 degrees", "canonical_answer": "35.2 degrees", "answer_meta": {"elevation_deg": 35.2}}
{"qa_id": "qa_7890fd2426f5323d1439", "split": "test", "audio_id": "foa_f1419eef93aa1d932f06", "audio_path": "audio/test/foa_f1419eef93aa1d932f06.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the crack in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "100.9 degrees", "canonical_answer": "100.9 degrees", "answer_meta": {"azimuth_deg": 100.9}}
{"qa_id": "qa_92492fecc02b1b212a27", "split": "test", "audio_id": "foa_5d10cefd8cbd76f7917e", "audio_path": "audio/test/foa_5d10cefd8cbd76f7917e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the finger snapping be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The finger snapping is active from 3.4s to 8.8s.", "canonical_answer": "3.4s to 8.8s", "answer_meta": {"time_span": [3.4, 8.8]}}
{"qa_id": "qa_d558650d29d9ecae3743", "split": "test", "audio_id": "foa_6f9d1e3f6b1f27b35eab", "audio_path": "audio/test/foa_6f9d1e3f6b1f27b35eab.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features percussion that occurs from 0.0s to 20.0s.", "canonical_answer": "percussion (0.0s to 20.0s)", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_72663c94afee13218d42", "split": "test", "audio_id": "foa_9ac4cb038b3b4e2f79b4", "audio_path": "audio/test/foa_9ac4cb038b3b4e2f79b4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the right and below of the listener? Answer in one sentence.", "answer": "The source coming from the right and below is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_a655e734e57ae2fe52cd", "split": "test", "audio_id": "foa_1974e6f2331a1ec8bc86", "audio_path": "audio/test/foa_1974e6f2331a1ec8bc86.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-153.3 degrees, elevation=19.0 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth -153.3 degrees and elevation 19.0 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_2068b05444016deca56c", "split": "test", "audio_id": "foa_a3c16da5fd8566e77b66", "audio_path": "audio/test/foa_a3c16da5fd8566e77b66.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=59.6 degrees, elevation=-1.1 degrees? Answer in one sentence.", "answer": "An aircraft is located at azimuth=59.6 degrees, elevation=-1.1 degrees.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_12949bc92ea2846dd39d", "split": "test", "audio_id": "foa_4e70a9bc170f3ba3f6c0", "audio_path": "audio/test/foa_4e70a9bc170f3ba3f6c0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a tool from 0.0s to 1.0s and an alarm from 1.8s to 5.8s.", "canonical_answer": "tool (0.0s to 1.0s); alarm (1.8s to 5.8s)", "answer_meta": {}}
{"qa_id": "qa_fd9dba6adbd540c1878a", "split": "test", "audio_id": "foa_e779d58ae7a6d22be706", "audio_path": "audio/test/foa_e779d58ae7a6d22be706.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.2s to 11.2s.", "canonical_answer": "0.2s to 11.2s", "answer_meta": {"time_span": [0.2, 11.2]}}
{"qa_id": "qa_7683e9a893a3d41a648a", "split": "test", "audio_id": "foa_42719108208f9f352b66", "audio_path": "audio/test/foa_42719108208f9f352b66.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back side? Answer in one sentence.", "answer": "The sound that can be heard from the back side is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_455c8cd7127cd88bb0e6", "split": "test", "audio_id": "foa_645cabcaa0760ab821ad", "audio_path": "audio/test/foa_645cabcaa0760ab821ad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "97.2 degrees", "canonical_answer": "97.2 degrees", "answer_meta": {"azimuth_deg": 97.2}}
{"qa_id": "qa_dafe564da627e7e99d75", "split": "test", "audio_id": "foa_fc3659211432313790d6", "audio_path": "audio/test/foa_fc3659211432313790d6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the kitchenware in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.2 degrees", "canonical_answer": "-45.2 degrees", "answer_meta": {"elevation_deg": -45.2}}
{"qa_id": "qa_e16db77262c5cff13367", "split": "test", "audio_id": "foa_0fda2818686809d1e405", "audio_path": "audio/test/foa_0fda2818686809d1e405.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the cooking located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.5 degrees", "canonical_answer": "-8.5 degrees", "answer_meta": {"elevation_deg": -8.5}}
{"qa_id": "qa_49fb62c578426f7b2129", "split": "test", "audio_id": "foa_051d406eac53e981b456", "audio_path": "audio/test/foa_051d406eac53e981b456.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the telephone alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-158.0 degrees", "canonical_answer": "-158.0 degrees", "answer_meta": {"azimuth_deg": -158.0}}
{"qa_id": "qa_c06076098eae820747c3", "split": "test", "audio_id": "foa_e8215422d8cb07451a57", "audio_path": "audio/test/foa_e8215422d8cb07451a57.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the duration of each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a keyboard instrument playing from 0.0s to 1.2s.", "canonical_answer": "keyboard instrument (0.0s to 1.2s)", "answer_meta": {"time_span": [0.0, 1.2]}}
{"qa_id": "qa_73240f997853ef364219", "split": "test", "audio_id": "foa_c7a482ef640ea1111f4f", "audio_path": "audio/test/foa_c7a482ef640ea1111f4f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-68.7 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -68.7 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_afa4dc287dda333aa992", "split": "test", "audio_id": "foa_ed163ba6360e7d3e34b9", "audio_path": "audio/test/foa_ed163ba6360e7d3e34b9.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right side? Answer in one sentence.", "answer": "The sound coming from the back-right is a musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_cc77fe6bfa4afd476dcf", "split": "test", "audio_id": "foa_681313acfe46349dd153", "audio_path": "audio/test/foa_681313acfe46349dd153.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the musical instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The musical instrument occurs from 0.0s to 0.7s.", "canonical_answer": "0.0s to 0.7s", "answer_meta": {"time_span": [0.0, 0.7]}}
{"qa_id": "qa_18fd482a9231d4f3a102", "split": "test", "audio_id": "foa_f649ad5cc039ce64ed9d", "audio_path": "audio/test/foa_f649ad5cc039ce64ed9d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-45.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-45.1 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_aa6ded69a1739358215c", "split": "test", "audio_id": "foa_0e03a2ea1bca36719b26", "audio_path": "audio/test/foa_0e03a2ea1bca36719b26.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.4 degrees", "canonical_answer": "30.4 degrees", "answer_meta": {"elevation_deg": 30.4}}
{"qa_id": "qa_2948eff6e3ebdecd45f8", "split": "test", "audio_id": "foa_226ec1c345a74551b419", "audio_path": "audio/test/foa_226ec1c345a74551b419.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the machine occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The machine is active from 0.0s to 7.8s.", "canonical_answer": "0.0s to 7.8s", "answer_meta": {"time_span": [0.0, 7.8]}}
{"qa_id": "qa_b3e546bdbd0a34a6f071", "split": "test", "audio_id": "foa_29135a82f58bd398ed0e", "audio_path": "audio/test/foa_29135a82f58bd398ed0e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are occurring in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water, which occurs from 0.0s to 1.0s.", "canonical_answer": "water (0.0s to 1.0s)", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_5ce679aa1a00c75ecf6e", "split": "test", "audio_id": "foa_25bf34e0572fadf67d9d", "audio_path": "audio/test/foa_25bf34e0572fadf67d9d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the thunderstorm coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.0 degrees", "canonical_answer": "1.0 degrees", "answer_meta": {"azimuth_deg": 1.0}}
{"qa_id": "qa_f9c62ba40f770d8923a2", "split": "test", "audio_id": "foa_a8a71308702ca0bb26a1", "audio_path": "audio/test/foa_a8a71308702ca0bb26a1.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the left and below is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_5a1ea0771f7da40e5a80", "split": "test", "audio_id": "foa_c80aab17ffdf4c4ecab6", "audio_path": "audio/test/foa_c80aab17ffdf4c4ecab6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the speech event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.5s to 6.5s.", "canonical_answer": "0.5s to 6.5s", "answer_meta": {"time_span": [0.5, 6.5]}}
{"qa_id": "qa_0a4bd59ddc50cbb92b95", "split": "test", "audio_id": "foa_3e98b50c230da85cd3e2", "audio_path": "audio/test/foa_3e98b50c230da85cd3e2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the footsteps coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-119.1 degrees", "canonical_answer": "-119.1 degrees", "answer_meta": {"azimuth_deg": -119.1}}
{"qa_id": "qa_b84210f43237a94b26a2", "split": "test", "audio_id": "foa_f3122295dcc315265d44", "audio_path": "audio/test/foa_f3122295dcc315265d44.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The sound source heard from the back is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_a851e8113061a869f2fd", "split": "test", "audio_id": "foa_80331e5c40422f4a2a14", "audio_path": "audio/test/foa_80331e5c40422f4a2a14.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are present in the audio, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features three instances of speech occurring from 0.4s to 6.3s, 0.4s to 2.8s, and 0.6s to 4.0s.", "canonical_answer": "speech (0.4s to 6.3s); speech (0.4s to 2.8s); speech (0.6s to 4.0s)", "answer_meta": {}}
{"qa_id": "qa_57fba60c4ed252a3ae1b", "split": "test", "audio_id": "foa_8b75f8e0fc80f0981bad", "audio_path": "audio/test/foa_8b75f8e0fc80f0981bad.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.0 degrees", "canonical_answer": "5.0 degrees", "answer_meta": {"elevation_deg": 5.0}}
{"qa_id": "qa_8effbb4677dd99021377", "split": "test", "audio_id": "foa_ad96d768f6e565f909d0", "audio_path": "audio/test/foa_ad96d768f6e565f909d0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=1.8 degrees, elevation=-2.5 degrees? Answer in one sentence.", "answer": "The sound coming from azimuth=1.8 degrees and elevation=-2.5 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_6165cf80836912f96974", "split": "test", "audio_id": "foa_6685876682790e6bcf09", "audio_path": "audio/test/foa_6685876682790e6bcf09.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-right side? Answer in one sentence.", "answer": "The sound that can be heard from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_83d9d222d61d1720e1b1", "split": "test", "audio_id": "foa_0fbffb9a9c773f678b35", "audio_path": "audio/test/foa_0fbffb9a9c773f678b35.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a bell from 0.0s to 20.0s, laughter from 12.5s to 13.4s, and a thunderstorm from 13.8s to 20.0s.", "canonical_answer": "bell (0.0s to 20.0s); laughter (12.5s to 13.4s); thunderstorm (13.8s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_4899d32cc877909b60e6", "split": "test", "audio_id": "foa_c558b89d246afccc424a", "audio_path": "audio/test/foa_c558b89d246afccc424a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the human vocalization coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-112.2 degrees", "canonical_answer": "-112.2 degrees", "answer_meta": {"azimuth_deg": -112.2}}
{"qa_id": "qa_401fb6cc13b665fc458b", "split": "test", "audio_id": "foa_6f846ebcbf03f2f28509", "audio_path": "audio/test/foa_6f846ebcbf03f2f28509.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-105.8 degrees, elevation=21.8 degrees? Answer in one sentence.", "answer": "A clock is heard coming from azimuth -105.8 degrees and elevation 21.8 degrees.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_9e1f2a9f4f98e6237992", "split": "test", "audio_id": "foa_e0245ba7d30acae02524", "audio_path": "audio/test/foa_e0245ba7d30acae02524.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the drum in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.1 degrees", "canonical_answer": "-6.1 degrees", "answer_meta": {"elevation_deg": -6.1}}
{"qa_id": "qa_ef41a50652eedb8cfdcc", "split": "test", "audio_id": "foa_ff8a11f72e2890953621", "audio_path": "audio/test/foa_ff8a11f72e2890953621.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.1s to 5.6s.", "canonical_answer": "0.1s to 5.6s", "answer_meta": {"time_span": [0.1, 5.6]}}
{"qa_id": "qa_beedddc45ad433cd75b1", "split": "test", "audio_id": "foa_44dd54ae99a3eabdd879", "audio_path": "audio/test/foa_44dd54ae99a3eabdd879.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 0.0s to 16.0s.", "canonical_answer": "0.0s to 16.0s", "answer_meta": {"time_span": [0.0, 16.0]}}
{"qa_id": "qa_ee0b90ddedb6be22d645", "split": "test", "audio_id": "foa_851350b59e83454e3926", "audio_path": "audio/test/foa_851350b59e83454e3926.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech occurring from 0.3s to 3.5s and speech occurring from 0.4s to 4.3s.", "canonical_answer": "speech (0.3s to 3.5s); speech (0.4s to 4.3s)", "answer_meta": {}}
{"qa_id": "qa_1d14f50c00d4b339cf09", "split": "test", "audio_id": "foa_3c7fd7c6553301154f80", "audio_path": "audio/test/foa_3c7fd7c6553301154f80.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below? Answer in one sentence.", "answer": "The source located to the right and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_3b63e4fc55e65f3a8b3c", "split": "test", "audio_id": "foa_84968f7105a970f4f6cd", "audio_path": "audio/test/foa_84968f7105a970f4f6cd.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=119.9 degrees, elevation=8.4 degrees? Answer in one sentence.", "answer": "A train is located at azimuth=119.9 degrees and elevation=8.4 degrees.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_544ed06d986f900ef3f2", "split": "test", "audio_id": "foa_d9b7a3a6ee4c7e18a5dc", "audio_path": "audio/test/foa_d9b7a3a6ee4c7e18a5dc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "90.1 degrees", "canonical_answer": "90.1 degrees", "answer_meta": {"azimuth_deg": 90.1}}
{"qa_id": "qa_4abb3370e96dde497b10", "split": "test", "audio_id": "foa_8fedf7886066ee874810", "audio_path": "audio/test/foa_8fedf7886066ee874810.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the zipper in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.1 degrees", "canonical_answer": "0.1 degrees", "answer_meta": {"elevation_deg": 0.1}}
{"qa_id": "qa_567914727cdf2ac66f63", "split": "test", "audio_id": "foa_01c465bc66be5bf5cfab", "audio_path": "audio/test/foa_01c465bc66be5bf5cfab.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back-left and above? Answer in one sentence.", "answer": "The source located at the back-left and above is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_0e9836810c4b47721658", "split": "test", "audio_id": "foa_0b7d1ac29866f27d1b07", "audio_path": "audio/test/foa_0b7d1ac29866f27d1b07.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-77.8 degrees, elevation=9.4 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=-77.8 degrees and elevation=9.4 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_fc7cfefb832c3b0bf521", "split": "test", "audio_id": "foa_d835403ad0cc3084f2e6", "audio_path": "audio/test/foa_d835403ad0cc3084f2e6.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features a thunderstorm from 0.0s to 13.5s, laughter from 12.1s to 20.0s, and a telephone alarm from 14.2s to 15.7s.", "canonical_answer": "thunderstorm (0.0s to 13.5s); laughter (12.1s to 20.0s); telephone alarm (14.2s to 15.7s)", "answer_meta": {}}
{"qa_id": "qa_c33f04ae10036a51cff3", "split": "test", "audio_id": "foa_04aea58d48c64db29d85", "audio_path": "audio/test/foa_04aea58d48c64db29d85.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.8 degrees", "canonical_answer": "-42.8 degrees", "answer_meta": {"elevation_deg": -42.8}}
{"qa_id": "qa_0e27939bd879760143c1", "split": "test", "audio_id": "foa_93ffe7d3ce5aca2844e6", "audio_path": "audio/test/foa_93ffe7d3ce5aca2844e6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the drum coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-147.6 degrees", "canonical_answer": "-147.6 degrees", "answer_meta": {"azimuth_deg": -147.6}}
{"qa_id": "qa_4c96b8abed0db42aa8ef", "split": "test", "audio_id": "foa_40a79306162c4be67fdf", "audio_path": "audio/test/foa_40a79306162c4be67fdf.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the alarm active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The alarm sound is active from 1.7s to 6.5s.", "canonical_answer": "1.7s to 6.5s", "answer_meta": {"time_span": [1.7, 6.5]}}
{"qa_id": "qa_8f1bde244ff88395b0dd", "split": "test", "audio_id": "foa_2643e319df2a7093a1cd", "audio_path": "audio/test/foa_2643e319df2a7093a1cd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the ocean? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.5 degrees", "canonical_answer": "-17.5 degrees", "answer_meta": {"elevation_deg": -17.5}}
{"qa_id": "qa_c3342305ffeef8d9848f", "split": "test", "audio_id": "foa_a306fe982f296586b366", "audio_path": "audio/test/foa_a306fe982f296586b366.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a frog from 1.2s to 12.5s, a string instrument from 4.8s to 5.8s, and female speech from 10.4s to 13.5s.", "canonical_answer": "frog (1.2s to 12.5s); string instrument (4.8s to 5.8s); female speech (10.4s to 13.5s)", "answer_meta": {}}
{"qa_id": "qa_c33f1d631b1777d1479d", "split": "test", "audio_id": "foa_952ae034eb5b2765623c", "audio_path": "audio/test/foa_952ae034eb5b2765623c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=129.9 degrees, elevation=-3.8 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth=129.9 degrees and elevation=-3.8 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_2e9096e87523062b52c2", "split": "test", "audio_id": "foa_ba4971a0b458634849a3", "audio_path": "audio/test/foa_ba4971a0b458634849a3.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the string instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The string instrument is audible from 15.2s to 20.0s.", "canonical_answer": "15.2s to 20.0s", "answer_meta": {"time_span": [15.2, 20.0]}}
{"qa_id": "qa_4dd85e63385fd559af17", "split": "test", "audio_id": "foa_1710a0c873c34523ac09", "audio_path": "audio/test/foa_1710a0c873c34523ac09.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below the listener? Answer in one sentence.", "answer": "The sound source located to the back-right and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_714b83561ceb246110a5", "split": "test", "audio_id": "foa_8aebccc3e92230906cfe", "audio_path": "audio/test/foa_8aebccc3e92230906cfe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the paper coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "140.5 degrees", "canonical_answer": "140.5 degrees", "answer_meta": {"azimuth_deg": 140.5}}
{"qa_id": "qa_7f7e41ecfc6f8d786a2a", "split": "test", "audio_id": "foa_b3376c9bed08e4761ec0", "audio_path": "audio/test/foa_b3376c9bed08e4761ec0.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the cat be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The cat is active from 0.3s to 11.8s.", "canonical_answer": "0.3s to 11.8s", "answer_meta": {"time_span": [0.3, 11.8]}}
{"qa_id": "qa_981fd99d43b4ec1f6013", "split": "test", "audio_id": "foa_f4ec72f32ab3e69a708e", "audio_path": "audio/test/foa_f4ec72f32ab3e69a708e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.4 degrees", "canonical_answer": "-33.4 degrees", "answer_meta": {"elevation_deg": -33.4}}
{"qa_id": "qa_20f11265b1d2c1330fdf", "split": "test", "audio_id": "foa_02d0337516886f0d6d2e", "audio_path": "audio/test/foa_02d0337516886f0d6d2e.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a string instrument playing from 0.0s to 8.0s.", "canonical_answer": "string instrument (0.0s to 8.0s)", "answer_meta": {"time_span": [0.0, 8.0]}}
{"qa_id": "qa_62bd90bb20755e244a9f", "split": "test", "audio_id": "foa_0c1bd2fea5748bfbbda9", "audio_path": "audio/test/foa_0c1bd2fea5748bfbbda9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the home sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-114.4 degrees", "canonical_answer": "-114.4 degrees", "answer_meta": {"azimuth_deg": -114.4}}
{"qa_id": "qa_1e75c6315e6c01e549ff", "split": "test", "audio_id": "foa_06954bf5dfb36bfc729a", "audio_path": "audio/test/foa_06954bf5dfb36bfc729a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left side? Answer in one sentence.", "answer": "The sound coming from the front-left side is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_9ae1f6796a114602d38a", "split": "test", "audio_id": "foa_7c7bf615baa6ce55eeef", "audio_path": "audio/test/foa_7c7bf615baa6ce55eeef.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-150.6 degrees, elevation=-4.1 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth -150.6 degrees and elevation -4.1 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_287461a27daed23887a9", "split": "test", "audio_id": "foa_c1c000943c7a11e926f4", "audio_path": "audio/test/foa_c1c000943c7a11e926f4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=14.4 degrees, elevation=-4.4 degrees? Answer in one sentence.", "answer": "The sound heard at azimuth=14.4 degrees and elevation=-4.4 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_b77539ec66c4f4626d38", "split": "test", "audio_id": "foa_1b7cfb306d16e09ff72d", "audio_path": "audio/test/foa_1b7cfb306d16e09ff72d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the wind instrument coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "160.7 degrees", "canonical_answer": "160.7 degrees", "answer_meta": {"azimuth_deg": 160.7}}
{"qa_id": "qa_09464203a0f054d41f5e", "split": "test", "audio_id": "foa_a1c41b3b91ebe51b1af4", "audio_path": "audio/test/foa_a1c41b3b91ebe51b1af4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left and below the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left and below is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_ce14f492bb697ec8e5d9", "split": "test", "audio_id": "foa_12a8081afe4bf1feb008", "audio_path": "audio/test/foa_12a8081afe4bf1feb008.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the metal clink be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The metal clink is active from 1.2s to 10.9s.", "canonical_answer": "1.2s to 10.9s", "answer_meta": {"time_span": [1.2, 10.9]}}
{"qa_id": "qa_dddf77c59f9499a25938", "split": "test", "audio_id": "foa_5cc5b123b20d1cb200e5", "audio_path": "audio/test/foa_5cc5b123b20d1cb200e5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains kitchenware from 0.0s to 3.0s and speech from 0.3s to 9.0s.", "canonical_answer": "kitchenware (0.0s to 3.0s); speech (0.3s to 9.0s)", "answer_meta": {}}
{"qa_id": "qa_a83ec228cc6cd3ab48d2", "split": "test", "audio_id": "foa_b8a88b76a90f6960e26a", "audio_path": "audio/test/foa_b8a88b76a90f6960e26a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the crackle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.8 degrees", "canonical_answer": "20.8 degrees", "answer_meta": {"elevation_deg": 20.8}}
{"qa_id": "qa_8350547097110b46da3a", "split": "test", "audio_id": "foa_facf0f380933e66bb0d4", "audio_path": "audio/test/foa_facf0f380933e66bb0d4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the finger snapping in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.4 degrees", "canonical_answer": "-10.4 degrees", "answer_meta": {"elevation_deg": -10.4}}
{"qa_id": "qa_2b57b2bcfa7e0cf4f4cb", "split": "test", "audio_id": "foa_9365633dc9512fd8ff51", "audio_path": "audio/test/foa_9365633dc9512fd8ff51.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-left side? Answer in one sentence.", "answer": "The sound coming from the back-left side is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_37f780e9ab3f80a68476", "split": "test", "audio_id": "foa_c7c0ad9e06b51bb3e381", "audio_path": "audio/test/foa_c7c0ad9e06b51bb3e381.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=115.5 degrees, elevation=-0.4 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=115.5 degrees and elevation=-0.4 degrees is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_0f0b34511f9f1b4f182b", "split": "test", "audio_id": "foa_79fe9e4f1e0df012246b", "audio_path": "audio/test/foa_79fe9e4f1e0df012246b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio recording features a drawer cabinet from 0.6s to 20.0s, breathing from 5.9s to 8.5s, and a metal clink from 9.0s to 19.3s.", "canonical_answer": "drawer cabinet (0.6s to 20.0s); breathing (5.9s to 8.5s); metal clink (9.0s to 19.3s)", "answer_meta": {}}
{"qa_id": "qa_f8bec06a0e9f37cd33b3", "split": "test", "audio_id": "foa_b09d836306ba6a3f5273", "audio_path": "audio/test/foa_b09d836306ba6a3f5273.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-94.3 degrees", "canonical_answer": "-94.3 degrees", "answer_meta": {"azimuth_deg": -94.3}}
{"qa_id": "qa_aed2ee79eb8ab7d7b559", "split": "test", "audio_id": "foa_bf16d37df394b528abf7", "audio_path": "audio/test/foa_bf16d37df394b528abf7.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the keyboard instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is audible from 0.0s to 3.5s.", "canonical_answer": "0.0s to 3.5s", "answer_meta": {"time_span": [0.0, 3.5]}}
{"qa_id": "qa_353cf602975155d1fbba", "split": "test", "audio_id": "foa_5ec3c2e6165c7f5aafff", "audio_path": "audio/test/foa_5ec3c2e6165c7f5aafff.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=17.1 degrees, elevation=-49.8 degrees? Answer in one sentence.", "answer": "A fire is located at azimuth 17.1 degrees and elevation -49.8 degrees.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_b363c450ab3c49f271c0", "split": "test", "audio_id": "foa_4d659e045b0c8d1d12d3", "audio_path": "audio/test/foa_4d659e045b0c8d1d12d3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard coming from the back-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the back-left is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b05f7394a9a49f2efe6e", "split": "test", "audio_id": "foa_04fc4ccaeed35a6e6c5f", "audio_path": "audio/test/foa_04fc4ccaeed35a6e6c5f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the crushing active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 2.8s to 3.5s.", "canonical_answer": "2.8s to 3.5s", "answer_meta": {"time_span": [2.8, 3.5]}}
{"qa_id": "qa_6b6e8254dcf06841ed6b", "split": "test", "audio_id": "foa_bb62e873915bd4a43858", "audio_path": "audio/test/foa_bb62e873915bd4a43858.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the water in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-106.1 degrees", "canonical_answer": "-106.1 degrees", "answer_meta": {"azimuth_deg": -106.1}}
{"qa_id": "qa_7f31f705932baae418b8", "split": "test", "audio_id": "foa_5b59635d9b73ce05f97a", "audio_path": "audio/test/foa_5b59635d9b73ce05f97a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 2.3s to 20.0s.", "canonical_answer": "body sound (2.3s to 20.0s)", "answer_meta": {"time_span": [2.3, 20.0]}}
{"qa_id": "qa_b0897ca0525aefd7b251", "split": "test", "audio_id": "foa_be4894f20886e0dccf3f", "audio_path": "audio/test/foa_be4894f20886e0dccf3f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the musical instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.1 degrees", "canonical_answer": "-23.1 degrees", "answer_meta": {"elevation_deg": -23.1}}
{"qa_id": "qa_dd4fbafe890c17943cf7", "split": "test", "audio_id": "foa_a9267199186d77e88390", "audio_path": "audio/test/foa_a9267199186d77e88390.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sounds can be heard in the audio, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features speech occurring from 0.3s to 9.8s and additional speech from 0.6s to 1.5s.", "canonical_answer": "speech (0.3s to 9.8s); speech (0.6s to 1.5s)", "answer_meta": {}}
{"qa_id": "qa_00b1d7a14214facd677c", "split": "test", "audio_id": "foa_4665ceddc51be0345253", "audio_path": "audio/test/foa_4665ceddc51be0345253.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-72.8 degrees", "canonical_answer": "-72.8 degrees", "answer_meta": {"azimuth_deg": -72.8}}
{"qa_id": "qa_29784065564bc546b8bc", "split": "test", "audio_id": "foa_49981599040eed3a005f", "audio_path": "audio/test/foa_49981599040eed3a005f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the knock active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock event is active from 0.2s to 20.0s.", "canonical_answer": "0.2s to 20.0s", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_3fb90309a2189f3474d7", "split": "test", "audio_id": "foa_1bdeb23f0ee53c8f76fa", "audio_path": "audio/test/foa_1bdeb23f0ee53c8f76fa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the knock in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.1 degrees", "canonical_answer": "-11.1 degrees", "answer_meta": {"elevation_deg": -11.1}}
{"qa_id": "qa_a05527ffd181fc973ec6", "split": "test", "audio_id": "foa_293d87c1aeabfc956cad", "audio_path": "audio/test/foa_293d87c1aeabfc956cad.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source coming from the left and above the listener is a knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_dd450170e95a29bf4e46", "split": "test", "audio_id": "foa_1deddefb4d2e6db3945d", "audio_path": "audio/test/foa_1deddefb4d2e6db3945d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-6.9 degrees, elevation=-16.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=-6.9 degrees and elevation=-16.5 degrees is a tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_65b9fecb758fa21c9b0d", "split": "test", "audio_id": "foa_8aef59ecc90dc1c20ad2", "audio_path": "audio/test/foa_8aef59ecc90dc1c20ad2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 8.8s.", "canonical_answer": "0.6s to 8.8s", "answer_meta": {"time_span": [0.6, 8.8]}}
{"qa_id": "qa_96612a1cdbd34fad099a", "split": "test", "audio_id": "foa_4f1e9bdc52b0396cca4c", "audio_path": "audio/test/foa_4f1e9bdc52b0396cca4c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the left and below of the listener? Answer in one sentence.", "answer": "The source heard from the left and below the listener is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_d665481b241d11f3c1c4", "split": "test", "audio_id": "foa_38abcbfcada954b85e68", "audio_path": "audio/test/foa_38abcbfcada954b85e68.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the paper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.3 degrees", "canonical_answer": "19.3 degrees", "answer_meta": {"azimuth_deg": 19.3}}
{"qa_id": "qa_19a9128ad2778e698aea", "split": "test", "audio_id": "foa_9403c13215ac9162b48b", "audio_path": "audio/test/foa_9403c13215ac9162b48b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.5 degrees", "canonical_answer": "-1.5 degrees", "answer_meta": {"elevation_deg": -1.5}}
{"qa_id": "qa_e4e599d8a975d58adba0", "split": "test", "audio_id": "foa_5502a013b41f6e6d8a11", "audio_path": "audio/test/foa_5502a013b41f6e6d8a11.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a telephone alarm from 0.0s to 12.1s, another telephone alarm from 0.0s to 0.8s, water from 0.1s to 0.8s, a gong from 0.6s to 3.7s, and breathing from 1.0s to 3.8s.", "canonical_answer": "telephone alarm (0.0s to 12.1s); telephone alarm (0.0s to 0.8s); water (0.1s to 0.8s); gong (0.6s to 3.7s); breathing (1.0s to 3.8s)", "answer_meta": {}}
{"qa_id": "qa_4c5151144660718ea2e7", "split": "test", "audio_id": "foa_1dd4e39f8ed10c8003f6", "audio_path": "audio/test/foa_1dd4e39f8ed10c8003f6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=7.6 degrees, elevation=-3.7 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=7.6 degrees and elevation=-3.7 degrees is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_784b934cbd8a11b12058", "split": "test", "audio_id": "foa_fcffd95f556f60493016", "audio_path": "audio/test/foa_fcffd95f556f60493016.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the sound source located at the back-left and below the listener? Answer in one sentence.", "answer": "The sound source located at the back-left and below is an aircraft.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_a53dfdfd3288571de7cc", "split": "test", "audio_id": "foa_1a5795c491328999981c", "audio_path": "audio/test/foa_1a5795c491328999981c.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains footsteps, which occur from 0.0s to 10.5s.", "canonical_answer": "footsteps (0.0s to 10.5s)", "answer_meta": {"time_span": [0.0, 10.5]}}
{"qa_id": "qa_1bc025b8d50a69f19cf9", "split": "test", "audio_id": "foa_0863f5c1133b29c4b59e", "audio_path": "audio/test/foa_0863f5c1133b29c4b59e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-36.4 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -36.4 degrees and elevation 0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f2fc77eeb3d298e01279", "split": "test", "audio_id": "foa_512efb39d5f4c0706d58", "audio_path": "audio/test/foa_512efb39d5f4c0706d58.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the war sound active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The war sound occurs during the interval from 0.0s to 2.0s.", "canonical_answer": "0.0s to 2.0s", "answer_meta": {"time_span": [0.0, 2.0]}}
{"qa_id": "qa_bf911f84886cfdbdbadc", "split": "test", "audio_id": "foa_bcfcaae133184d43b571", "audio_path": "audio/test/foa_bcfcaae133184d43b571.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the animal? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.0 degrees", "canonical_answer": "-35.0 degrees", "answer_meta": {"elevation_deg": -35.0}}
{"qa_id": "qa_ef3cdc5a021bb2f2c57f", "split": "test", "audio_id": "foa_7db553cc7763b076fa74", "audio_path": "audio/test/foa_7db553cc7763b076fa74.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "84.4 degrees", "canonical_answer": "84.4 degrees", "answer_meta": {"azimuth_deg": 84.4}}
{"qa_id": "qa_9fa814d1c7eb84100884", "split": "test", "audio_id": "foa_09b4d50192d118197da5", "audio_path": "audio/test/foa_09b4d50192d118197da5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.5 degrees", "canonical_answer": "-16.5 degrees", "answer_meta": {"elevation_deg": -16.5}}
{"qa_id": "qa_b62a908ece11451b1e08", "split": "test", "audio_id": "foa_8674b96e424ad3e30a45", "audio_path": "audio/test/foa_8674b96e424ad3e30a45.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-72.9 degrees, elevation=52.0 degrees? Answer in one sentence.", "answer": "A door is located at azimuth -72.9 degrees and elevation 52.0 degrees.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_efe7a4a18a543b796843", "split": "test", "audio_id": "foa_2b55557dfb0f0d6b0459", "audio_path": "audio/test/foa_2b55557dfb0f0d6b0459.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains wind from 0.0s to 13.8s, a knock from 1.4s to 2.4s, and a telephone alarm from 3.8s to 5.7s.", "canonical_answer": "wind (0.0s to 13.8s); knock (1.4s to 2.4s); telephone alarm (3.8s to 5.7s)", "answer_meta": {}}
{"qa_id": "qa_b678128c57f13dc9fb7c", "split": "test", "audio_id": "foa_dfdbd22d5a7f88e4457e", "audio_path": "audio/test/foa_dfdbd22d5a7f88e4457e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the war sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "144.4 degrees", "canonical_answer": "144.4 degrees", "answer_meta": {"azimuth_deg": 144.4}}
{"qa_id": "qa_14f73f90dd212d44d22b", "split": "test", "audio_id": "foa_33fd9b2f21d40a3a42f6", "audio_path": "audio/test/foa_33fd9b2f21d40a3a42f6.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-left of the listener? Answer in one sentence.", "answer": "The sound source coming from the front-left is a keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_a48df3690581632abc25", "split": "test", "audio_id": "foa_5a393021bb98f52bf9ad", "audio_path": "audio/test/foa_5a393021bb98f52bf9ad.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the tool be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool is active from 0.1s to 19.3s.", "canonical_answer": "0.1s to 19.3s", "answer_meta": {"time_span": [0.1, 19.3]}}
{"qa_id": "qa_8a27715126f2a2c433f7", "split": "test", "audio_id": "foa_1db99d4bda0415009b4c", "audio_path": "audio/test/foa_1db99d4bda0415009b4c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left and below side? Answer in one sentence.", "answer": "The sound coming from the front-left and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_06987ece2e2bb2f7aa77", "split": "test", "audio_id": "foa_58bc2d2b1c299370cde7", "audio_path": "audio/test/foa_58bc2d2b1c299370cde7.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-129.4 degrees, elevation=-0.6 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth -129.4 degrees and elevation -0.6 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_0ac044cc88cd6e85c9ff", "split": "test", "audio_id": "foa_7ecdd170664c7f843827", "audio_path": "audio/test/foa_7ecdd170664c7f843827.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the bell be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bell is active from 0.4s to 10.6s.", "canonical_answer": "0.4s to 10.6s", "answer_meta": {"time_span": [0.4, 10.6]}}
{"qa_id": "qa_f98703ccf66092d51795", "split": "test", "audio_id": "foa_c715f61991de8760cffd", "audio_path": "audio/test/foa_c715f61991de8760cffd.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in this recording, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features war sound occurring from 0.0s to 0.7s.", "canonical_answer": "war sound (0.0s to 0.7s)", "answer_meta": {"time_span": [0.0, 0.7]}}
{"qa_id": "qa_4cc5feae20141a7838fb", "split": "test", "audio_id": "foa_d54f260c7c92e5a80d39", "audio_path": "audio/test/foa_d54f260c7c92e5a80d39.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.9 degrees", "canonical_answer": "-4.9 degrees", "answer_meta": {"elevation_deg": -4.9}}
{"qa_id": "qa_b6aabee7594642d16bb7", "split": "test", "audio_id": "foa_04ac0b2bb28e62217098", "audio_path": "audio/test/foa_04ac0b2bb28e62217098.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-127.4 degrees", "canonical_answer": "-127.4 degrees", "answer_meta": {"azimuth_deg": -127.4}}
{"qa_id": "qa_6b32ee83a3a3e679fe90", "split": "test", "audio_id": "foa_889e183233d1f021bc69", "audio_path": "audio/test/foa_889e183233d1f021bc69.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=115.0 degrees, elevation=16.2 degrees? Answer in one sentence.", "answer": "A frog is located at azimuth=115.0 degrees and elevation=16.2 degrees.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_f92cb0997d66fc725876", "split": "test", "audio_id": "foa_03102eba89f005242e75", "audio_path": "audio/test/foa_03102eba89f005242e75.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the door event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door is active from 0.8s to 20.0s.", "canonical_answer": "0.8s to 20.0s", "answer_meta": {"time_span": [0.8, 20.0]}}
{"qa_id": "qa_84d97e3d89fb80a6ff01", "split": "test", "audio_id": "foa_7412b64f3b58f9f27023", "audio_path": "audio/test/foa_7412b64f3b58f9f27023.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink that lasts from 0.4s to 19.6s.", "canonical_answer": "metal clink (0.4s to 19.6s)", "answer_meta": {"time_span": [0.4, 19.6]}}
{"qa_id": "qa_3ac6dd1cb38dcb8277fc", "split": "test", "audio_id": "foa_dfafa75af7c969cdeed4", "audio_path": "audio/test/foa_dfafa75af7c969cdeed4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "108.0 degrees", "canonical_answer": "108.0 degrees", "answer_meta": {"azimuth_deg": 108.0}}
{"qa_id": "qa_039b58381e6cc6772928", "split": "test", "audio_id": "foa_0d534b9b361f77de99ef", "audio_path": "audio/test/foa_0d534b9b361f77de99ef.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-left and below the listener? Answer in one sentence.", "answer": "The source heard from the back-left and below is an insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_1e9c6d548f7688ab6b46", "split": "test", "audio_id": "foa_0fdd031b7787bc21b351", "audio_path": "audio/test/foa_0fdd031b7787bc21b351.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.2 degrees", "canonical_answer": "-21.2 degrees", "answer_meta": {"elevation_deg": -21.2}}
{"qa_id": "qa_d49b3370d92428cabba8", "split": "test", "audio_id": "foa_baccaa903a9830ca9430", "audio_path": "audio/test/foa_baccaa903a9830ca9430.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are occurring in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains kitchenware starting from 0.1s and continuing until 6.2s.", "canonical_answer": "kitchenware (0.1s to 6.2s)", "answer_meta": {"time_span": [0.1, 6.2]}}
{"qa_id": "qa_bd041b724d794811a6e2", "split": "test", "audio_id": "foa_fc6b2e92ccf915976551", "audio_path": "audio/test/foa_fc6b2e92ccf915976551.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.0 degrees", "canonical_answer": "-20.0 degrees", "answer_meta": {"elevation_deg": -20.0}}
{"qa_id": "qa_022d18496c2ab5268cad", "split": "test", "audio_id": "foa_2d1f0ea941b6670f6b98", "audio_path": "audio/test/foa_2d1f0ea941b6670f6b98.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=88.2 degrees, elevation=24.3 degrees? Answer in one sentence.", "answer": "A crushing sound is coming from azimuth 88.2 degrees and elevation 24.3 degrees.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_66249a78970bb6411684", "split": "test", "audio_id": "foa_c8f9ff4d2fc09a0b8970", "audio_path": "audio/test/foa_c8f9ff4d2fc09a0b8970.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "176.2 degrees", "canonical_answer": "176.2 degrees", "answer_meta": {"azimuth_deg": 176.2}}
{"qa_id": "qa_b4daa71d6db26197abb3", "split": "test", "audio_id": "foa_04a6aa91faf438cafc66", "audio_path": "audio/test/foa_04a6aa91faf438cafc66.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the keyboard instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 3.2s to 5.5s.", "canonical_answer": "3.2s to 5.5s", "answer_meta": {"time_span": [3.2, 5.5]}}
{"qa_id": "qa_2c54300c55771fcea0f1", "split": "test", "audio_id": "foa_0ca499698018eeefafe0", "audio_path": "audio/test/foa_0ca499698018eeefafe0.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in front of and below the listener? Answer in one sentence.", "answer": "The source heard from the front and below is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_99dd0fad300b1d7dd05a", "split": "test", "audio_id": "foa_97941239098721e1090c", "audio_path": "audio/test/foa_97941239098721e1090c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.9 degrees", "canonical_answer": "8.9 degrees", "answer_meta": {"elevation_deg": 8.9}}
{"qa_id": "qa_99903a3b0c7ec3d55e6c", "split": "test", "audio_id": "foa_7cb1c664fbe1f6680a5a", "audio_path": "audio/test/foa_7cb1c664fbe1f6680a5a.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains typing that lasts from 0.1s to 1.2s.", "canonical_answer": "typing (0.1s to 1.2s)", "answer_meta": {"time_span": [0.1, 1.2]}}
{"qa_id": "qa_5e28890c2623a301c8b3", "split": "test", "audio_id": "foa_10c59e9a1539afcd15c0", "audio_path": "audio/test/foa_10c59e9a1539afcd15c0.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=3.9 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=3.9 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_832d540d6209a791e251", "split": "test", "audio_id": "foa_27b25fab06994967b6ab", "audio_path": "audio/test/foa_27b25fab06994967b6ab.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the human vocalization coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-109.7 degrees", "canonical_answer": "-109.7 degrees", "answer_meta": {"azimuth_deg": -109.7}}
{"qa_id": "qa_8030521750aa1a4649b0", "split": "test", "audio_id": "foa_d454840ef30a9cbab01d", "audio_path": "audio/test/foa_d454840ef30a9cbab01d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the sound of crushing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The crushing event is active from 0.1s to 1.3s.", "canonical_answer": "0.1s to 1.3s", "answer_meta": {"time_span": [0.1, 1.3]}}
{"qa_id": "qa_e19d65f46001c621f14a", "split": "test", "audio_id": "foa_52bebd2d8a04234e6973", "audio_path": "audio/test/foa_52bebd2d8a04234e6973.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and below the listener? Answer in one sentence.", "answer": "The source located to the left and below is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_7cbeab427ce1f6205c80", "split": "test", "audio_id": "foa_f7e768d8db8e26deda95", "audio_path": "audio/test/foa_f7e768d8db8e26deda95.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the female speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.0 degrees", "canonical_answer": "13.0 degrees", "answer_meta": {"azimuth_deg": 13.0}}
{"qa_id": "qa_b5d33a1268b4ffbad796", "split": "test", "audio_id": "foa_328a9915b33377235817", "audio_path": "audio/test/foa_328a9915b33377235817.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time duration for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains body sound occurring from 0.0s to 12.8s.", "canonical_answer": "body sound (0.0s to 12.8s)", "answer_meta": {"time_span": [0.0, 12.8]}}
{"qa_id": "qa_6a4fedc14a357a90fa8f", "split": "test", "audio_id": "foa_ec81a8cec8445f31d1cc", "audio_path": "audio/test/foa_ec81a8cec8445f31d1cc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the insect in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "51.6 degrees", "canonical_answer": "51.6 degrees", "answer_meta": {"elevation_deg": 51.6}}
{"qa_id": "qa_dd78dc915d9e9d28af72", "split": "test", "audio_id": "foa_a14c95029e64ab82a88d", "audio_path": "audio/test/foa_a14c95029e64ab82a88d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-right of the listener? Answer in one sentence.", "answer": "The source coming from the front-right is a thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_81ce10b4de90530aed2b", "split": "test", "audio_id": "foa_d7bd7af27ed953e018bb", "audio_path": "audio/test/foa_d7bd7af27ed953e018bb.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the bird be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active from 9.1s to 20.0s.", "canonical_answer": "9.1s to 20.0s", "answer_meta": {"time_span": [9.1, 20.0]}}
{"qa_id": "qa_c2f9eff35af7afb8ac86", "split": "test", "audio_id": "foa_a250587feea1b5396aab", "audio_path": "audio/test/foa_a250587feea1b5396aab.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-175.8 degrees, elevation=1.2 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth=-175.8 degrees and elevation=1.2 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_e29a4293de74b4c42f26", "split": "test", "audio_id": "foa_d79625a194a8538ca585", "audio_path": "audio/test/foa_d79625a194a8538ca585.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.7 degrees", "canonical_answer": "-15.7 degrees", "answer_meta": {"elevation_deg": -15.7}}
{"qa_id": "qa_19a546adde4a02a9cb63", "split": "test", "audio_id": "foa_d4300f355e35ee7f2199", "audio_path": "audio/test/foa_d4300f355e35ee7f2199.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "108.3 degrees", "canonical_answer": "108.3 degrees", "answer_meta": {"azimuth_deg": 108.3}}
{"qa_id": "qa_63f793dc86902e884e18", "split": "test", "audio_id": "foa_c6b4989e46aa8ae1321c", "audio_path": "audio/test/foa_c6b4989e46aa8ae1321c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=97.1 degrees, elevation=16.3 degrees? Answer in one sentence.", "answer": "A bird is located at azimuth 97.1 degrees and elevation 16.3 degrees.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_98b6b0aa75c85ecdec14", "split": "test", "audio_id": "foa_7bc3a7de3fd0decbc980", "audio_path": "audio/test/foa_7bc3a7de3fd0decbc980.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources are present in the audio, and during what time intervals do they occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains paper from 0.6s to 20.0s.", "canonical_answer": "paper (0.6s to 20.0s)", "answer_meta": {"time_span": [0.6, 20.0]}}
{"qa_id": "qa_6d40d31b9d093467032c", "split": "test", "audio_id": "foa_6b67761c3b2e1116ad9a", "audio_path": "audio/test/foa_6b67761c3b2e1116ad9a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the source located at the back and below the listener? Answer in one sentence.", "answer": "The sound source located at the back and below is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_6dc496e75baa8dd4b08d", "split": "test", "audio_id": "foa_c6d3f601d37babd2a1d1", "audio_path": "audio/test/foa_c6d3f601d37babd2a1d1.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the male speech active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The male speech event is active from 1.0s to 7.4s.", "canonical_answer": "1.0s to 7.4s", "answer_meta": {"time_span": [1.0, 7.4]}}
{"qa_id": "qa_2a888f7198b0c5d6f92f", "split": "test", "audio_id": "foa_39eaa501b6cbfed2cf70", "audio_path": "audio/test/foa_39eaa501b6cbfed2cf70.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the paper coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "47.7 degrees", "canonical_answer": "47.7 degrees", "answer_meta": {"azimuth_deg": 47.7}}
{"qa_id": "qa_dbd31eff0bc537d88fd5", "split": "test", "audio_id": "foa_15a35f31f064d87fb0c1", "audio_path": "audio/test/foa_15a35f31f064d87fb0c1.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features female speech that occurs from 0.0s to 0.8s.", "canonical_answer": "female speech (0.0s to 0.8s)", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_be9324b9ae3fb009ee42", "split": "test", "audio_id": "foa_5f8933ef1d74b9959624", "audio_path": "audio/test/foa_5f8933ef1d74b9959624.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the laughter be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The laughter is active from 0.4s to 15.2s.", "canonical_answer": "0.4s to 15.2s", "answer_meta": {"time_span": [0.4, 15.2]}}
{"qa_id": "qa_de908d428721afbcd23b", "split": "test", "audio_id": "foa_603514d8e65fe820d48f", "audio_path": "audio/test/foa_603514d8e65fe820d48f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.4 degrees", "canonical_answer": "-15.4 degrees", "answer_meta": {"elevation_deg": -15.4}}
{"qa_id": "qa_b646b11fddf10fe9bd58", "split": "test", "audio_id": "foa_d9ee602185a2827d06aa", "audio_path": "audio/test/foa_d9ee602185a2827d06aa.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the right of the listener? Answer in one sentence.", "answer": "The source coming from the right is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3f8d25405f918318da4e", "split": "test", "audio_id": "foa_587c9fac2bdd411807ce", "audio_path": "audio/test/foa_587c9fac2bdd411807ce.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-12.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth -12.1 degrees and elevation 0.0 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_ce4e0237821beaa71484", "split": "test", "audio_id": "foa_5fef51bbffc8e68c2cf9", "audio_path": "audio/test/foa_5fef51bbffc8e68c2cf9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.6 degrees", "canonical_answer": "5.6 degrees", "answer_meta": {"elevation_deg": 5.6}}
{"qa_id": "qa_2be5c30e1fb73285f4bd", "split": "test", "audio_id": "foa_9caa63e85e65faf189d9", "audio_path": "audio/test/foa_9caa63e85e65faf189d9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-66.0 degrees", "canonical_answer": "-66.0 degrees", "answer_meta": {"azimuth_deg": -66.0}}
{"qa_id": "qa_28d686b3b8a13873aeec", "split": "test", "audio_id": "foa_ac8e4de63324397adeba", "audio_path": "audio/test/foa_ac8e4de63324397adeba.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the clock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The clock is active from 14.2s to 20.0s.", "canonical_answer": "14.2s to 20.0s", "answer_meta": {"time_span": [14.2, 20.0]}}
{"qa_id": "qa_9e5ded2396902aa6b142", "split": "test", "audio_id": "foa_aa048c7d7daf661fdcb0", "audio_path": "audio/test/foa_aa048c7d7daf661fdcb0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink from 0.0s to 18.0s, a home sound from 8.0s to 20.0s, and a gong from 18.7s to 20.0s.", "canonical_answer": "metal clink (0.0s to 18.0s); home sound (8.0s to 20.0s); gong (18.7s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_3b10ed3a9f3f9bfa680d", "split": "test", "audio_id": "foa_81af83132b3fa8a27154", "audio_path": "audio/test/foa_81af83132b3fa8a27154.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=25.9 degrees, elevation=-23.5 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=25.9 degrees and elevation=-23.5 degrees is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_67ceca0e278652506808", "split": "test", "audio_id": "foa_09c8ed47798684683032", "audio_path": "audio/test/foa_09c8ed47798684683032.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the back and below? Answer in one sentence.", "answer": "The source located at the back and below is an appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_932e39a675deffd25504", "split": "test", "audio_id": "foa_8f94d8ec5e8fab826d89", "audio_path": "audio/test/foa_8f94d8ec5e8fab826d89.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the tool occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool event is active from 0.7s to 15.4s.", "canonical_answer": "0.7s to 15.4s", "answer_meta": {"time_span": [0.7, 15.4]}}
{"qa_id": "qa_d9a7b65468cb55cd1322", "split": "test", "audio_id": "foa_d1fb8cde2bc0d38817fe", "audio_path": "audio/test/foa_d1fb8cde2bc0d38817fe.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the body sound in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.5 degrees", "canonical_answer": "14.5 degrees", "answer_meta": {"elevation_deg": 14.5}}
{"qa_id": "qa_485719a12e75c5012fc5", "split": "test", "audio_id": "foa_d33fe6319c9e239a4395", "audio_path": "audio/test/foa_d33fe6319c9e239a4395.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound source is heard from the front-right and below of the listener? Answer in one sentence.", "answer": "The source heard coming from the front-right and below is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_54b6617226c06a0e64ed", "split": "test", "audio_id": "foa_9d5cd99503e98fbfba99", "audio_path": "audio/test/foa_9d5cd99503e98fbfba99.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=68.7 degrees, elevation=20.8 degrees? Answer in one sentence.", "answer": "A cat is located at azimuth=68.7 degrees and elevation=20.8 degrees.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_a4d246f27b413a0dc5bf", "split": "test", "audio_id": "foa_1471011beeb3de9545f5", "audio_path": "audio/test/foa_1471011beeb3de9545f5.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features a machine from 0.0s to 8.4s, a guitar from 3.0s to 10.4s, a scratch from 5.2s to 9.4s, and a bell from 9.0s to 11.7s.", "canonical_answer": "machine (0.0s to 8.4s); guitar (3.0s to 10.4s); scratch (5.2s to 9.4s); bell (9.0s to 11.7s)", "answer_meta": {}}
{"qa_id": "qa_b3a8d50d6a4e5583b2b0", "split": "test", "audio_id": "foa_1262f84f8edd7aef0cfb", "audio_path": "audio/test/foa_1262f84f8edd7aef0cfb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the singing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.5 degrees", "canonical_answer": "-52.5 degrees", "answer_meta": {"azimuth_deg": -52.5}}
{"qa_id": "qa_41c0ed5353b4c8f12ff2", "split": "test", "audio_id": "foa_51e9e2275f819bb1d55c", "audio_path": "audio/test/foa_51e9e2275f819bb1d55c.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front side? Answer in one sentence.", "answer": "The sound source coming from the front is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_719fcc8c533b80448e54", "split": "test", "audio_id": "foa_fb50a24bbb5cefd210fb", "audio_path": "audio/test/foa_fb50a24bbb5cefd210fb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.6 degrees", "canonical_answer": "-22.6 degrees", "answer_meta": {"elevation_deg": -22.6}}
{"qa_id": "qa_79286212a85e466b72aa", "split": "test", "audio_id": "foa_5f0001dd0794be845e4a", "audio_path": "audio/test/foa_5f0001dd0794be845e4a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the car? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-61.1 degrees", "canonical_answer": "-61.1 degrees", "answer_meta": {"azimuth_deg": -61.1}}
{"qa_id": "qa_feb16ce34181db5fa040", "split": "test", "audio_id": "foa_2856684cd9568af6836b", "audio_path": "audio/test/foa_2856684cd9568af6836b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=86.7 degrees, elevation=-2.1 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=86.7 degrees and elevation=-2.1 degrees is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_d7210ef86ac7b344418f", "split": "test", "audio_id": "foa_64d50b82d6b43317e515", "audio_path": "audio/test/foa_64d50b82d6b43317e515.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a telephone alarm that lasts from 0.6s to 4.0s.", "canonical_answer": "telephone alarm (0.6s to 4.0s)", "answer_meta": {"time_span": [0.6, 4.0]}}
{"qa_id": "qa_a196f6e504ea351c33c5", "split": "test", "audio_id": "foa_09f3a0dbebc773392db6", "audio_path": "audio/test/foa_09f3a0dbebc773392db6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the wind instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.0s to 2.7s.", "canonical_answer": "0.0s to 2.7s", "answer_meta": {"time_span": [0.0, 2.7]}}
{"qa_id": "qa_ec85ef9119d0dd92a126", "split": "test", "audio_id": "foa_4c6fa769ae01588155d6", "audio_path": "audio/test/foa_4c6fa769ae01588155d6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-17.8 degrees, elevation=-39.4 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=-17.8 degrees and elevation=-39.4 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_9250ce3f8619a2bd394a", "split": "test", "audio_id": "foa_4514965faf75e7155e5f", "audio_path": "audio/test/foa_4514965faf75e7155e5f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the knock be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The knock event occurs from 0.9s to 1.8s.", "canonical_answer": "0.9s to 1.8s", "answer_meta": {"time_span": [0.9, 1.8]}}
{"qa_id": "qa_5d17a83414a4e3caf6be", "split": "test", "audio_id": "foa_0a368d1a7262cb77dec0", "audio_path": "audio/test/foa_0a368d1a7262cb77dec0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 1.9s and speech from 0.4s to 7.0s.", "canonical_answer": "speech (0.3s to 1.9s); speech (0.4s to 7.0s)", "answer_meta": {}}
{"qa_id": "qa_782ab83c70a7512580ba", "split": "test", "audio_id": "foa_b8db359152e9dd04cfaa", "audio_path": "audio/test/foa_b8db359152e9dd04cfaa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the finger snapping located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.3 degrees", "canonical_answer": "30.3 degrees", "answer_meta": {"elevation_deg": 30.3}}
{"qa_id": "qa_7707f358da43a4ca33c3", "split": "test", "audio_id": "foa_bc848c1dbc65f9284866", "audio_path": "audio/test/foa_bc848c1dbc65f9284866.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "70.9 degrees", "canonical_answer": "70.9 degrees", "answer_meta": {"azimuth_deg": 70.9}}
{"qa_id": "qa_eae09b8efb5876ca118d", "split": "test", "audio_id": "foa_eef0c40603e23d8e59a4", "audio_path": "audio/test/foa_eef0c40603e23d8e59a4.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the left and above side? Answer in one sentence.", "answer": "The sound coming from the left and above is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_e6d02e80e1106f279127", "split": "test", "audio_id": "foa_a326ef8b0b1d95b337be", "audio_path": "audio/test/foa_a326ef8b0b1d95b337be.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the appliance in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.4 degrees", "canonical_answer": "-17.4 degrees", "answer_meta": {"elevation_deg": -17.4}}
{"qa_id": "qa_da4574dfe219da23a15e", "split": "test", "audio_id": "foa_2507ec5ddcc431662c0f", "audio_path": "audio/test/foa_2507ec5ddcc431662c0f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source can be heard from the right and above of the listener? Answer in one sentence.", "answer": "The sound source heard from the right and above is a train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_d3202a2c526102ccd149", "split": "test", "audio_id": "foa_aba9c9912ae9396d8b1d", "audio_path": "audio/test/foa_aba9c9912ae9396d8b1d.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=87.3 degrees, elevation=-30.4 degrees? Answer in one sentence.", "answer": "A tool is located at azimuth 87.3 degrees and elevation -30.4 degrees.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_6c4bfab6a57913edf2b8", "split": "test", "audio_id": "foa_4d8ee32e2059e7cad3cc", "audio_path": "audio/test/foa_4d8ee32e2059e7cad3cc.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that is active from 3.3s to 10.8s.", "canonical_answer": "knock (3.3s to 10.8s)", "answer_meta": {"time_span": [3.3, 10.8]}}
{"qa_id": "qa_7bd8791aaa9ed408ae73", "split": "test", "audio_id": "foa_a512707af1e459ca155e", "audio_path": "audio/test/foa_a512707af1e459ca155e.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the appliance active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The appliance is active from 0.3s to 20.0s.", "canonical_answer": "0.3s to 20.0s", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_377f4e03a68e787e5b3d", "split": "test", "audio_id": "foa_cb658ddd4d51e9ba8004", "audio_path": "audio/test/foa_cb658ddd4d51e9ba8004.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.3 degrees", "canonical_answer": "5.3 degrees", "answer_meta": {"azimuth_deg": 5.3}}
{"qa_id": "qa_371f77de6fc4cdd534d5", "split": "test", "audio_id": "foa_8ad728244188983873c0", "audio_path": "audio/test/foa_8ad728244188983873c0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.7 degrees", "canonical_answer": "17.7 degrees", "answer_meta": {"elevation_deg": 17.7}}
{"qa_id": "qa_84344e55b8aa1881aa47", "split": "test", "audio_id": "foa_b7759c6d5f57af2b9f1e", "audio_path": "audio/test/foa_b7759c6d5f57af2b9f1e.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the right side? Answer in one sentence.", "answer": "The string instrument is the sound heard from the right side.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_6495525e13ca5d850e8a", "split": "test", "audio_id": "foa_055be7b94baa153ef051", "audio_path": "audio/test/foa_055be7b94baa153ef051.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the zipper active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The zipper is active from 0.0s to 3.2s.", "canonical_answer": "0.0s to 3.2s", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_32e0dc8c3cd5b046cc9e", "split": "test", "audio_id": "foa_dfb7bdac9c9040aabe8b", "audio_path": "audio/test/foa_dfb7bdac9c9040aabe8b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip, and what are their respective time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.4s to 6.8s and speech from 0.6s to 2.7s.", "canonical_answer": "speech (0.4s to 6.8s); speech (0.6s to 2.7s)", "answer_meta": {}}
{"qa_id": "qa_0adf3f43de287556054c", "split": "test", "audio_id": "foa_73b6c8b16829e9a7fde6", "audio_path": "audio/test/foa_73b6c8b16829e9a7fde6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the gong? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-87.3 degrees", "canonical_answer": "-87.3 degrees", "answer_meta": {"azimuth_deg": -87.3}}
{"qa_id": "qa_0c24db9a99fde52796a3", "split": "test", "audio_id": "foa_fbb05766d0036810a18b", "audio_path": "audio/test/foa_fbb05766d0036810a18b.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=100.7 degrees, elevation=8.9 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth 100.7 degrees and elevation 8.9 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_53012889dd1ecec36250", "split": "test", "audio_id": "foa_eba39aaefb9b60a0b37c", "audio_path": "audio/test/foa_eba39aaefb9b60a0b37c.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-15.9 degrees, elevation=24.2 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth=-15.9 degrees and elevation=24.2 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_6d8305502ff0799334a6", "split": "test", "audio_id": "foa_bffde4b470d57f9ffc4c", "audio_path": "audio/test/foa_bffde4b470d57f9ffc4c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the guitar coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.7 degrees", "canonical_answer": "-6.7 degrees", "answer_meta": {"azimuth_deg": -6.7}}
{"qa_id": "qa_71e7e637202f743e2e6f", "split": "test", "audio_id": "foa_d5fe55ca398bb530bb59", "audio_path": "audio/test/foa_d5fe55ca398bb530bb59.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the female speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.0 degrees", "canonical_answer": "-2.0 degrees", "answer_meta": {"elevation_deg": -2.0}}
{"qa_id": "qa_a116639fc89c223e67a6", "split": "test", "audio_id": "foa_af397bb48697c2fdae4f", "audio_path": "audio/test/foa_af397bb48697c2fdae4f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the telephone alarm event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The telephone alarm event occurs from 5.9s to 7.7s.", "canonical_answer": "5.9s to 7.7s", "answer_meta": {"time_span": [5.9, 7.7]}}
{"qa_id": "qa_69119809b99c612bee80", "split": "test", "audio_id": "foa_2193cbc8b44837eeb1cc", "audio_path": "audio/test/foa_2193cbc8b44837eeb1cc.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located at the front of the listener? Answer in one sentence.", "answer": "The source coming from the front is a machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_3f993658024b2445cd73", "split": "test", "audio_id": "foa_7001f814f57f058abd39", "audio_path": "audio/test/foa_7001f814f57f058abd39.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a metal clink occurring from 0.8s to 0.9s.", "canonical_answer": "metal clink (0.8s to 0.9s)", "answer_meta": {"time_span": [0.8, 0.9]}}
{"qa_id": "qa_ebea153910838a992228", "split": "test", "audio_id": "foa_bc8e922ab25ced8df669", "audio_path": "audio/test/foa_bc8e922ab25ced8df669.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains laughter active from 0.1s to 2.4s.", "canonical_answer": "laughter (0.1s to 2.4s)", "answer_meta": {"time_span": [0.1, 2.4]}}
{"qa_id": "qa_bd18d95d04082983784b", "split": "test", "audio_id": "foa_04136e3f67564e008efe", "audio_path": "audio/test/foa_04136e3f67564e008efe.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-88.2 degrees, elevation=-27.6 degrees? Answer in one sentence.", "answer": "A car is located at azimuth=-88.2 degrees and elevation=-27.6 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_d6beeae396bdd4fa4281", "split": "test", "audio_id": "foa_af06838ccdf3a4922d11", "audio_path": "audio/test/foa_af06838ccdf3a4922d11.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the dog in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "129.7 degrees", "canonical_answer": "129.7 degrees", "answer_meta": {"azimuth_deg": 129.7}}
{"qa_id": "qa_5b236e75ae784bd003e9", "split": "test", "audio_id": "foa_3cfaa227812a582dd1ac", "audio_path": "audio/test/foa_3cfaa227812a582dd1ac.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the bird active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The bird is active throughout the interval from 0.1s to 12.6s.", "canonical_answer": "0.1s to 12.6s", "answer_meta": {"time_span": [0.1, 12.6]}}
{"qa_id": "qa_96923b9c1d63553da158", "split": "test", "audio_id": "foa_3dc3b6652f09ef319241", "audio_path": "audio/test/foa_3dc3b6652f09ef319241.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the back-right and above side? Answer in one sentence.", "answer": "The sound coming from the back-right and above is a bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_9e7baecb4240050b44a5", "split": "test", "audio_id": "foa_8762e1ae030240f24fcb", "audio_path": "audio/test/foa_8762e1ae030240f24fcb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the insect? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.9 degrees", "canonical_answer": "14.9 degrees", "answer_meta": {"elevation_deg": 14.9}}
{"qa_id": "qa_c659ab14a9e1f770dc1f", "split": "test", "audio_id": "foa_1b684f6e3036f9eb57a4", "audio_path": "audio/test/foa_1b684f6e3036f9eb57a4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.8 degrees", "canonical_answer": "-30.8 degrees", "answer_meta": {"elevation_deg": -30.8}}
{"qa_id": "qa_c01cae3650827ed0debb", "split": "test", "audio_id": "foa_92c862e5ca7aea78238b", "audio_path": "audio/test/foa_92c862e5ca7aea78238b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.5 degrees", "canonical_answer": "15.5 degrees", "answer_meta": {"azimuth_deg": 15.5}}
{"qa_id": "qa_5543b55908d8f9160c59", "split": "test", "audio_id": "foa_3b9c5b217f109447ea07", "audio_path": "audio/test/foa_3b9c5b217f109447ea07.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=39.7 degrees, elevation=21.7 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth=39.7 degrees and elevation=21.7 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_363fe348de47554d0169", "split": "test", "audio_id": "foa_4db907e2f597a8189c9f", "audio_path": "audio/test/foa_4db907e2f597a8189c9f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located in the front and below direction? Answer in one sentence.", "answer": "The sound source coming from the front and below is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_08366af96537e64372b1", "split": "test", "audio_id": "foa_471552cb871e7c10884c", "audio_path": "audio/test/foa_471552cb871e7c10884c.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active from 0.0s to 0.4s.", "canonical_answer": "0.0s to 0.4s", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_2e6fa03d0778ccbc814c", "split": "test", "audio_id": "foa_69010b0afb22e2cb82cb", "audio_path": "audio/test/foa_69010b0afb22e2cb82cb.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events can be heard in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains breathing from 0.4s to 20.0s.", "canonical_answer": "breathing (0.4s to 20.0s)", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_e5f7596aca770e86be7a", "split": "test", "audio_id": "foa_574f04ce3c7c3e69719b", "audio_path": "audio/test/foa_574f04ce3c7c3e69719b.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound events occur in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains the sound of a tool occurring from 0.3s to 15.4s.", "canonical_answer": "tool (0.3s to 15.4s)", "answer_meta": {"time_span": [0.3, 15.4]}}
{"qa_id": "qa_f30487b7adf947de500b", "split": "test", "audio_id": "foa_77d94a21a9b0bc99d542", "audio_path": "audio/test/foa_77d94a21a9b0bc99d542.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.8 degrees", "canonical_answer": "40.8 degrees", "answer_meta": {"azimuth_deg": 40.8}}
{"qa_id": "qa_8f748eebd003fd571db0", "split": "test", "audio_id": "foa_7509d396f339484eb934", "audio_path": "audio/test/foa_7509d396f339484eb934.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the breathing in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.0 degrees", "canonical_answer": "-20.0 degrees", "answer_meta": {"elevation_deg": -20.0}}
{"qa_id": "qa_c6774bfb65e11c46803a", "split": "test", "audio_id": "foa_9d3d7a6d91002f3dae55", "audio_path": "audio/test/foa_9d3d7a6d91002f3dae55.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the left and below of the listener? Answer in one sentence.", "answer": "The source coming from the left and below is a clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_eda517fdcce47a91cd4f", "split": "test", "audio_id": "foa_1d0ab7ef95d4b9876d2d", "audio_path": "audio/test/foa_1d0ab7ef95d4b9876d2d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the keyboard instrument be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 0.3s to 2.1s.", "canonical_answer": "0.3s to 2.1s", "answer_meta": {"time_span": [0.3, 2.1]}}
{"qa_id": "qa_e668a3d88e09062b1c44", "split": "test", "audio_id": "foa_90f06642af169ea4a93f", "audio_path": "audio/test/foa_90f06642af169ea4a93f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=8.9 degrees, elevation=15.8 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=8.9 degrees, elevation=15.8 degrees is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_009d3d2c3e4d2bc98774", "split": "test", "audio_id": "foa_60d5189a44e8fc4e022e", "audio_path": "audio/test/foa_60d5189a44e8fc4e022e.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=-78.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth -78.1 degrees and elevation 0.0 degrees is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_3ba16e92b7819bc82393", "split": "test", "audio_id": "foa_c79ceaba854920126f28", "audio_path": "audio/test/foa_c79ceaba854920126f28.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the drawer cabinet occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The drawer cabinet sound event is active from 0.6s to 20.0s.", "canonical_answer": "0.6s to 20.0s", "answer_meta": {"time_span": [0.6, 20.0]}}
{"qa_id": "qa_0322509367e52da8ad2b", "split": "test", "audio_id": "foa_836765f4ca2016cca8bd", "audio_path": "audio/test/foa_836765f4ca2016cca8bd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the telephone alarm in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.8 degrees", "canonical_answer": "-31.8 degrees", "answer_meta": {"elevation_deg": -31.8}}
{"qa_id": "qa_35c8823921633e95c32a", "split": "test", "audio_id": "foa_3cc1860151e02ec55fc2", "audio_path": "audio/test/foa_3cc1860151e02ec55fc2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.0 degrees", "canonical_answer": "-28.0 degrees", "answer_meta": {"azimuth_deg": -28.0}}
{"qa_id": "qa_a66d5b3826a0ab604044", "split": "test", "audio_id": "foa_c275757c85e66f0f76a3", "audio_path": "audio/test/foa_c275757c85e66f0f76a3.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the right and below the listener? Answer in one sentence.", "answer": "The sound source located to the right and below is a musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_1e32235fc9b365c2cf78", "split": "test", "audio_id": "foa_9b080200e20141f98fd0", "audio_path": "audio/test/foa_9b080200e20141f98fd0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.3s to 3.2s and speech from 0.6s to 8.9s.", "canonical_answer": "speech (0.3s to 3.2s); speech (0.6s to 8.9s)", "answer_meta": {}}
{"qa_id": "qa_735129aed946f90e0ba2", "split": "test", "audio_id": "foa_c119880c709abc5439ee", "audio_path": "audio/test/foa_c119880c709abc5439ee.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features insect sounds from 0.8s to 20.0s, a vehicle from 2.1s to 7.0s, and glass sounds from 17.2s to 20.0s.", "canonical_answer": "insect (0.8s to 20.0s); vehicle (2.1s to 7.0s); glass (17.2s to 20.0s)", "answer_meta": {}}
{"qa_id": "qa_eb419bb8e882888fe000", "split": "test", "audio_id": "foa_d99a4d2d10566c600f50", "audio_path": "audio/test/foa_d99a4d2d10566c600f50.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the tool event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The tool event occurs from 0.3s to 9.2s.", "canonical_answer": "0.3s to 9.2s", "answer_meta": {"time_span": [0.3, 9.2]}}
{"qa_id": "qa_6e4190909840e7bf38aa", "split": "test", "audio_id": "foa_e4c354724e1ecb37bbc2", "audio_path": "audio/test/foa_e4c354724e1ecb37bbc2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the male speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.9 degrees", "canonical_answer": "-20.9 degrees", "answer_meta": {"elevation_deg": -20.9}}
{"qa_id": "qa_6bb510187f264f73c698", "split": "test", "audio_id": "foa_6952d8374d8eca674ba4", "audio_path": "audio/test/foa_6952d8374d8eca674ba4.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=156.6 degrees, elevation=-0.6 degrees? Answer in one sentence.", "answer": "A vehicle is located at azimuth 156.6 degrees and elevation -0.6 degrees.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_d3f1fb251245a92adb1c", "split": "test", "audio_id": "foa_b96f119001cbd4ce061b", "audio_path": "audio/test/foa_b96f119001cbd4ce061b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the vehicle in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-68.6 degrees", "canonical_answer": "-68.6 degrees", "answer_meta": {"azimuth_deg": -68.6}}
{"qa_id": "qa_7bc4c9677381d80c2154", "split": "test", "audio_id": "foa_608a1c443851a1099c11", "audio_path": "audio/test/foa_608a1c443851a1099c11.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below the listener? Answer in one sentence.", "answer": "The sound source located to the front-right and below is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1008f7002de26b6932a0", "split": "test", "audio_id": "foa_724b1d30070c048773aa", "audio_path": "audio/test/foa_724b1d30070c048773aa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the string instrument in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-179.5 degrees", "canonical_answer": "-179.5 degrees", "answer_meta": {"azimuth_deg": -179.5}}
{"qa_id": "qa_8bb31f74c3f90a89cd23", "split": "test", "audio_id": "foa_2a6c4e4b3a908fb2a621", "audio_path": "audio/test/foa_2a6c4e4b3a908fb2a621.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events occur in this audio clip and what are their respective time spans? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.2s to 12.4s and speech from 0.3s to 3.0s.", "canonical_answer": "speech (0.2s to 12.4s); speech (0.3s to 3.0s)", "answer_meta": {}}
{"qa_id": "qa_5c9a28537b956582f22b", "split": "test", "audio_id": "foa_4091158b798bc09137fe", "audio_path": "audio/test/foa_4091158b798bc09137fe.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.0 degrees", "canonical_answer": "24.0 degrees", "answer_meta": {"elevation_deg": 24.0}}
{"qa_id": "qa_4dfe854428000a97d533", "split": "test", "audio_id": "foa_149632508f1664a64180", "audio_path": "audio/test/foa_149632508f1664a64180.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=64.9 degrees, elevation=7.3 degrees? Answer in one sentence.", "answer": "An insect is the sound heard from azimuth=64.9 degrees, elevation=7.3 degrees.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_e9f596741c38949c71fe", "split": "test", "audio_id": "foa_13ad9593f776a8597f0d", "audio_path": "audio/test/foa_13ad9593f776a8597f0d.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right and below? Answer in one sentence.", "answer": "The sound source coming from the front-right and below is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3b5b0943d27a84c010b2", "split": "test", "audio_id": "foa_8e99a3dc997cbaa3aa6f", "audio_path": "audio/test/foa_8e99a3dc997cbaa3aa6f.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval is the wind instrument active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The wind instrument is active throughout the interval from 0.0s to 7.1s.", "canonical_answer": "0.0s to 7.1s", "answer_meta": {"time_span": [0.0, 7.1]}}
{"qa_id": "qa_e473b9fcfc5b84d9aeed", "split": "test", "audio_id": "foa_65f2f8e9fb71aff0ae81", "audio_path": "audio/test/foa_65f2f8e9fb71aff0ae81.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.0 degrees", "canonical_answer": "22.0 degrees", "answer_meta": {"azimuth_deg": 22.0}}
{"qa_id": "qa_3ec9e1982b9a7672f221", "split": "test", "audio_id": "foa_68bae7ca8aeb084e6539", "audio_path": "audio/test/foa_68bae7ca8aeb084e6539.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the sound of the door be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The door is active from 0.0s to 6.0s.", "canonical_answer": "0.0s to 6.0s", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_d5edc4c7f2b969745f54", "split": "test", "audio_id": "foa_a1cfc267876403d8023a", "audio_path": "audio/test/foa_a1cfc267876403d8023a.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below the listener? Answer in one sentence.", "answer": "The source heard from the back-right and below the listener is an alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_effa33a58cb81e1270d7", "split": "test", "audio_id": "foa_85ef81e2f5775c2b9681", "audio_path": "audio/test/foa_85ef81e2f5775c2b9681.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-62.2 degrees, elevation=-34.7 degrees. Answer in one sentence.", "answer": "The source located at azimuth -62.2 degrees and elevation -34.7 degrees is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_9506acb85f4eaa3ae577", "split": "test", "audio_id": "foa_b25e19a9e0a2fdf705fe", "audio_path": "audio/test/foa_b25e19a9e0a2fdf705fe.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech from 0.0s to 2.5s and speech from 0.6s to 6.3s.", "canonical_answer": "speech (0.0s to 2.5s); speech (0.6s to 6.3s)", "answer_meta": {}}
{"qa_id": "qa_6b687b4bedbf08732770", "split": "test", "audio_id": "foa_8e149aee89c709926d0e", "audio_path": "audio/test/foa_8e149aee89c709926d0e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-55.4 degrees", "canonical_answer": "-55.4 degrees", "answer_meta": {"elevation_deg": -55.4}}
{"qa_id": "qa_ae057d037507e8dd94af", "split": "test", "audio_id": "foa_ffdadc4441dc3fa56f8d", "audio_path": "audio/test/foa_ffdadc4441dc3fa56f8d.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval is the water event active? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The water event is active from 0.3s to 6.4s.", "canonical_answer": "0.3s to 6.4s", "answer_meta": {"time_span": [0.3, 6.4]}}
{"qa_id": "qa_f701eec3a8ebf7c1b5a7", "split": "test", "audio_id": "foa_b3ce1744233e03de4fa6", "audio_path": "audio/test/foa_b3ce1744233e03de4fa6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the female speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "73.2 degrees", "canonical_answer": "73.2 degrees", "answer_meta": {"azimuth_deg": 73.2}}
{"qa_id": "qa_e631a39ccda6bad2ba99", "split": "test", "audio_id": "foa_47aec8d42d98e1dfd550", "audio_path": "audio/test/foa_47aec8d42d98e1dfd550.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what is the time interval for each? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains water from 0.2s to 2.6s.", "canonical_answer": "water (0.2s to 2.6s)", "answer_meta": {"time_span": [0.2, 2.6]}}
{"qa_id": "qa_3dfda36998248ad1cae6", "split": "test", "audio_id": "foa_44a2e37358fb8b44445f", "audio_path": "audio/test/foa_44a2e37358fb8b44445f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Identify the source at azimuth=-65.0 degrees, elevation=6.7 degrees. Answer in one sentence.", "answer": "A musical instrument is located at azimuth -65.0 degrees and elevation 6.7 degrees.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_5e16dea49087261838b1", "split": "test", "audio_id": "foa_5bb8a5044b528062bebf", "audio_path": "audio/test/foa_5bb8a5044b528062bebf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.7 degrees", "canonical_answer": "17.7 degrees", "answer_meta": {"elevation_deg": 17.7}}
{"qa_id": "qa_1716310d9881ebc66323", "split": "test", "audio_id": "foa_dc20b225c3efa0232934", "audio_path": "audio/test/foa_dc20b225c3efa0232934.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What source is heard from the front and below of the listener? Answer in one sentence.", "answer": "The source heard from the front and below is a cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_de77da124fb353b6e079", "split": "test", "audio_id": "foa_b423dc94e341c54b4a2f", "audio_path": "audio/test/foa_b423dc94e341c54b4a2f.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-121.8 degrees, elevation=20.7 degrees? Answer in one sentence.", "answer": "A gong is located at azimuth=-121.8 degrees and elevation=20.7 degrees.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_16aeafe23e445d73b865", "split": "test", "audio_id": "foa_8b4c32e82193a3d8ade2", "audio_path": "audio/test/foa_8b4c32e82193a3d8ade2.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains speech occurring from 0.2s to 2.6s and speech occurring from 0.3s to 11.8s.", "canonical_answer": "speech (0.2s to 2.6s); speech (0.3s to 11.8s)", "answer_meta": {}}
{"qa_id": "qa_5a722a0ffc5ece226cb6", "split": "test", "audio_id": "foa_f98a0cd59e9b9e49fe85", "audio_path": "audio/test/foa_f98a0cd59e9b9e49fe85.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the front-right of the listener? Answer in one sentence.", "answer": "The source coming from the front-right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_8e7241dab8ebee53c6e8", "split": "test", "audio_id": "foa_34f0d84e7bc84c136a6a", "audio_path": "audio/test/foa_34f0d84e7bc84c136a6a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the gong coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-127.9 degrees", "canonical_answer": "-127.9 degrees", "answer_meta": {"azimuth_deg": -127.9}}
{"qa_id": "qa_0cd9af52fb21ca7c1491", "split": "test", "audio_id": "foa_553722d7c7f27ff34523", "audio_path": "audio/test/foa_553722d7c7f27ff34523.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the time span of the singing event? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing event is active from 0.1s to 4.8s.", "canonical_answer": "0.1s to 4.8s", "answer_meta": {"time_span": [0.1, 4.8]}}
{"qa_id": "qa_7687ae38d26ab1f22b03", "split": "test", "audio_id": "foa_81d1113fdca8b669c049", "audio_path": "audio/test/foa_81d1113fdca8b669c049.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the speech in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_a6b8666ef6a32aabbb1c", "split": "test", "audio_id": "foa_3986ce22522a91ad3892", "audio_path": "audio/test/foa_3986ce22522a91ad3892.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the azimuth of the bell in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-175.3 degrees", "canonical_answer": "-175.3 degrees", "answer_meta": {"azimuth_deg": -175.3}}
{"qa_id": "qa_16fbe2af44d7aa8a4909", "split": "test", "audio_id": "foa_5c2987add14a2509fc99", "audio_path": "audio/test/foa_5c2987add14a2509fc99.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.3s to 3.4s.", "canonical_answer": "0.3s to 3.4s", "answer_meta": {"time_span": [0.3, 3.4]}}
{"qa_id": "qa_013495abfa8b44ce8239", "split": "test", "audio_id": "foa_28c75b4bdc165322cae9", "audio_path": "audio/test/foa_28c75b4bdc165322cae9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. What sound sources can be identified in the audio, and when does each occur? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a bell that sounds from 0.3s to 5.0s.", "canonical_answer": "bell (0.3s to 5.0s)", "answer_meta": {"time_span": [0.3, 5.0]}}
{"qa_id": "qa_a3ea1c5143ae5b5ef971", "split": "test", "audio_id": "foa_42013aa9891654d97ade", "audio_path": "audio/test/foa_42013aa9891654d97ade.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.3 degrees", "canonical_answer": "-21.3 degrees", "answer_meta": {"elevation_deg": -21.3}}
{"qa_id": "qa_b2f29fbe3849736a9a45", "split": "test", "audio_id": "foa_ecf5db7069ef175dca3f", "audio_path": "audio/test/foa_ecf5db7069ef175dca3f.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound can be heard from the front-left and below side? Answer in one sentence.", "answer": "The source coming from the front-left and below is a guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_1e9df04cb75753abb00d", "split": "test", "audio_id": "foa_a7649772ff603ffb84ca", "audio_path": "audio/test/foa_a7649772ff603ffb84ca.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=130.1 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "A car is the sound heard from azimuth=130.1 degrees and elevation=0.0 degrees.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_9fe093cb17ac39087042", "split": "test", "audio_id": "foa_0c0d0c777cf401420658", "audio_path": "audio/test/foa_0c0d0c777cf401420658.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.4 degrees", "canonical_answer": "-7.4 degrees", "answer_meta": {"elevation_deg": -7.4}}
{"qa_id": "qa_c4df34ff428af509b055", "split": "test", "audio_id": "foa_9ae9288fa8e5a74a122a", "audio_path": "audio/test/foa_9ae9288fa8e5a74a122a.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval does the keyboard instrument occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The keyboard instrument is active from 16.0s to 16.7s.", "canonical_answer": "16.0s to 16.7s", "answer_meta": {"time_span": [16.0, 16.7]}}
{"qa_id": "qa_19d73b8b151de60ee445", "split": "test", "audio_id": "foa_9a7a992e088ee96fba8a", "audio_path": "audio/test/foa_9a7a992e088ee96fba8a.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=95.9 degrees, elevation=31.8 degrees? Answer in one sentence.", "answer": "An alarm is located at azimuth 95.9 degrees and elevation 31.8 degrees.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_271343e62b1dbce07be0", "split": "test", "audio_id": "foa_0cb5732995c06dad13a9", "audio_path": "audio/test/foa_0cb5732995c06dad13a9.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features human vocalization occurring from 0.0s to 1.8s.", "canonical_answer": "human vocalization (0.0s to 1.8s)", "answer_meta": {"time_span": [0.0, 1.8]}}
{"qa_id": "qa_c5756b378367cff34142", "split": "test", "audio_id": "foa_4c8b6fc648b3774c4395", "audio_path": "audio/test/foa_4c8b6fc648b3774c4395.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the writing coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.3 degrees", "canonical_answer": "38.3 degrees", "answer_meta": {"azimuth_deg": 38.3}}
{"qa_id": "qa_994143af89a0cb9f6251", "split": "test", "audio_id": "foa_f367bfeec3b5cf1d2115", "audio_path": "audio/test/foa_f367bfeec3b5cf1d2115.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the front-left and above? Answer in one sentence.", "answer": "The sound source coming from the front-left and above is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_1048d7f63696505719ee", "split": "test", "audio_id": "foa_a6b43541fcc3d5c783a0", "audio_path": "audio/test/foa_a6b43541fcc3d5c783a0.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound sources are audible in the recording, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio features speech occurring from 0.3s to 2.9s and another instance of speech from 0.6s to 2.4s.", "canonical_answer": "speech (0.3s to 2.9s); speech (0.6s to 2.4s)", "answer_meta": {}}
{"qa_id": "qa_873b70a5c21c227d75b1", "split": "test", "audio_id": "foa_8462ba3d017a5f0d0692", "audio_path": "audio/test/foa_8462ba3d017a5f0d0692.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the guitar be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The guitar is audible from 8.0s to 13.7s.", "canonical_answer": "8.0s to 13.7s", "answer_meta": {"time_span": [8.0, 13.7]}}
{"qa_id": "qa_51a9c4f9d15304da5b8e", "split": "test", "audio_id": "foa_16ac3294fc86f7da69db", "audio_path": "audio/test/foa_16ac3294fc86f7da69db.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-107.2 degrees, elevation=-0.9 degrees? Answer in one sentence.", "answer": "A bell is located at azimuth -107.2 degrees and elevation -0.9 degrees.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_f538843078906552a542", "split": "test", "audio_id": "foa_cf403201fcbc4113c224", "audio_path": "audio/test/foa_cf403201fcbc4113c224.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Estimate the elevation of the machine in degrees. Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.4 degrees", "canonical_answer": "-38.4 degrees", "answer_meta": {"elevation_deg": -38.4}}
{"qa_id": "qa_8603514705349d34af1d", "split": "test", "audio_id": "foa_ed48162813f1f8015a89", "audio_path": "audio/test/foa_ed48162813f1f8015a89.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-115.2 degrees", "canonical_answer": "-115.2 degrees", "answer_meta": {"azimuth_deg": -115.2}}
{"qa_id": "qa_7bc66d01942a6b4601ed", "split": "test", "audio_id": "foa_52475ac243cba67bfd53", "audio_path": "audio/test/foa_52475ac243cba67bfd53.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the back-right and below? Answer in one sentence.", "answer": "The sound originating from the back-right and below is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_5447a1243593dcc26988", "split": "test", "audio_id": "foa_f35ed9406ab233f5eb55", "audio_path": "audio/test/foa_f35ed9406ab233f5eb55.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.3 degrees", "canonical_answer": "26.3 degrees", "answer_meta": {"elevation_deg": 26.3}}
{"qa_id": "qa_a88edf660609c3c61428", "split": "test", "audio_id": "foa_d5c7a606ccbcdd9ae3c8", "audio_path": "audio/test/foa_d5c7a606ccbcdd9ae3c8.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is located to the left and above the listener? Answer in one sentence.", "answer": "The sound source located to the left and above is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_31d92d9e6f2901df7f2c", "split": "test", "audio_id": "foa_3efc7992625ff9d71ff6", "audio_path": "audio/test/foa_3efc7992625ff9d71ff6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. From which azimuth is the speech coming? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.7 degrees", "canonical_answer": "-54.7 degrees", "answer_meta": {"azimuth_deg": -54.7}}
{"qa_id": "qa_ed34048b064e336878b8", "split": "test", "audio_id": "foa_34303f4a1a72e998b213", "audio_path": "audio/test/foa_34303f4a1a72e998b213.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their specific time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip contains speech occurring from 0.2s to 5.1s and additional speech occurring from 0.6s to 6.6s.", "canonical_answer": "speech (0.2s to 5.1s); speech (0.6s to 6.6s)", "answer_meta": {}}
{"qa_id": "qa_9e9b326df34e027f18ff", "split": "test", "audio_id": "foa_4cc14167ddb077b6b0dc", "audio_path": "audio/test/foa_4cc14167ddb077b6b0dc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What sound source is located at azimuth=-39.9 degrees, elevation=1.2 degrees? Answer in one sentence.", "answer": "A guitar is located at azimuth -39.9 degrees and elevation 1.2 degrees.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_05378e30fc12601179c7", "split": "test", "audio_id": "foa_0368f87dc52a232c8a58", "audio_path": "audio/test/foa_0368f87dc52a232c8a58.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which time interval can the singing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The singing is active from 1.9s to 7.1s.", "canonical_answer": "1.9s to 7.1s", "answer_meta": {"time_span": [1.9, 7.1]}}
{"qa_id": "qa_36f11a1240485c9cf315", "split": "test", "audio_id": "foa_d9745a98f083894b684b", "audio_path": "audio/test/foa_d9745a98f083894b684b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.2 degrees", "canonical_answer": "-37.2 degrees", "answer_meta": {"azimuth_deg": -37.2}}
{"qa_id": "qa_656a22f11e38448181b9", "split": "test", "audio_id": "foa_71fd6ee74f8870925cd6", "audio_path": "audio/test/foa_71fd6ee74f8870925cd6.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=32.4 degrees, elevation=-6.6 degrees? Answer in one sentence.", "answer": "The sound heard from azimuth=32.4 degrees and elevation=-6.6 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d4beb26a9f30943d2e21", "split": "test", "audio_id": "foa_d809e2d8823977298b51", "audio_path": "audio/test/foa_d809e2d8823977298b51.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what vertical angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.6 degrees", "canonical_answer": "-27.6 degrees", "answer_meta": {"elevation_deg": -27.6}}
{"qa_id": "qa_af9d07548c4e5087f8bf", "split": "test", "audio_id": "foa_15b13f3f9af7a9bae65d", "audio_path": "audio/test/foa_15b13f3f9af7a9bae65d.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this recording, and when is each one active? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio contains a knock that occurs from 0.8s to 14.8s.", "canonical_answer": "knock (0.8s to 14.8s)", "answer_meta": {"time_span": [0.8, 14.8]}}
{"qa_id": "qa_708121045c63cc97328d", "split": "test", "audio_id": "foa_e7e991673d433844eeb2", "audio_path": "audio/test/foa_e7e991673d433844eeb2.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During what time interval does the speech occur? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The speech event is active from 0.6s to 5.1s.", "canonical_answer": "0.6s to 5.1s", "answer_meta": {"time_span": [0.6, 5.1]}}
{"qa_id": "qa_911730a7211ba706de9f", "split": "test", "audio_id": "foa_07b08ec4401945cc1f23", "audio_path": "audio/test/foa_07b08ec4401945cc1f23.wav", "task_name": "identify_source_by_location", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound source is heard from the back of the listener? Answer in one sentence.", "answer": "The sound source heard from the back is a war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_0b2cedc25702201d0758", "split": "test", "audio_id": "foa_05a4e86d05dc61468206", "audio_path": "audio/test/foa_05a4e86d05dc61468206.wav", "task_name": "detect_source", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. Which sound events are present in this audio clip, and what are their corresponding time intervals? Based on the audio clip, state which sound sources are audible. Answer in one natural sentence.", "answer": "The audio clip features speech from 0.4s to 2.1s and additional speech from 0.6s to 4.4s.", "canonical_answer": "speech (0.4s to 2.1s); speech (0.6s to 4.4s)", "answer_meta": {}}
{"qa_id": "qa_05069863a5c8c1273fac", "split": "test", "audio_id": "foa_5f46da9f042dff3cd749", "audio_path": "audio/test/foa_5f46da9f042dff3cd749.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wood? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.0 degrees", "canonical_answer": "-4.0 degrees", "answer_meta": {"elevation_deg": -4.0}}
{"qa_id": "qa_12c0a58c227f7ce70efb", "split": "test", "audio_id": "foa_3d39b5eb7c995ca2b8cc", "audio_path": "audio/test/foa_3d39b5eb7c995ca2b8cc.wav", "task_name": "identify_source_by_doa", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is heard from azimuth=58.4 degrees, elevation=0.0 degrees? Answer in one sentence.", "answer": "The sound detected at azimuth=58.4 degrees and elevation=0.0 degrees is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c2b18ffadb11697be405", "split": "test", "audio_id": "foa_5ac54e9bc9ac6881b9f6", "audio_path": "audio/test/foa_5ac54e9bc9ac6881b9f6.wav", "task_name": "detect_time", "question_class": "detect", "answer_format": "structured_text", "question": "Listen to the audio clip and answer based only on what you hear. During which interval can the breathing be heard? Based on the audio clip, state which sound sources are audible and when each one occurs. Answer in one natural sentence and report times in seconds.", "answer": "The breathing is active from 0.0s to 12.5s.", "canonical_answer": "0.0s to 12.5s", "answer_meta": {"time_span": [0.0, 12.5]}}
{"qa_id": "qa_a47571c8005f47935139", "split": "test", "audio_id": "foa_866685b1e5d4eacccc2f", "audio_path": "audio/test/foa_866685b1e5d4eacccc2f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the war sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.1 degrees", "canonical_answer": "12.1 degrees", "answer_meta": {"elevation_deg": 12.1}}
{"qa_id": "qa_47f91cbb9604a429eb6b", "split": "test", "audio_id": "foa_da6d472b5521fe3b1029", "audio_path": "audio/test/foa_da6d472b5521fe3b1029.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the body sound? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The body sound is moving away from the listener.", "canonical_answer": "moving away from the listener", "answer_meta": {}}
{"qa_id": "qa_831b817630ba7987175b", "split": "test", "audio_id": "foa_db39beaadb1e65de7a1b", "audio_path": "audio/test/foa_db39beaadb1e65de7a1b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the vehicle in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_cb24b82a735600516b73", "split": "test", "audio_id": "foa_0d065839783bbc018169", "audio_path": "audio/test/foa_0d065839783bbc018169.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound coming from the back becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_fb0f25f111c04fb79a6e", "split": "test", "audio_id": "foa_3f63b688b101ece00b95", "audio_path": "audio/test/foa_3f63b688b101ece00b95.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the thunderstorm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "44.7 degrees", "canonical_answer": "44.7 degrees", "answer_meta": {"azimuth_deg": 44.7}}
{"qa_id": "qa_3e78bd0441f491577f38", "split": "test", "audio_id": "foa_ee2b91fda35016538269", "audio_path": "audio/test/foa_ee2b91fda35016538269.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at the 2.6s mark? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_e954fb35c553e0215e4b", "split": "test", "audio_id": "foa_bcfb8354c3c868bfed84", "audio_path": "audio/test/foa_bcfb8354c3c868bfed84.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 19.6s? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_ac7d6eca7e76a5bb8a25", "split": "test", "audio_id": "foa_15d18a3c03db52c74633", "audio_path": "audio/test/foa_15d18a3c03db52c74633.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_382b4bf37f8bb5c1c6ac", "split": "test", "audio_id": "foa_a5119e79ae1c044b253e", "audio_path": "audio/test/foa_a5119e79ae1c044b253e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the camera sound begin to originate from the front? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5ebbd511b095e69ca6f4", "split": "test", "audio_id": "foa_78073144cde14926f0b6", "audio_path": "audio/test/foa_78073144cde14926f0b6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "77.8 degrees", "canonical_answer": "77.8 degrees", "answer_meta": {"azimuth_deg": 77.8}}
{"qa_id": "qa_3824945b75aa530e592a", "split": "test", "audio_id": "foa_723c8a56968ad2a05259", "audio_path": "audio/test/foa_723c8a56968ad2a05259.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tearing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_9123e47df2819ba401fe", "split": "test", "audio_id": "foa_91e00185c66b7e743feb", "audio_path": "audio/test/foa_91e00185c66b7e743feb.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the singing moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The singing is moving left to right.", "canonical_answer": "moving left to right", "answer_meta": {}}
{"qa_id": "qa_6267d01c1fedf1a65d23", "split": "test", "audio_id": "foa_1a5754f2f93a2cae214b", "audio_path": "audio/test/foa_1a5754f2f93a2cae214b.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 6.4s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_90afd0802bde608c6b49", "split": "test", "audio_id": "foa_9f2d373746dacaba5035", "audio_path": "audio/test/foa_9f2d373746dacaba5035.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "84.6 degrees", "canonical_answer": "84.6 degrees", "answer_meta": {"azimuth_deg": 84.6}}
{"qa_id": "qa_63f61f765e8fcbbd9f6e", "split": "test", "audio_id": "foa_59cfba75c340449c0944", "audio_path": "audio/test/foa_59cfba75c340449c0944.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.5 meters", "canonical_answer": "0.5 meters", "answer_meta": {"distance_m": 0.5}}
{"qa_id": "qa_86575d4131169f52c60f", "split": "test", "audio_id": "foa_b9ca0ce22c65fe80e088", "audio_path": "audio/test/foa_b9ca0ce22c65fe80e088.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. In what direction is the typing sound traveling relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The typing sound is moving in an upward direction.", "canonical_answer": "moving upward", "answer_meta": {}}
{"qa_id": "qa_81932a3e325d6458c856", "split": "test", "audio_id": "foa_948eb2e9dcd6910687ab", "audio_path": "audio/test/foa_948eb2e9dcd6910687ab.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned behind and to the left start playing? Answer in one sentence.", "answer": "The sound source from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b9afd99eaa1b0f68119b", "split": "test", "audio_id": "foa_6cc7e92ed3d9ee7d844c", "audio_path": "audio/test/foa_6cc7e92ed3d9ee7d844c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the tearing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_c87775818d95daf49028", "split": "test", "audio_id": "foa_54f5c08cb38e3e2da744", "audio_path": "audio/test/foa_54f5c08cb38e3e2da744.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the body sound in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.3 degrees", "canonical_answer": "26.3 degrees", "answer_meta": {"elevation_deg": 26.3}}
{"qa_id": "qa_fd69c8d0dd62e092e019", "split": "test", "audio_id": "foa_0717b56fdc97dc2013fe", "audio_path": "audio/test/foa_0717b56fdc97dc2013fe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-110.8 degrees", "canonical_answer": "-110.8 degrees", "answer_meta": {"azimuth_deg": -110.8}}
{"qa_id": "qa_d04dbc83729d838f3347", "split": "test", "audio_id": "foa_4c86ff8ecda5946e86c0", "audio_path": "audio/test/foa_4c86ff8ecda5946e86c0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the train in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_667ef103a878d85486e2", "split": "test", "audio_id": "foa_923f20598fdee0cbbcfc", "audio_path": "audio/test/foa_923f20598fdee0cbbcfc.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 3.1 seconds? Answer in one sentence. Include the final count as an integer.", "answer": "5", "canonical_answer": "5", "answer_meta": {"active_count": 5}}
{"qa_id": "qa_cab98e8f2fc9cd28e74a", "split": "test", "audio_id": "foa_1a9129134c7dd31caf14", "audio_path": "audio/test/foa_1a9129134c7dd31caf14.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male voice originate from the right side? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 2.7 seconds.", "canonical_answer": "2.7s", "answer_meta": {"onset_time": 2.7}}
{"qa_id": "qa_1f26a9106382173eabb2", "split": "test", "audio_id": "foa_bc0d11f368d34599c8eb", "audio_path": "audio/test/foa_bc0d11f368d34599c8eb.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the camera moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The camera is approaching the listener.", "canonical_answer": "approaching the listener", "answer_meta": {}}
{"qa_id": "qa_472bd6ac02f487356a87", "split": "test", "audio_id": "foa_3a8ef3098e1de0c1fccb", "audio_path": "audio/test/foa_3a8ef3098e1de0c1fccb.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 0.6 seconds? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_dbc5abb654ec871ed89b", "split": "test", "audio_id": "foa_88abc20c510075181bc9", "audio_path": "audio/test/foa_88abc20c510075181bc9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the finger snapping sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_ee5eb31d50685b18f327", "split": "test", "audio_id": "foa_2197057080c44e743c06", "audio_path": "audio/test/foa_2197057080c44e743c06.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the front-right and below begin? Answer in one sentence.", "answer": "The sound source located in that direction becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_2d49fe175bee4a673603", "split": "test", "audio_id": "foa_488c48d13ba1a2164ba2", "audio_path": "audio/test/foa_488c48d13ba1a2164ba2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.4 degrees", "canonical_answer": "7.4 degrees", "answer_meta": {"elevation_deg": 7.4}}
{"qa_id": "qa_d81cc1deb856f2cd6c26", "split": "test", "audio_id": "foa_6732d960e7258351627c", "audio_path": "audio/test/foa_6732d960e7258351627c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-174.0 degrees", "canonical_answer": "-174.0 degrees", "answer_meta": {"azimuth_deg": -174.0}}
{"qa_id": "qa_f40a4e005a25d00dee6a", "split": "test", "audio_id": "foa_ba8480e7464757b0d71b", "audio_path": "audio/test/foa_ba8480e7464757b0d71b.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you characterize the motion of the source producing the laughter? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The source of the laughter is moving from the right to the left.", "canonical_answer": "moving right to left", "answer_meta": {}}
{"qa_id": "qa_63e4a3a4545678e1be6b", "split": "test", "audio_id": "foa_0e4d50fc891614fb98d0", "audio_path": "audio/test/foa_0e4d50fc891614fb98d0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.8 degrees", "canonical_answer": "-6.8 degrees", "answer_meta": {"azimuth_deg": -6.8}}
{"qa_id": "qa_39ae27c64cfd8608fe99", "split": "test", "audio_id": "foa_82536ea995651a44ddcb", "audio_path": "audio/test/foa_82536ea995651a44ddcb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.8 degrees", "canonical_answer": "18.8 degrees", "answer_meta": {"elevation_deg": 18.8}}
{"qa_id": "qa_881a38b6d8d3b67b30d8", "split": "test", "audio_id": "foa_a502e6957c2b32796fbf", "audio_path": "audio/test/foa_a502e6957c2b32796fbf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the alarm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_fb4b57c669c95fb064a3", "split": "test", "audio_id": "foa_09dc8ed4697ddc47fb7c", "audio_path": "audio/test/foa_09dc8ed4697ddc47fb7c.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sources are active at 5.9s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_47a584ec525c9b494f55", "split": "test", "audio_id": "foa_f13a06482bda2453d0c5", "audio_path": "audio/test/foa_f13a06482bda2453d0c5.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the thunderstorm moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The thunderstorm is moving downward.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_f47a6faab8383b3fe5a4", "split": "test", "audio_id": "foa_279adda77b4b4a1eef41", "audio_path": "audio/test/foa_279adda77b4b4a1eef41.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left position begin? Answer in one sentence.", "answer": "The sound source located at the front-left begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_291c9558c7240bbc790f", "split": "test", "audio_id": "foa_e0bd5be6f287c3721660", "audio_path": "audio/test/foa_e0bd5be6f287c3721660.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the human vocalization positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.1 degrees", "canonical_answer": "-21.1 degrees", "answer_meta": {"elevation_deg": -21.1}}
{"qa_id": "qa_daf69cf5cd0d97e97d33", "split": "test", "audio_id": "foa_49fa088d8b5a6b906986", "audio_path": "audio/test/foa_49fa088d8b5a6b906986.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-left and below begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_a6c87eebb067ad98cda7", "split": "test", "audio_id": "foa_be5bf2bf3ddd3d715089", "audio_path": "audio/test/foa_be5bf2bf3ddd3d715089.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_7e3cd7bc8072068323b5", "split": "test", "audio_id": "foa_dbda93111f2c3477b350", "audio_path": "audio/test/foa_dbda93111f2c3477b350.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 19.4s? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_666b7bc2279f9f27afad", "split": "test", "audio_id": "foa_f8c07c9a78267e44c8b4", "audio_path": "audio/test/foa_f8c07c9a78267e44c8b4.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Does the camera change its position relative to the listener over the course of the recording? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The camera remains stationary throughout the specified time interval.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_ff308b6e019b7d55fca0", "split": "test", "audio_id": "foa_49ea90f787ac8261a116", "audio_path": "audio/test/foa_49ea90f787ac8261a116.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "103.9 degrees", "canonical_answer": "103.9 degrees", "answer_meta": {"azimuth_deg": 103.9}}
{"qa_id": "qa_de77e7f07e4f55aefe87", "split": "test", "audio_id": "foa_373ad096d58b9a3e4711", "audio_path": "audio/test/foa_373ad096d58b9a3e4711.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound located at the front-left originate? Answer in one sentence.", "answer": "The sound of breathing originating from the front-left begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_17cc501c7d0b1ece70cc", "split": "test", "audio_id": "foa_7166399b617daff32f56", "audio_path": "audio/test/foa_7166399b617daff32f56.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.4 degrees", "canonical_answer": "-41.4 degrees", "answer_meta": {"elevation_deg": -41.4}}
{"qa_id": "qa_42d4a53b7077d22f9adb", "split": "test", "audio_id": "foa_023be928600c1ea23b78", "audio_path": "audio/test/foa_023be928600c1ea23b78.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.4 degrees", "canonical_answer": "-20.4 degrees", "answer_meta": {"azimuth_deg": -20.4}}
{"qa_id": "qa_fe6176c8c45621ef2b57", "split": "test", "audio_id": "foa_9d0ea1ba4b02955e047b", "audio_path": "audio/test/foa_9d0ea1ba4b02955e047b.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 17.4s? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_af5eba5b3ac1cba72e06", "split": "test", "audio_id": "foa_c4a07119091170c70ef9", "audio_path": "audio/test/foa_c4a07119091170c70ef9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the male speaker in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_251936424b430759d7eb", "split": "test", "audio_id": "foa_1a4eebe2d583be7a1cf5", "audio_path": "audio/test/foa_1a4eebe2d583be7a1cf5.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the war sound? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The war sound remains stationary throughout its duration.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_a4aa354ff94fd580f30a", "split": "test", "audio_id": "foa_9476c00ae5e845af7013", "audio_path": "audio/test/foa_9476c00ae5e845af7013.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the clock in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-152.5 degrees", "canonical_answer": "-152.5 degrees", "answer_meta": {"azimuth_deg": -152.5}}
{"qa_id": "qa_c322a3ff879246c82d69", "split": "test", "audio_id": "foa_4f2b332727528754e560", "audio_path": "audio/test/foa_4f2b332727528754e560.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the typing sound from the back region begin? Answer in one sentence.", "answer": "The typing sound originating from the back begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_a0380397eda5eb32574a", "split": "test", "audio_id": "foa_76afb3d97966b60ada9a", "audio_path": "audio/test/foa_76afb3d97966b60ada9a.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sources are active at 3.7s? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_a347126969da3afe1b84", "split": "test", "audio_id": "foa_cde8891e72c0da1211bc", "audio_path": "audio/test/foa_cde8891e72c0da1211bc.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement of the tape? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The tape remains stationary throughout the duration of the audio clip.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_e495325c0f5c4ab219c0", "split": "test", "audio_id": "foa_f8e49e1777eeebdd27b8", "audio_path": "audio/test/foa_f8e49e1777eeebdd27b8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_571ba6d02150d06a0ef0", "split": "test", "audio_id": "foa_5f6ddee5bdcc98587b8b", "audio_path": "audio/test/foa_5f6ddee5bdcc98587b8b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.8 degrees", "canonical_answer": "-0.8 degrees", "answer_meta": {"elevation_deg": -0.8}}
{"qa_id": "qa_d3649166897f5568998d", "split": "test", "audio_id": "foa_6eb86bb753597e710601", "audio_path": "audio/test/foa_6eb86bb753597e710601.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.2 degrees", "canonical_answer": "-29.2 degrees", "answer_meta": {"elevation_deg": -29.2}}
{"qa_id": "qa_0eb9d553d04c21432b73", "split": "test", "audio_id": "foa_ec3ae3b4792f984d724b", "audio_path": "audio/test/foa_ec3ae3b4792f984d724b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-105.9 degrees", "canonical_answer": "-105.9 degrees", "answer_meta": {"azimuth_deg": -105.9}}
{"qa_id": "qa_d1df1153a42d1e4e7348", "split": "test", "audio_id": "foa_96acafbb477b2e541c98", "audio_path": "audio/test/foa_96acafbb477b2e541c98.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 5.2s, how many sources are sounding at once? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_adc781c7842dd66b54d7", "split": "test", "audio_id": "foa_bb8e67ef799733c29f88", "audio_path": "audio/test/foa_bb8e67ef799733c29f88.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the wind moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The wind is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_c2a8a9e736f85c25b22c", "split": "test", "audio_id": "foa_9d15f6c2456ea2fa9100", "audio_path": "audio/test/foa_9d15f6c2456ea2fa9100.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_3088bb50c2ab618b2d7b", "split": "test", "audio_id": "foa_dade71c14217e780e8b0", "audio_path": "audio/test/foa_dade71c14217e780e8b0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left side first begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_c27d717182f28a2cced6", "split": "test", "audio_id": "foa_cdccc9d85dd8ba4ba390", "audio_path": "audio/test/foa_cdccc9d85dd8ba4ba390.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.9 degrees", "canonical_answer": "16.9 degrees", "answer_meta": {"elevation_deg": 16.9}}
{"qa_id": "qa_c83eecc544b5fa018d7d", "split": "test", "audio_id": "foa_982e0d76906949f82144", "audio_path": "audio/test/foa_982e0d76906949f82144.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sources are audible at the 2.0s mark? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_a337208fb95d527ae7be", "split": "test", "audio_id": "foa_2996270fd3dd50bdde8a", "audio_path": "audio/test/foa_2996270fd3dd50bdde8a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and below the listener begin? Answer in one sentence.", "answer": "The sound from that location begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_24fb82ccd61f830feaec", "split": "test", "audio_id": "foa_b5a31203f970fe8ebf4b", "audio_path": "audio/test/foa_b5a31203f970fe8ebf4b.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the war sound moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The war sound is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_d4fd1abe229ee16ff75f", "split": "test", "audio_id": "foa_8f51f2664e37ff4f56e2", "audio_path": "audio/test/foa_8f51f2664e37ff4f56e2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bird located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_ce55e3be3dc4c104b1ee", "split": "test", "audio_id": "foa_51593218b15a8c7ad0ad", "audio_path": "audio/test/foa_51593218b15a8c7ad0ad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the sound of the ocean located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "162.1 degrees", "canonical_answer": "162.1 degrees", "answer_meta": {"azimuth_deg": 162.1}}
{"qa_id": "qa_ffbd978d9bc8d8182d6c", "split": "test", "audio_id": "foa_88b2c369efd3d4686a82", "audio_path": "audio/test/foa_88b2c369efd3d4686a82.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the front-right and lower region begin? Answer in one sentence.", "answer": "The sound source located in the front-right and below starts at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_d57bc6c363b7e3fdb5e1", "split": "test", "audio_id": "foa_6e4102a016d9b66acd27", "audio_path": "audio/test/foa_6e4102a016d9b66acd27.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_48cdb5f645abb0a7b741", "split": "test", "audio_id": "foa_963dacaff9a64757d81c", "audio_path": "audio/test/foa_963dacaff9a64757d81c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.0 degrees", "canonical_answer": "6.0 degrees", "answer_meta": {"elevation_deg": 6.0}}
{"qa_id": "qa_29ac953f378e1226fe18", "split": "test", "audio_id": "foa_0a20b85df1b2929df463", "audio_path": "audio/test/foa_0a20b85df1b2929df463.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-138.1 degrees", "canonical_answer": "-138.1 degrees", "answer_meta": {"azimuth_deg": -138.1}}
{"qa_id": "qa_3dd63c49f584953f1f73", "split": "test", "audio_id": "foa_4d54cf818a32f875ba2c", "audio_path": "audio/test/foa_4d54cf818a32f875ba2c.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 15.8s, how many sound sources are active? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_91f55aab5a9e6e80bedd", "split": "test", "audio_id": "foa_4ad69b1da3102d78e9da", "audio_path": "audio/test/foa_4ad69b1da3102d78e9da.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the drum moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The drum is approaching the listener.", "canonical_answer": "approaching the listener", "answer_meta": {}}
{"qa_id": "qa_266943dc0944d526251f", "split": "test", "audio_id": "foa_87198f560b50b176602c", "audio_path": "audio/test/foa_87198f560b50b176602c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 2.9 seconds.", "canonical_answer": "2.9s", "answer_meta": {"onset_time": 2.9}}
{"qa_id": "qa_182c767550583fa90d37", "split": "test", "audio_id": "foa_302943266bc2ce9fd01d", "audio_path": "audio/test/foa_302943266bc2ce9fd01d.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the door moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The door is moving downward.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_46d0cde86185f6965b1d", "split": "test", "audio_id": "foa_ca5bb142a90f811150ba", "audio_path": "audio/test/foa_ca5bb142a90f811150ba.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.8 degrees", "canonical_answer": "-32.8 degrees", "answer_meta": {"elevation_deg": -32.8}}
{"qa_id": "qa_4f96e813d9123365f3b2", "split": "test", "audio_id": "foa_0b8fad9b69aa5480f4ce", "audio_path": "audio/test/foa_0b8fad9b69aa5480f4ce.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the laughter? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_9dc979210c87f95947de", "split": "test", "audio_id": "foa_55771c165434b24af069", "audio_path": "audio/test/foa_55771c165434b24af069.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 10.6s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_cb39206f8cf5c1bdb704", "split": "test", "audio_id": "foa_c70b74c19e80b1a7282c", "audio_path": "audio/test/foa_c70b74c19e80b1a7282c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.6 degrees", "canonical_answer": "4.6 degrees", "answer_meta": {"azimuth_deg": 4.6}}
{"qa_id": "qa_077c4c1b56980fae3dde", "split": "test", "audio_id": "foa_f774882a6d0f58f5b125", "audio_path": "audio/test/foa_f774882a6d0f58f5b125.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech sound source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_9338ba41a0f1c50a769c", "split": "test", "audio_id": "foa_935ee89db4bc71ca18c4", "audio_path": "audio/test/foa_935ee89db4bc71ca18c4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the insect? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.3 degrees", "canonical_answer": "-17.3 degrees", "answer_meta": {"elevation_deg": -17.3}}
{"qa_id": "qa_0cc865b830ad33cb8445", "split": "test", "audio_id": "foa_a1a9c61764c08508a288", "audio_path": "audio/test/foa_a1a9c61764c08508a288.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.0 degrees", "canonical_answer": "24.0 degrees", "answer_meta": {"azimuth_deg": 24.0}}
{"qa_id": "qa_bbb009f62998a255fb29", "split": "test", "audio_id": "foa_160227a18091d6ec042e", "audio_path": "audio/test/foa_160227a18091d6ec042e.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the bell moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The bell is moving left to right.", "canonical_answer": "moving left to right", "answer_meta": {}}
{"qa_id": "qa_433818188f42af15b3e9", "split": "test", "audio_id": "foa_4990500fa8ca8d737211", "audio_path": "audio/test/foa_4990500fa8ca8d737211.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 2.1s? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_0abd98589f80272f2c56", "split": "test", "audio_id": "foa_3ac6be4766c7c166378e", "audio_path": "audio/test/foa_3ac6be4766c7c166378e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the train located at an azimuth of -35.3 degrees and an elevation of 0.0 degrees start to play? Answer in one sentence.", "answer": "The train begins to be audible at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_bb58d904a6b2d20ab465", "split": "test", "audio_id": "foa_258bfa0008803cbbb505", "audio_path": "audio/test/foa_258bfa0008803cbbb505.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-171.7 degrees", "canonical_answer": "-171.7 degrees", "answer_meta": {"azimuth_deg": -171.7}}
{"qa_id": "qa_9cf09f4e215c9d17ca37", "split": "test", "audio_id": "foa_e7a1eaa1c0356117da87", "audio_path": "audio/test/foa_e7a1eaa1c0356117da87.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the writing sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound of writing starts at 1.9s.", "canonical_answer": "1.9s", "answer_meta": {"onset_time": 1.9}}
{"qa_id": "qa_6e4d0197f66d80a04013", "split": "test", "audio_id": "foa_9de45d6edd2751d22bdc", "audio_path": "audio/test/foa_9de45d6edd2751d22bdc.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the telephone alarm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_87601ab32c719943c4c6", "split": "test", "audio_id": "foa_32beec2f0ba32e77d5f7", "audio_path": "audio/test/foa_32beec2f0ba32e77d5f7.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the typing sound? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The typing sound is moving upward.", "canonical_answer": "moving upward", "answer_meta": {}}
{"qa_id": "qa_823f0b41840cdec73f09", "split": "test", "audio_id": "foa_15f37b9a3fc5a34925e6", "audio_path": "audio/test/foa_15f37b9a3fc5a34925e6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.9 degrees", "canonical_answer": "21.9 degrees", "answer_meta": {"elevation_deg": 21.9}}
{"qa_id": "qa_92230a4445183eda11ec", "split": "test", "audio_id": "foa_5c4c65c0627a14c6591f", "audio_path": "audio/test/foa_5c4c65c0627a14c6591f.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 13.2s, how many sources are active? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_ca9f6b4ddfc44d0de462", "split": "test", "audio_id": "foa_9760c559d233d449bcd2", "audio_path": "audio/test/foa_9760c559d233d449bcd2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the tearing sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound originating from the right and below has an onset time of 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_734b62a918108d9931f0", "split": "test", "audio_id": "foa_094e76e1860c1ab38e91", "audio_path": "audio/test/foa_094e76e1860c1ab38e91.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 7.0s? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_a7965ac88488eba550eb", "split": "test", "audio_id": "foa_59f242c285786ed16ef1", "audio_path": "audio/test/foa_59f242c285786ed16ef1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_6863f6cd7065e4a67c1b", "split": "test", "audio_id": "foa_72b3acd0897b336a3afa", "audio_path": "audio/test/foa_72b3acd0897b336a3afa.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the animal moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The animal is moving away from the listener.", "canonical_answer": "moving away from the listener", "answer_meta": {}}
{"qa_id": "qa_778faf8f4c58e149348e", "split": "test", "audio_id": "foa_074e525087179b170433", "audio_path": "audio/test/foa_074e525087179b170433.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.6 degrees", "canonical_answer": "11.6 degrees", "answer_meta": {"elevation_deg": 11.6}}
{"qa_id": "qa_c38c8b0d837b21a20dd8", "split": "test", "audio_id": "foa_b3c1000e26e6bd6a1481", "audio_path": "audio/test/foa_b3c1000e26e6bd6a1481.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.0 degrees", "canonical_answer": "26.0 degrees", "answer_meta": {"azimuth_deg": 26.0}}
{"qa_id": "qa_a7ded13a891238b5ed78", "split": "test", "audio_id": "foa_65d9d59847345a73cd3e", "audio_path": "audio/test/foa_65d9d59847345a73cd3e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "162.4 degrees", "canonical_answer": "162.4 degrees", "answer_meta": {"azimuth_deg": 162.4}}
{"qa_id": "qa_40660cf6301559bc3ec9", "split": "test", "audio_id": "foa_2bc2c443a3f85ced9765", "audio_path": "audio/test/foa_2bc2c443a3f85ced9765.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 6.6s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_f0e8c30c63b993d63eeb", "split": "test", "audio_id": "foa_4d2977ec396731e4904d", "audio_path": "audio/test/foa_4d2977ec396731e4904d.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the home sound moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The home sound is moving right to left.", "canonical_answer": "moving right to left", "answer_meta": {}}
{"qa_id": "qa_03c4c0cc4c942d66532f", "split": "test", "audio_id": "foa_d53f9e3a3fc62e43059c", "audio_path": "audio/test/foa_d53f9e3a3fc62e43059c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_bd71815e738aa9488a29", "split": "test", "audio_id": "foa_12df3e1bd8e9dffc4318", "audio_path": "audio/test/foa_12df3e1bd8e9dffc4318.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the front-left and above start playing? Answer in one sentence.", "answer": "The sound source located in that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_51c4075c2a9b267445e2", "split": "test", "audio_id": "foa_a88ce1b11276577988b1", "audio_path": "audio/test/foa_a88ce1b11276577988b1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the sound of writing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.1 degrees", "canonical_answer": "15.1 degrees", "answer_meta": {"elevation_deg": 15.1}}
{"qa_id": "qa_3a85ad2b115ed55b5ef9", "split": "test", "audio_id": "foa_28cfa7f40320a1f60804", "audio_path": "audio/test/foa_28cfa7f40320a1f60804.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech being produced? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_3ee0a91091aff595f0f9", "split": "test", "audio_id": "foa_d75fb010e4ba8cb6052e", "audio_path": "audio/test/foa_d75fb010e4ba8cb6052e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and below start? Answer in one sentence.", "answer": "The sound originating from the rear and below begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9aba91a805b823f70201", "split": "test", "audio_id": "foa_74f4cf0ecb2fa7590fdc", "audio_path": "audio/test/foa_74f4cf0ecb2fa7590fdc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.5 degrees", "canonical_answer": "-34.5 degrees", "answer_meta": {"azimuth_deg": -34.5}}
{"qa_id": "qa_918b870121802e9d8283", "split": "test", "audio_id": "foa_e9e4822ee67711330a12", "audio_path": "audio/test/foa_e9e4822ee67711330a12.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 14.9s? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_e3167967f34092111717", "split": "test", "audio_id": "foa_ffdee98aba96a68c269b", "audio_path": "audio/test/foa_ffdee98aba96a68c269b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the train? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_9fba1efab23b367fe783", "split": "test", "audio_id": "foa_f618bd62a74fe69bdd0d", "audio_path": "audio/test/foa_f618bd62a74fe69bdd0d.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the speech moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The speech is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_09b73ae1c8a84f78d9df", "split": "test", "audio_id": "foa_b36f87adb30acc49bac9", "audio_path": "audio/test/foa_b36f87adb30acc49bac9.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the male speech moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The male speech is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_365692ddaf576eccc146", "split": "test", "audio_id": "foa_3ac53c29d06cc8fd0de0", "audio_path": "audio/test/foa_3ac53c29d06cc8fd0de0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source from the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c23bc92d0983e38f8617", "split": "test", "audio_id": "foa_2e0bea6ca758a90ae23f", "audio_path": "audio/test/foa_2e0bea6ca758a90ae23f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the insect in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_bdd0cf5c065cbec6493a", "split": "test", "audio_id": "foa_ff44bbb873b1350adff1", "audio_path": "audio/test/foa_ff44bbb873b1350adff1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.7 degrees", "canonical_answer": "-45.7 degrees", "answer_meta": {"elevation_deg": -45.7}}
{"qa_id": "qa_a4784dc594ba2ac43e13", "split": "test", "audio_id": "foa_585764c0bd35453dd448", "audio_path": "audio/test/foa_585764c0bd35453dd448.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-168.8 degrees", "canonical_answer": "-168.8 degrees", "answer_meta": {"azimuth_deg": -168.8}}
{"qa_id": "qa_b54b60dd62382f436766", "split": "test", "audio_id": "foa_f8fe156a35371213b048", "audio_path": "audio/test/foa_f8fe156a35371213b048.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 13.1s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_cdc2c3ff75d6bd6dfe6d", "split": "test", "audio_id": "foa_12766ace865273c68e93", "audio_path": "audio/test/foa_12766ace865273c68e93.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the musical instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-43.0 degrees", "canonical_answer": "-43.0 degrees", "answer_meta": {"azimuth_deg": -43.0}}
{"qa_id": "qa_55e2e83d34a8d2f42664", "split": "test", "audio_id": "foa_cf741f05b558f2d2d66e", "audio_path": "audio/test/foa_cf741f05b558f2d2d66e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle can the breathing be heard? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.0 degrees", "canonical_answer": "23.0 degrees", "answer_meta": {"elevation_deg": 23.0}}
{"qa_id": "qa_6fbe7d3c0d6bdefa2f79", "split": "test", "audio_id": "foa_e88a7283bef4a7dcca44", "audio_path": "audio/test/foa_e88a7283bef4a7dcca44.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the war sound located at an azimuth of -85.8 degrees and an elevation of -0.6 degrees begin? Answer in one sentence.", "answer": "The war sound becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_ac6e891b4a367973f812", "split": "test", "audio_id": "foa_3997a40ab7486e1106fe", "audio_path": "audio/test/foa_3997a40ab7486e1106fe.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 0.7s? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_e1de5c1f2d0316fd3ce5", "split": "test", "audio_id": "foa_b0e32c2d67751ba48c4f", "audio_path": "audio/test/foa_b0e32c2d67751ba48c4f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the string instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_dab770440715a7260119", "split": "test", "audio_id": "foa_990510f4e90bef0f61a8", "audio_path": "audio/test/foa_990510f4e90bef0f61a8.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the gong? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The gong remains stationary throughout the entire duration of the recording.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_d1e4e565469386e06ff4", "split": "test", "audio_id": "foa_b8a7dc8c61c5afabcf69", "audio_path": "audio/test/foa_b8a7dc8c61c5afabcf69.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sources are active at 0.3s? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_54c6b87530cabc092b3f", "split": "test", "audio_id": "foa_55cd2afb15eb9fa555c8", "audio_path": "audio/test/foa_55cd2afb15eb9fa555c8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located behind the listener begin? Answer in one sentence.", "answer": "The percussion sound coming from the back becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d3f6f6dc0eb91c8b1c01", "split": "test", "audio_id": "foa_65c7ae2a1cfe64661580", "audio_path": "audio/test/foa_65c7ae2a1cfe64661580.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_4fb473d67222a4874eb8", "split": "test", "audio_id": "foa_d4814e094c627716d267", "audio_path": "audio/test/foa_d4814e094c627716d267.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the car located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.7 degrees", "canonical_answer": "-16.7 degrees", "answer_meta": {"elevation_deg": -16.7}}
{"qa_id": "qa_48a308e06cc1ea19009d", "split": "test", "audio_id": "foa_f93ea1514d6d97582db9", "audio_path": "audio/test/foa_f93ea1514d6d97582db9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth in degrees is the knocking sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-113.3 degrees", "canonical_answer": "-113.3 degrees", "answer_meta": {"azimuth_deg": -113.3}}
{"qa_id": "qa_d5b54ecfa070b51bea66", "split": "test", "audio_id": "foa_92c091b8322682c85d9b", "audio_path": "audio/test/foa_92c091b8322682c85d9b.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the speech source? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The speech remains stationary throughout its duration.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_b9e6948ea805ea9cfe81", "split": "test", "audio_id": "foa_6b0323a62e790935d1b7", "audio_path": "audio/test/foa_6b0323a62e790935d1b7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the breathing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.3 degrees", "canonical_answer": "30.3 degrees", "answer_meta": {"elevation_deg": 30.3}}
{"qa_id": "qa_ed2a6fefd44a0a1be5ff", "split": "test", "audio_id": "foa_ccf2bf31b6167ce5f11d", "audio_path": "audio/test/foa_ccf2bf31b6167ce5f11d.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 0.9s, how many sound sources are active? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_c00757d87b7106edb66a", "split": "test", "audio_id": "foa_5bde74d25e2842910fd4", "audio_path": "audio/test/foa_5bde74d25e2842910fd4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the kitchenware? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_eb043e144d3cbd2525d3", "split": "test", "audio_id": "foa_a61d52c5d1335a886df1", "audio_path": "audio/test/foa_a61d52c5d1335a886df1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound source located in the front-right direction begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_fee8050a380bf4d27053", "split": "test", "audio_id": "foa_de884b73400061d44bb6", "audio_path": "audio/test/foa_de884b73400061d44bb6.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the drawer cabinet moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The drawer cabinet is moving downward.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_5e987495121b71f66920", "split": "test", "audio_id": "foa_8c9f8f003fe9018a2c47", "audio_path": "audio/test/foa_8c9f8f003fe9018a2c47.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the rain located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "73.0 degrees", "canonical_answer": "73.0 degrees", "answer_meta": {"azimuth_deg": 73.0}}
{"qa_id": "qa_82321a31a35dd3a71a60", "split": "test", "audio_id": "foa_63da374a32e3cdc4fe1a", "audio_path": "audio/test/foa_63da374a32e3cdc4fe1a.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. In what direction is the kitchenware moving in relation to where the listener is positioned? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The kitchenware is moving away from the listener.", "canonical_answer": "moving away from the listener", "answer_meta": {}}
{"qa_id": "qa_15744e4320468d406eb1", "split": "test", "audio_id": "foa_c3429a00d998f0682a6d", "audio_path": "audio/test/foa_c3429a00d998f0682a6d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "96.5 degrees", "canonical_answer": "96.5 degrees", "answer_meta": {"azimuth_deg": 96.5}}
{"qa_id": "qa_d8e8f7f869696420adcf", "split": "test", "audio_id": "foa_fb8f3725c97484f9339a", "audio_path": "audio/test/foa_fb8f3725c97484f9339a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion source from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_3b76a73b8eb479f68291", "split": "test", "audio_id": "foa_d7da843fdaca9dd2730f", "audio_path": "audio/test/foa_d7da843fdaca9dd2730f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.1 degrees", "canonical_answer": "-21.1 degrees", "answer_meta": {"elevation_deg": -21.1}}
{"qa_id": "qa_be41f94bca0cfe32112f", "split": "test", "audio_id": "foa_bc313b4ea3b83eaaa6e9", "audio_path": "audio/test/foa_bc313b4ea3b83eaaa6e9.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 2.7s? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_a453e955e90b4906bdc8", "split": "test", "audio_id": "foa_3459c3bfdc34040a3db2", "audio_path": "audio/test/foa_3459c3bfdc34040a3db2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound source located in the back-left position becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1e16ad0fcf38659b45da", "split": "test", "audio_id": "foa_98cb1dcfffc09b843309", "audio_path": "audio/test/foa_98cb1dcfffc09b843309.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the war sound occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_44e7554ee4a04d64fed7", "split": "test", "audio_id": "foa_b2f39f5fd08c81023cbb", "audio_path": "audio/test/foa_b2f39f5fd08c81023cbb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.5 degrees", "canonical_answer": "0.5 degrees", "answer_meta": {"elevation_deg": 0.5}}
{"qa_id": "qa_80e6a90ab0cbb69c4252", "split": "test", "audio_id": "foa_eea8585667f3c24f80ab", "audio_path": "audio/test/foa_eea8585667f3c24f80ab.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the speaker throughout the clip? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The speaker is moving upward during the recording.", "canonical_answer": "moving upward", "answer_meta": {}}
{"qa_id": "qa_1d77199cb3d03cb75003", "split": "test", "audio_id": "foa_495bc66fe42c7b58ccd9", "audio_path": "audio/test/foa_495bc66fe42c7b58ccd9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the knocking sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.9 degrees", "canonical_answer": "54.9 degrees", "answer_meta": {"azimuth_deg": 54.9}}
{"qa_id": "qa_49f51bc787e850744f5a", "split": "test", "audio_id": "foa_2022cacab65f895fb457", "audio_path": "audio/test/foa_2022cacab65f895fb457.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right and below begin? Answer in one sentence.", "answer": "The sound source originating from the right and below becomes active at 1.5 seconds.", "canonical_answer": "1.5s", "answer_meta": {"onset_time": 1.5}}
{"qa_id": "qa_093e46dad6acc47a951d", "split": "test", "audio_id": "foa_e277e45d7d5636b4bc8e", "audio_path": "audio/test/foa_e277e45d7d5636b4bc8e.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 14.6s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_9aec56173d6d1bbbbeb4", "split": "test", "audio_id": "foa_da0bc0cf0b9302d89ea3", "audio_path": "audio/test/foa_da0bc0cf0b9302d89ea3.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the knock heard in the scene? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The sound of the knock is moving from right to left.", "canonical_answer": "moving right to left", "answer_meta": {}}
{"qa_id": "qa_3d8f9fc2ee946d3332b3", "split": "test", "audio_id": "foa_b013088ea4485743d85e", "audio_path": "audio/test/foa_b013088ea4485743d85e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bird positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-114.8 degrees", "canonical_answer": "-114.8 degrees", "answer_meta": {"azimuth_deg": -114.8}}
{"qa_id": "qa_6c0523ebff008243960d", "split": "test", "audio_id": "foa_d869840a169c5e129f59", "audio_path": "audio/test/foa_d869840a169c5e129f59.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 15.5s? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_187c5c7d56e6078b10f0", "split": "test", "audio_id": "foa_75c9132ec076e6299518", "audio_path": "audio/test/foa_75c9132ec076e6299518.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the vehicle, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_9a7c62fe8f917634010d", "split": "test", "audio_id": "foa_ac822c813597a1f61535", "audio_path": "audio/test/foa_ac822c813597a1f61535.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The singing sound begins at exactly 1.8s.", "canonical_answer": "1.8s", "answer_meta": {"onset_time": 1.8}}
{"qa_id": "qa_fe1ef482b06aa3642fa0", "split": "test", "audio_id": "foa_32282694ddebfcb5e1b9", "audio_path": "audio/test/foa_32282694ddebfcb5e1b9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.5 degrees", "canonical_answer": "-15.5 degrees", "answer_meta": {"elevation_deg": -15.5}}
{"qa_id": "qa_6ce112fa12e715ee80f1", "split": "test", "audio_id": "foa_f4d955da2756d715bbd4", "audio_path": "audio/test/foa_f4d955da2756d715bbd4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the keyboard instrument located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_a0a077e551b135a4228a", "split": "test", "audio_id": "foa_200215ede667fd3bb08a", "audio_path": "audio/test/foa_200215ede667fd3bb08a.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 3.0s? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_045e3a0f55e8943ec749", "split": "test", "audio_id": "foa_dba4174dc70767a89eb0", "audio_path": "audio/test/foa_dba4174dc70767a89eb0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the cooking sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.7 degrees", "canonical_answer": "-35.7 degrees", "answer_meta": {"elevation_deg": -35.7}}
{"qa_id": "qa_c3f1fbc7e4e3293c3103", "split": "test", "audio_id": "foa_3500db1ac630750d4d2f", "audio_path": "audio/test/foa_3500db1ac630750d4d2f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the typing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.8 degrees", "canonical_answer": "38.8 degrees", "answer_meta": {"azimuth_deg": 38.8}}
{"qa_id": "qa_538b0eaeb13f92cf3f68", "split": "test", "audio_id": "foa_3c2561f9052ee48eeb45", "audio_path": "audio/test/foa_3c2561f9052ee48eeb45.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound source located in front and above becomes active at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_b953eb92e9a2b714d36f", "split": "test", "audio_id": "foa_9f9c47b75ed17464beb3", "audio_path": "audio/test/foa_9f9c47b75ed17464beb3.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the home sound moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The home sound is approaching the listener.", "canonical_answer": "approaching the listener", "answer_meta": {}}
{"qa_id": "qa_6dc0711ace5fa315a54b", "split": "test", "audio_id": "foa_0a831b05f74cb538c7a3", "audio_path": "audio/test/foa_0a831b05f74cb538c7a3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_ed035553b68350e94e4c", "split": "test", "audio_id": "foa_7c154e0e00ed2f46f792", "audio_path": "audio/test/foa_7c154e0e00ed2f46f792.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-125.4 degrees", "canonical_answer": "-125.4 degrees", "answer_meta": {"azimuth_deg": -125.4}}
{"qa_id": "qa_fd6a625c04db26a3c3d5", "split": "test", "audio_id": "foa_21d37d09ea9ce3f16ba5", "audio_path": "audio/test/foa_21d37d09ea9ce3f16ba5.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 1.7s? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_1ba26da06ec89983b890", "split": "test", "audio_id": "foa_79072da9814693282b3c", "audio_path": "audio/test/foa_79072da9814693282b3c.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement pattern of the dog? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The dog is moving from left to right.", "canonical_answer": "moving left to right", "answer_meta": {}}
{"qa_id": "qa_47ecafc3c12fb95d92df", "split": "test", "audio_id": "foa_2d439ce74cdc0d00b029", "audio_path": "audio/test/foa_2d439ce74cdc0d00b029.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left position begin? Answer in one sentence.", "answer": "The sound coming from the back-left direction starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e35ba748fbf0a07c723e", "split": "test", "audio_id": "foa_da82778425b5d4403e44", "audio_path": "audio/test/foa_da82778425b5d4403e44.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the aircraft positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.8 degrees", "canonical_answer": "30.8 degrees", "answer_meta": {"elevation_deg": 30.8}}
{"qa_id": "qa_0772fc62eca856c88530", "split": "test", "audio_id": "foa_60623dcc4795d75ab831", "audio_path": "audio/test/foa_60623dcc4795d75ab831.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the wind instrument moving throughout the duration of the audio recording? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The wind instrument remains stationary for the duration of the audio clip.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_eae6c43ad79df6edecb7", "split": "test", "audio_id": "foa_877bee6bfae52160c744", "audio_path": "audio/test/foa_877bee6bfae52160c744.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-155.3 degrees", "canonical_answer": "-155.3 degrees", "answer_meta": {"azimuth_deg": -155.3}}
{"qa_id": "qa_9bbe946761bf94691107", "split": "test", "audio_id": "foa_0f63174d6855f1012e2a", "audio_path": "audio/test/foa_0f63174d6855f1012e2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.9 degrees", "canonical_answer": "-12.9 degrees", "answer_meta": {"elevation_deg": -12.9}}
{"qa_id": "qa_85e5850b54f231a3b11c", "split": "test", "audio_id": "foa_eb845fe93b7b8fbe8f22", "audio_path": "audio/test/foa_eb845fe93b7b8fbe8f22.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below become audible? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_7c978970e74cc6e62b78", "split": "test", "audio_id": "foa_12668ec724dddc8c51eb", "audio_path": "audio/test/foa_12668ec724dddc8c51eb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the guitar located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_2c0a11e12d635ce63cc9", "split": "test", "audio_id": "foa_4b370faf28a1fbf52509", "audio_path": "audio/test/foa_4b370faf28a1fbf52509.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 6.1s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_81da72233ff3f06acf6b", "split": "test", "audio_id": "foa_033a4f3b9252117afe1b", "audio_path": "audio/test/foa_033a4f3b9252117afe1b.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at 9.6s? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_b75ec7865217c1a779d4", "split": "test", "audio_id": "foa_bd085da19b654f9999ee", "audio_path": "audio/test/foa_bd085da19b654f9999ee.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the human vocalization in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.7 meters", "canonical_answer": "3.7 meters", "answer_meta": {"distance_m": 3.7}}
{"qa_id": "qa_2c91d253595dc6b09324", "split": "test", "audio_id": "foa_6f29b13a0f80a85b76d1", "audio_path": "audio/test/foa_6f29b13a0f80a85b76d1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cooking sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-175.3 degrees", "canonical_answer": "-175.3 degrees", "answer_meta": {"azimuth_deg": -175.3}}
{"qa_id": "qa_7b69afd8e45fab6acfad", "split": "test", "audio_id": "foa_c3f5bfff5814d019cf23", "audio_path": "audio/test/foa_c3f5bfff5814d019cf23.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.7 degrees", "canonical_answer": "-15.7 degrees", "answer_meta": {"elevation_deg": -15.7}}
{"qa_id": "qa_f083885beaccef2c041a", "split": "test", "audio_id": "foa_e90eccb0a68d5568db16", "audio_path": "audio/test/foa_e90eccb0a68d5568db16.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the tape moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The tape is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_764af0d76867e213ad85", "split": "test", "audio_id": "foa_8091fb5bedb3a9e682da", "audio_path": "audio/test/foa_8091fb5bedb3a9e682da.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located behind and above the listener begin? Answer in one sentence.", "answer": "The sound originating from that position begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c5a7a7e4a37dca8951df", "split": "test", "audio_id": "foa_134d0a0f077c75fc8427", "audio_path": "audio/test/foa_134d0a0f077c75fc8427.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. What is the total number of active sources at 13.5s? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_93cd1e4717d11d2f713e", "split": "test", "audio_id": "foa_7314cccdff115a92cac5", "audio_path": "audio/test/foa_7314cccdff115a92cac5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound located to the back-right begin playing? Answer in one sentence.", "answer": "The percussion sound coming from the back-right starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_4bc0a2bc0c6863620c38", "split": "test", "audio_id": "foa_4ea0a092f8343a7136ef", "audio_path": "audio/test/foa_4ea0a092f8343a7136ef.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement of the thunderstorm in relation to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The thunderstorm remains stationary throughout the duration of the recording.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_0c8d8fb3e67c72a20098", "split": "test", "audio_id": "foa_ad2bc03a0b84c93dbd9c", "audio_path": "audio/test/foa_ad2bc03a0b84c93dbd9c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the insect located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.7 degrees", "canonical_answer": "-41.7 degrees", "answer_meta": {"azimuth_deg": -41.7}}
{"qa_id": "qa_fb3e999b4ee21cf7dcc0", "split": "test", "audio_id": "foa_960254ef27231f500ae6", "audio_path": "audio/test/foa_960254ef27231f500ae6.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.7 meters", "canonical_answer": "3.7 meters", "answer_meta": {"distance_m": 3.7}}
{"qa_id": "qa_5236aa2817ed44876956", "split": "test", "audio_id": "foa_4fe35ace23066fbccb64", "audio_path": "audio/test/foa_4fe35ace23066fbccb64.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.7 degrees", "canonical_answer": "-27.7 degrees", "answer_meta": {"elevation_deg": -27.7}}
{"qa_id": "qa_3c0d81b2192eccb6d26f", "split": "test", "audio_id": "foa_b074c42e3cb4f08f42cd", "audio_path": "audio/test/foa_b074c42e3cb4f08f42cd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the back-left and below begin? Answer in one sentence.", "answer": "The sound originating from the back-left and below begins at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_198877cad6f380573a6c", "split": "test", "audio_id": "foa_f51ac444cd0f856e5d15", "audio_path": "audio/test/foa_f51ac444cd0f856e5d15.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. How many sound sources are active at the 1.2s mark? Answer in one sentence. Include the final count as an integer.", "answer": "4", "canonical_answer": "4", "answer_meta": {"active_count": 4}}
{"qa_id": "qa_acd028a19c9e629a7ee6", "split": "test", "audio_id": "foa_a27196b034e68a4aae68", "audio_path": "audio/test/foa_a27196b034e68a4aae68.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. In what way is the insect moving with respect to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The insect remains stationary throughout the entire duration of the recording.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_f06dd1de326ec2e1f72d", "split": "test", "audio_id": "foa_7afb5bfe46044738b40f", "audio_path": "audio/test/foa_7afb5bfe46044738b40f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.5 meters", "canonical_answer": "0.5 meters", "answer_meta": {"distance_m": 0.5}}
{"qa_id": "qa_7fe555faa5f8a61b1b17", "split": "test", "audio_id": "foa_ad1dce9bb29c9e75ffc8", "audio_path": "audio/test/foa_ad1dce9bb29c9e75ffc8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.3 degrees", "canonical_answer": "-29.3 degrees", "answer_meta": {"elevation_deg": -29.3}}
{"qa_id": "qa_672ad6505cd028788e15", "split": "test", "audio_id": "foa_642420b2d132780a6bab", "audio_path": "audio/test/foa_642420b2d132780a6bab.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.3 degrees", "canonical_answer": "-12.3 degrees", "answer_meta": {"azimuth_deg": -12.3}}
{"qa_id": "qa_c6f862fd05653ee1e5cd", "split": "test", "audio_id": "foa_142a91754c9d7251ac37", "audio_path": "audio/test/foa_142a91754c9d7251ac37.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 0.6s, how many sources are sounding at once? Answer in one sentence. Include the final count as an integer.", "answer": "1", "canonical_answer": "1", "answer_meta": {"active_count": 1}}
{"qa_id": "qa_edeb6a09e798abebabc6", "split": "test", "audio_id": "foa_5e3edfd77e02f97f0410", "audio_path": "audio/test/foa_5e3edfd77e02f97f0410.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the typing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-136.0 degrees", "canonical_answer": "-136.0 degrees", "answer_meta": {"azimuth_deg": -136.0}}
{"qa_id": "qa_45bb2d4fa0fd433f4c28", "split": "test", "audio_id": "foa_b2e278f950012e6bea04", "audio_path": "audio/test/foa_b2e278f950012e6bea04.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wood from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_d7a44d98abc8cae8fa43", "split": "test", "audio_id": "foa_170292399ff9788757a0", "audio_path": "audio/test/foa_170292399ff9788757a0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound coming from the back-right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_7461a9d617af4f7ad313", "split": "test", "audio_id": "foa_4def9bcc8c0c5ec6144e", "audio_path": "audio/test/foa_4def9bcc8c0c5ec6144e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the female speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.0 degrees", "canonical_answer": "6.0 degrees", "answer_meta": {"elevation_deg": 6.0}}
{"qa_id": "qa_7b611751a1ddf8ebd044", "split": "test", "audio_id": "foa_cbbe3b90bb0123378862", "audio_path": "audio/test/foa_cbbe3b90bb0123378862.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the string instrument moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The string instrument is approaching the listener.", "canonical_answer": "approaching the listener", "answer_meta": {}}
{"qa_id": "qa_ed66816676dc9583342d", "split": "test", "audio_id": "foa_2642b1f30a1b3dd68aa8", "audio_path": "audio/test/foa_2642b1f30a1b3dd68aa8.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement of the home sound during the recording? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The home sound is moving away from the listener.", "canonical_answer": "moving away from the listener", "answer_meta": {}}
{"qa_id": "qa_54ec848551e8589c7141", "split": "test", "audio_id": "foa_f7c8afb42a368871e8b0", "audio_path": "audio/test/foa_f7c8afb42a368871e8b0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the thunderstorm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.7 degrees", "canonical_answer": "-2.7 degrees", "answer_meta": {"elevation_deg": -2.7}}
{"qa_id": "qa_7ad4204c26224dd71404", "split": "test", "audio_id": "foa_555e0b74316c92f8125d", "audio_path": "audio/test/foa_555e0b74316c92f8125d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "147.8 degrees", "canonical_answer": "147.8 degrees", "answer_meta": {"azimuth_deg": 147.8}}
{"qa_id": "qa_2b80d4af5d2acc144295", "split": "test", "audio_id": "foa_724c9d072ecdede7247d", "audio_path": "audio/test/foa_724c9d072ecdede7247d.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 1.2s, how many sound sources are active simultaneously? Answer in one sentence. Include the final count as an integer.", "answer": "2", "canonical_answer": "2", "answer_meta": {"active_count": 2}}
{"qa_id": "qa_712d8418a90b64e115bb", "split": "test", "audio_id": "foa_f524dd88bd50fe288fba", "audio_path": "audio/test/foa_f524dd88bd50fe288fba.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and above start? Answer in one sentence.", "answer": "The sound coming from the back and above begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_3ae32ae59aa3dff2fd0e", "split": "test", "audio_id": "foa_250c263fb45f1546ed72", "audio_path": "audio/test/foa_250c263fb45f1546ed72.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the war sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_d53afe4dde30528b7e4b", "split": "test", "audio_id": "foa_fae9b667941087bfdfef", "audio_path": "audio/test/foa_fae9b667941087bfdfef.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tearing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_d97d758ba1ce6fcd7720", "split": "test", "audio_id": "foa_53e7579c49cd9f361c14", "audio_path": "audio/test/foa_53e7579c49cd9f361c14.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "156.2 degrees", "canonical_answer": "156.2 degrees", "answer_meta": {"azimuth_deg": 156.2}}
{"qa_id": "qa_ab9680391d2ace10603b", "split": "test", "audio_id": "foa_d19871aa69ffddcc9108", "audio_path": "audio/test/foa_d19871aa69ffddcc9108.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crackling sound originating from the left and below begin? Answer in one sentence.", "answer": "The crackling sound starts at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_cf59bf295155577413cd", "split": "test", "audio_id": "foa_46252bfb4e0d9ed372a2", "audio_path": "audio/test/foa_46252bfb4e0d9ed372a2.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the drawer cabinet? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The drawer cabinet is moving upward.", "canonical_answer": "moving upward", "answer_meta": {}}
{"qa_id": "qa_df70f7e0fb3dc145e496", "split": "test", "audio_id": "foa_9d5ca311376291940dad", "audio_path": "audio/test/foa_9d5ca311376291940dad.wav", "task_name": "count_sources", "question_class": "detect", "answer_format": "integer", "question": "Listen to the audio clip and answer based only on what you hear. At 3.5s, how many sources are sounding at once? Answer in one sentence. Include the final count as an integer.", "answer": "3", "canonical_answer": "3", "answer_meta": {"active_count": 3}}
{"qa_id": "qa_600368cead106cf7ad6a", "split": "test", "audio_id": "foa_1f08579b4a4664f4ca4e", "audio_path": "audio/test/foa_1f08579b4a4664f4ca4e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.9 degrees", "canonical_answer": "-33.9 degrees", "answer_meta": {"elevation_deg": -33.9}}
{"qa_id": "qa_58369c2beb0eaa2b650e", "split": "test", "audio_id": "foa_71399d981e803c68ae24", "audio_path": "audio/test/foa_71399d981e803c68ae24.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the singing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.8 degrees", "canonical_answer": "9.8 degrees", "answer_meta": {"elevation_deg": 9.8}}
{"qa_id": "qa_c46eea6952f190a6f602", "split": "test", "audio_id": "foa_afd21c0996049fe85748", "audio_path": "audio/test/foa_afd21c0996049fe85748.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the drum sound start playing from the front? Answer in one sentence.", "answer": "The drum sound begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_aab142b51b6e9d6f8287", "split": "test", "audio_id": "foa_27d2f1bb7ed2394ea9b4", "audio_path": "audio/test/foa_27d2f1bb7ed2394ea9b4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_f205cc64b1f1f14e049c", "split": "test", "audio_id": "foa_6a1e47e30b58d0e2c28f", "audio_path": "audio/test/foa_6a1e47e30b58d0e2c28f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bird positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-134.9 degrees", "canonical_answer": "-134.9 degrees", "answer_meta": {"azimuth_deg": -134.9}}
{"qa_id": "qa_bffd4293ba63fa8c6b92", "split": "test", "audio_id": "foa_5c30f8df93e6a36bdbd3", "audio_path": "audio/test/foa_5c30f8df93e6a36bdbd3.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the knock moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The knock is moving right to left.", "canonical_answer": "moving right to left", "answer_meta": {}}
{"qa_id": "qa_0cf49fb0532c8d00ca07", "split": "test", "audio_id": "foa_d1d1fad11e6f3ba09ac7", "audio_path": "audio/test/foa_d1d1fad11e6f3ba09ac7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the camera sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound from the camera begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_7c711c7fed93e5d05f45", "split": "test", "audio_id": "foa_b0f56cbb5df128adf1b6", "audio_path": "audio/test/foa_b0f56cbb5df128adf1b6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.0 degrees", "canonical_answer": "8.0 degrees", "answer_meta": {"elevation_deg": 8.0}}
{"qa_id": "qa_cd749fe64ecf0208087b", "split": "test", "audio_id": "foa_7449126192b18a2c3080", "audio_path": "audio/test/foa_7449126192b18a2c3080.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drawer cabinet? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_a8febd09ba648c5cc161", "split": "test", "audio_id": "foa_28a705b58c3079bfd5b7", "audio_path": "audio/test/foa_28a705b58c3079bfd5b7.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the typing moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The typing is moving downward.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_0a40ba92b40bf2bedce7", "split": "test", "audio_id": "foa_f58b45457a99bcaef6d6", "audio_path": "audio/test/foa_f58b45457a99bcaef6d6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-145.1 degrees", "canonical_answer": "-145.1 degrees", "answer_meta": {"azimuth_deg": -145.1}}
{"qa_id": "qa_b895f87f34138e79b811", "split": "test", "audio_id": "foa_341a5cebcf1e83cf3f69", "audio_path": "audio/test/foa_341a5cebcf1e83cf3f69.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth in degrees is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "46.4 degrees", "canonical_answer": "46.4 degrees", "answer_meta": {"azimuth_deg": 46.4}}
{"qa_id": "qa_9f398f80c68c4d94c9a3", "split": "test", "audio_id": "foa_cdbd5e5f7162c6d961ff", "audio_path": "audio/test/foa_cdbd5e5f7162c6d961ff.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the speech source? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The speech source is moving from the left toward the right.", "canonical_answer": "moving left to right", "answer_meta": {}}
{"qa_id": "qa_a216630d1569e36333ae", "split": "test", "audio_id": "foa_138a172da2f003e3d004", "audio_path": "audio/test/foa_138a172da2f003e3d004.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the train located at an azimuth of 63.8 degrees and an elevation of -0.6 degrees begin to play? Answer in one sentence.", "answer": "The train begins to play at 1.9s.", "canonical_answer": "1.9s", "answer_meta": {"onset_time": 1.9}}
{"qa_id": "qa_29cba3c773d409e4ff8c", "split": "test", "audio_id": "foa_c23462bf301bb506be6b", "audio_path": "audio/test/foa_c23462bf301bb506be6b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.3 degrees", "canonical_answer": "-33.3 degrees", "answer_meta": {"elevation_deg": -33.3}}
{"qa_id": "qa_ef2b6dd2f10815b8d4ee", "split": "test", "audio_id": "foa_327c32649aceafedf0b1", "audio_path": "audio/test/foa_327c32649aceafedf0b1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_0b75f56c92c127223e57", "split": "test", "audio_id": "foa_b27ff8c99d10cb2311b0", "audio_path": "audio/test/foa_b27ff8c99d10cb2311b0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.0 degrees", "canonical_answer": "-7.0 degrees", "answer_meta": {"elevation_deg": -7.0}}
{"qa_id": "qa_4f5698bb6461e813cc9e", "split": "test", "audio_id": "foa_aa75dab565e47b55a319", "audio_path": "audio/test/foa_aa75dab565e47b55a319.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_05a504bf2b252fd1b93e", "split": "test", "audio_id": "foa_be4996ae03add75e075a", "audio_path": "audio/test/foa_be4996ae03add75e075a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.2 degrees", "canonical_answer": "-24.2 degrees", "answer_meta": {"azimuth_deg": -24.2}}
{"qa_id": "qa_bca86963829b7b75c241", "split": "test", "audio_id": "foa_6a84a10a84efb891fff9", "audio_path": "audio/test/foa_6a84a10a84efb891fff9.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement of the machine in relation to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The machine remains stationary throughout the entire duration of the recording.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_1e4dbcb463594e553e30", "split": "test", "audio_id": "foa_2183b4237f5947254477", "audio_path": "audio/test/foa_2183b4237f5947254477.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source located at the front start to play? Answer in one sentence.", "answer": "The sound source located at the front begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1190613bd3a21a646796", "split": "test", "audio_id": "foa_99b85b5a456d845fd6a6", "audio_path": "audio/test/foa_99b85b5a456d845fd6a6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.8 degrees", "canonical_answer": "13.8 degrees", "answer_meta": {"elevation_deg": 13.8}}
{"qa_id": "qa_796bda7c243fb977b834", "split": "test", "audio_id": "foa_634fdcb05969ddc47137", "audio_path": "audio/test/foa_634fdcb05969ddc47137.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "160.1 degrees", "canonical_answer": "160.1 degrees", "answer_meta": {"azimuth_deg": 160.1}}
{"qa_id": "qa_db92ad113a9192c36b22", "split": "test", "audio_id": "foa_ac7e6b5500a1a341a6ee", "audio_path": "audio/test/foa_ac7e6b5500a1a341a6ee.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Does the camera change its position relative to the listener, or is it remaining in one place? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The camera remains stationary relative to the listener throughout the entire duration.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_1cb0cf301c52f5838d2a", "split": "test", "audio_id": "foa_2e5c8b11f1b36b88d39e", "audio_path": "audio/test/foa_2e5c8b11f1b36b88d39e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_9ecc48161c84bbc0e830", "split": "test", "audio_id": "foa_345ead01d28bf0807ab6", "audio_path": "audio/test/foa_345ead01d28bf0807ab6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the typing sound begin originating from the back-left and below position? Answer in one sentence.", "answer": "The typing sound becomes active at 6.3 seconds.", "canonical_answer": "6.3s", "answer_meta": {"onset_time": 6.3}}
{"qa_id": "qa_303a9d714a139ed34354", "split": "test", "audio_id": "foa_844c6d7dec0fbdbe9ae0", "audio_path": "audio/test/foa_844c6d7dec0fbdbe9ae0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and below start? Answer in one sentence.", "answer": "The sound originating from the back and below begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_b02fb8aecfbc2dccddda", "split": "test", "audio_id": "foa_5f5d43e9e32ddf40c75b", "audio_path": "audio/test/foa_5f5d43e9e32ddf40c75b.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the tool moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The tool is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_a11428891fb8703c38cb", "split": "test", "audio_id": "foa_610756c9225d2b9cbf36", "audio_path": "audio/test/foa_610756c9225d2b9cbf36.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_69d5bbba85b67e0c6e1f", "split": "test", "audio_id": "foa_879af1abeab223530357", "audio_path": "audio/test/foa_879af1abeab223530357.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tape in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_1fad06f2c010e93c9e2b", "split": "test", "audio_id": "foa_2a7bfa1fb050deaa7e21", "audio_path": "audio/test/foa_2a7bfa1fb050deaa7e21.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.7 degrees", "canonical_answer": "34.7 degrees", "answer_meta": {"azimuth_deg": 34.7}}
{"qa_id": "qa_318a72bf7c4cde550851", "split": "test", "audio_id": "foa_4d665308722e9bae80b3", "audio_path": "audio/test/foa_4d665308722e9bae80b3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the thunderstorm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.2 degrees", "canonical_answer": "-18.2 degrees", "answer_meta": {"elevation_deg": -18.2}}
{"qa_id": "qa_742016ba37eef0cc37cf", "split": "test", "audio_id": "foa_e8251e2865c0dc5b580e", "audio_path": "audio/test/foa_e8251e2865c0dc5b580e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-72.7 degrees", "canonical_answer": "-72.7 degrees", "answer_meta": {"azimuth_deg": -72.7}}
{"qa_id": "qa_953174bd6d707cdbc421", "split": "test", "audio_id": "foa_dc09679f108a927c138f", "audio_path": "audio/test/foa_dc09679f108a927c138f.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the printer moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The printer is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_b9ead110818919c5d09d", "split": "test", "audio_id": "foa_deb3740c8821911b0d9b", "audio_path": "audio/test/foa_deb3740c8821911b0d9b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction first begin? Answer in one sentence.", "answer": "The sound source located in the back-right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5b256d07c031109b3a16", "split": "test", "audio_id": "foa_b4fcb9042b5929607e6f", "audio_path": "audio/test/foa_b4fcb9042b5929607e6f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.7 meters", "canonical_answer": "3.7 meters", "answer_meta": {"distance_m": 3.7}}
{"qa_id": "qa_dc51264bd3b7d5faef63", "split": "test", "audio_id": "foa_9f909b3532d72a91e237", "audio_path": "audio/test/foa_9f909b3532d72a91e237.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the sound of water coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.4 degrees", "canonical_answer": "-26.4 degrees", "answer_meta": {"elevation_deg": -26.4}}
{"qa_id": "qa_e14c793b45858f1fed67", "split": "test", "audio_id": "foa_41855b7ced43c7d997e6", "audio_path": "audio/test/foa_41855b7ced43c7d997e6.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement of the car in relation to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The car is moving from the right side toward the left side relative to the listener.", "canonical_answer": "moving right to left", "answer_meta": {}}
{"qa_id": "qa_d88cdff1fc1e2228e951", "split": "test", "audio_id": "foa_b02d94fcdf05ead43f75", "audio_path": "audio/test/foa_b02d94fcdf05ead43f75.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and elevated position begin? Answer in one sentence.", "answer": "The wind instrument starts playing at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_8d12e83f33abfda17a0a", "split": "test", "audio_id": "foa_3d35464d0db39d37a299", "audio_path": "audio/test/foa_3d35464d0db39d37a299.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_58dc6b316371bc3dceff", "split": "test", "audio_id": "foa_abb91ba8dc0e1378d7ca", "audio_path": "audio/test/foa_abb91ba8dc0e1378d7ca.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.8 degrees", "canonical_answer": "74.8 degrees", "answer_meta": {"azimuth_deg": 74.8}}
{"qa_id": "qa_c489dcbb0f7163a4fd47", "split": "test", "audio_id": "foa_ce2a531d4cc9d80fc0b0", "audio_path": "audio/test/foa_ce2a531d4cc9d80fc0b0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-64.2 degrees", "canonical_answer": "-64.2 degrees", "answer_meta": {"azimuth_deg": -64.2}}
{"qa_id": "qa_ee28508b84bbf729254e", "split": "test", "audio_id": "foa_e72c0f9e01456f812857", "audio_path": "audio/test/foa_e72c0f9e01456f812857.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away are the footsteps? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_cc567c2864e1687fd943", "split": "test", "audio_id": "foa_54c495e7937fd269c0ef", "audio_path": "audio/test/foa_54c495e7937fd269c0ef.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.7 degrees", "canonical_answer": "-19.7 degrees", "answer_meta": {"elevation_deg": -19.7}}
{"qa_id": "qa_d77b4a8320a1edf227b1", "split": "test", "audio_id": "foa_99515a261d7abc5ce4bc", "audio_path": "audio/test/foa_99515a261d7abc5ce4bc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the camera sound, which is positioned behind and below the observer, begin? Answer in one sentence.", "answer": "The camera sound begins at 2.0s.", "canonical_answer": "2.0s", "answer_meta": {"onset_time": 2.0}}
{"qa_id": "qa_f735ac282ae1bac4cc9f", "split": "test", "audio_id": "foa_211ed7a6badda11fcdcb", "audio_path": "audio/test/foa_211ed7a6badda11fcdcb.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the telephone alarm moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The telephone alarm is moving left to right.", "canonical_answer": "moving left to right", "answer_meta": {}}
{"qa_id": "qa_0f2dd3af47b1f202bfae", "split": "test", "audio_id": "foa_b46539d716059840faf3", "audio_path": "audio/test/foa_b46539d716059840faf3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.8 degrees", "canonical_answer": "32.8 degrees", "answer_meta": {"azimuth_deg": 32.8}}
{"qa_id": "qa_46338a22c56f3e334a42", "split": "test", "audio_id": "foa_b9fd3da631576b2c0206", "audio_path": "audio/test/foa_b9fd3da631576b2c0206.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the tape? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.3 degrees", "canonical_answer": "-40.3 degrees", "answer_meta": {"elevation_deg": -40.3}}
{"qa_id": "qa_5cd0bc614b7da8eabce5", "split": "test", "audio_id": "foa_3bcbbb4378bf050d0b06", "audio_path": "audio/test/foa_3bcbbb4378bf050d0b06.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the female speech originate from the back-right and below position? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0cd6379bf51ffe5230e6", "split": "test", "audio_id": "foa_d36718c05e81c724de2b", "audio_path": "audio/test/foa_d36718c05e81c724de2b.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the breathing sound source? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The breathing sound is moving downward.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_647100d455e1bd77acb9", "split": "test", "audio_id": "foa_3d06ea8259515d91fee7", "audio_path": "audio/test/foa_3d06ea8259515d91fee7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the camera in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_2565301aace4d084ab05", "split": "test", "audio_id": "foa_a1f44bad818d8b765b0a", "audio_path": "audio/test/foa_a1f44bad818d8b765b0a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_6ede21aeeb1dd600659c", "split": "test", "audio_id": "foa_bb059731d4bd51efc3a4", "audio_path": "audio/test/foa_bb059731d4bd51efc3a4.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the printer moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The printer is moving away from the listener.", "canonical_answer": "moving away from the listener", "answer_meta": {}}
{"qa_id": "qa_1b996e62884f04cc0f32", "split": "test", "audio_id": "foa_d432bcfdfd37b79f9a8a", "audio_path": "audio/test/foa_d432bcfdfd37b79f9a8a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the writing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.3 degrees", "canonical_answer": "-1.3 degrees", "answer_meta": {"azimuth_deg": -1.3}}
{"qa_id": "qa_229fdb42f141ed3e672b", "split": "test", "audio_id": "foa_f8ab8d2a79af4bd75cf1", "audio_path": "audio/test/foa_f8ab8d2a79af4bd75cf1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 1.9s.", "canonical_answer": "1.9s", "answer_meta": {"onset_time": 1.9}}
{"qa_id": "qa_32adfb81654446a8b9f2", "split": "test", "audio_id": "foa_7cd929b74f2ec4673584", "audio_path": "audio/test/foa_7cd929b74f2ec4673584.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.0 degrees", "canonical_answer": "9.0 degrees", "answer_meta": {"elevation_deg": 9.0}}
{"qa_id": "qa_4a82eda3b43093849d9d", "split": "test", "audio_id": "foa_289b90efd07de5b13bdd", "audio_path": "audio/test/foa_289b90efd07de5b13bdd.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the cat during the recorded audio? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The cat is observed to be approaching the listener.", "canonical_answer": "approaching the listener", "answer_meta": {}}
{"qa_id": "qa_a84edb314957a4022ea7", "split": "test", "audio_id": "foa_5d57e832f1dff199ff17", "audio_path": "audio/test/foa_5d57e832f1dff199ff17.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drawer cabinet located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "158.2 degrees", "canonical_answer": "158.2 degrees", "answer_meta": {"azimuth_deg": 158.2}}
{"qa_id": "qa_5350e8303a2a35e00845", "split": "test", "audio_id": "foa_a8dc91186a7f44aa41c3", "audio_path": "audio/test/foa_a8dc91186a7f44aa41c3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.3 degrees", "canonical_answer": "-6.3 degrees", "answer_meta": {"elevation_deg": -6.3}}
{"qa_id": "qa_6e4cac5ce20ae69549ef", "split": "test", "audio_id": "foa_4f877130645077d14941", "audio_path": "audio/test/foa_4f877130645077d14941.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_15605b23e3764f76a539", "split": "test", "audio_id": "foa_b2b666693fcd2b4cbc99", "audio_path": "audio/test/foa_b2b666693fcd2b4cbc99.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originate from the front direction? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6aa428edecfa7c755ca8", "split": "test", "audio_id": "foa_a06cffb3412ae0d4a625", "audio_path": "audio/test/foa_a06cffb3412ae0d4a625.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the telephone alarm in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_118b863ecbc0b9e3e65c", "split": "test", "audio_id": "foa_d974d4393eef3e96c3f4", "audio_path": "audio/test/foa_d974d4393eef3e96c3f4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_4b8b70cffd34fe481695", "split": "test", "audio_id": "foa_704f5351678ca292fe87", "audio_path": "audio/test/foa_704f5351678ca292fe87.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-123.6 degrees", "canonical_answer": "-123.6 degrees", "answer_meta": {"azimuth_deg": -123.6}}
{"qa_id": "qa_5f38e5f94f375a5af0bc", "split": "test", "audio_id": "foa_81b40572ac570f1dd227", "audio_path": "audio/test/foa_81b40572ac570f1dd227.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the typing moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The typing is moving upward.", "canonical_answer": "moving upward", "answer_meta": {}}
{"qa_id": "qa_8758166c662007f4b1b3", "split": "test", "audio_id": "foa_d58a7a9f7f96a54124cc", "audio_path": "audio/test/foa_d58a7a9f7f96a54124cc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The sound source located at the front-left begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_8590804502403c14ebfe", "split": "test", "audio_id": "foa_de1f3ea1f7b3613b7aa3", "audio_path": "audio/test/foa_de1f3ea1f7b3613b7aa3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back of the scene begin? Answer in one sentence.", "answer": "The sound source located at the back becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_8bd350e5617bd746af3d", "split": "test", "audio_id": "foa_e9af607a1a825a9dc17c", "audio_path": "audio/test/foa_e9af607a1a825a9dc17c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the musical instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_5ed21788031a7d83137a", "split": "test", "audio_id": "foa_9a14dfa378c31b213003", "audio_path": "audio/test/foa_9a14dfa378c31b213003.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.3 degrees", "canonical_answer": "-51.3 degrees", "answer_meta": {"elevation_deg": -51.3}}
{"qa_id": "qa_e6363d7da56a4be807b7", "split": "test", "audio_id": "foa_25c23f19e14b5402be9a", "audio_path": "audio/test/foa_25c23f19e14b5402be9a.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the tool moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The tool is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_ef273cb09dc81bdc3f52", "split": "test", "audio_id": "foa_494c9124d56bb88c86e9", "audio_path": "audio/test/foa_494c9124d56bb88c86e9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "134.5 degrees", "canonical_answer": "134.5 degrees", "answer_meta": {"azimuth_deg": 134.5}}
{"qa_id": "qa_c7e48e3ee4a9914f76cd", "split": "test", "audio_id": "foa_433c94ff601248b18eb9", "audio_path": "audio/test/foa_433c94ff601248b18eb9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tearing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_38509162b6089b5c141d", "split": "test", "audio_id": "foa_1b888c96ef3e80cd9943", "audio_path": "audio/test/foa_1b888c96ef3e80cd9943.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.6 degrees", "canonical_answer": "25.6 degrees", "answer_meta": {"azimuth_deg": 25.6}}
{"qa_id": "qa_4abe1f397a1df6047f84", "split": "test", "audio_id": "foa_97433756157aa6492f7e", "audio_path": "audio/test/foa_97433756157aa6492f7e.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the sound source while the typing is occurring? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The typing sound remains stationary throughout the entire duration of the recording.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_4f67ad11da1091702d27", "split": "test", "audio_id": "foa_9a40df4bc4349e047710", "audio_path": "audio/test/foa_9a40df4bc4349e047710.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the tearing sound located at an azimuth of 3.5 degrees and an elevation of -6.2 degrees first begin? Answer in one sentence.", "answer": "The tearing sound becomes active at 5.9s.", "canonical_answer": "5.9s", "answer_meta": {"onset_time": 5.9}}
{"qa_id": "qa_2c46cb2cc004ba923a99", "split": "test", "audio_id": "foa_21b04dcdb6082ec736aa", "audio_path": "audio/test/foa_21b04dcdb6082ec736aa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.5 degrees", "canonical_answer": "-15.5 degrees", "answer_meta": {"elevation_deg": -15.5}}
{"qa_id": "qa_0ccbd57e6da03d132253", "split": "test", "audio_id": "foa_f20b828bd1f7b9c4eb98", "audio_path": "audio/test/foa_f20b828bd1f7b9c4eb98.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and elevated position begin? Answer in one sentence.", "answer": "The sound source located in that direction starts at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_2ae0059a83e5a564acd4", "split": "test", "audio_id": "foa_1853d04bfdc2bf234113", "audio_path": "audio/test/foa_1853d04bfdc2bf234113.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the percussion moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The percussion is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_42f184b1096b420bfdda", "split": "test", "audio_id": "foa_066a6e4a2a8f1500b2d2", "audio_path": "audio/test/foa_066a6e4a2a8f1500b2d2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.0 degrees", "canonical_answer": "13.0 degrees", "answer_meta": {"elevation_deg": 13.0}}
{"qa_id": "qa_7b4e5fee99b42ede3936", "split": "test", "audio_id": "foa_b08aea93aefbf9a4a151", "audio_path": "audio/test/foa_b08aea93aefbf9a4a151.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the vehicle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "175.4 degrees", "canonical_answer": "175.4 degrees", "answer_meta": {"azimuth_deg": 175.4}}
{"qa_id": "qa_c6929c993c92fce0d0c1", "split": "test", "audio_id": "foa_ad9383d4b30b6b52534c", "audio_path": "audio/test/foa_ad9383d4b30b6b52534c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_64a036583b2c4aacd52a", "split": "test", "audio_id": "foa_a4fff8e823f9bb3c999b", "audio_path": "audio/test/foa_a4fff8e823f9bb3c999b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound originating from the right and below begins at 0.7s.", "canonical_answer": "0.7s", "answer_meta": {"onset_time": 0.7}}
{"qa_id": "qa_380483a081afa87079ae", "split": "test", "audio_id": "foa_2c374b458e9f8c4f5c14", "audio_path": "audio/test/foa_2c374b458e9f8c4f5c14.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Can you describe the movement of the paper in relation to where the listener is positioned? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The paper remains stationary throughout the duration of the recording.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_508820c9d9afb58a20e3", "split": "test", "audio_id": "foa_792883ad658165020620", "audio_path": "audio/test/foa_792883ad658165020620.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the musical instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.6 degrees", "canonical_answer": "33.6 degrees", "answer_meta": {"azimuth_deg": 33.6}}
{"qa_id": "qa_aaad2c391e7b69cb3584", "split": "test", "audio_id": "foa_33490dfcad0a7f5fbb7b", "audio_path": "audio/test/foa_33490dfcad0a7f5fbb7b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.8 degrees", "canonical_answer": "-24.8 degrees", "answer_meta": {"elevation_deg": -24.8}}
{"qa_id": "qa_9b635737225dafaebfaf", "split": "test", "audio_id": "foa_ceb999c5e36f8daadb6b", "audio_path": "audio/test/foa_ceb999c5e36f8daadb6b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_644bdf96c3bf4149ba2a", "split": "test", "audio_id": "foa_839ed05c03042128baf1", "audio_path": "audio/test/foa_839ed05c03042128baf1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion sound source from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_69c1d7d91a57f2c9ca28", "split": "test", "audio_id": "foa_ed2b5bbde5408e67c4db", "audio_path": "audio/test/foa_ed2b5bbde5408e67c4db.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the vehicle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.5 degrees", "canonical_answer": "2.5 degrees", "answer_meta": {"elevation_deg": 2.5}}
{"qa_id": "qa_871cea003728b7c99c59", "split": "test", "audio_id": "foa_83a10c73f0a8eeaa1b40", "audio_path": "audio/test/foa_83a10c73f0a8eeaa1b40.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_058ca72ccaaa95e854d6", "split": "test", "audio_id": "foa_e89ce885e4caba2d6ef3", "audio_path": "audio/test/foa_e89ce885e4caba2d6ef3.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. In what way is the metal clink traveling in relation to the listener's position? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The metal clink is moving from left to right.", "canonical_answer": "moving left to right", "answer_meta": {}}
{"qa_id": "qa_9644446f5a4e7ea5b10d", "split": "test", "audio_id": "foa_d0cb0767e4a582da4a19", "audio_path": "audio/test/foa_d0cb0767e4a582da4a19.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-81.0 degrees", "canonical_answer": "-81.0 degrees", "answer_meta": {"azimuth_deg": -81.0}}
{"qa_id": "qa_a48eef610a4322632a0f", "split": "test", "audio_id": "foa_2beffe0dc21e6bcfb04c", "audio_path": "audio/test/foa_2beffe0dc21e6bcfb04c.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you characterize the motion of the vehicle? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The vehicle exhibits a motion pattern that is moving downward.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_8b819e702a3aaf0701ef", "split": "test", "audio_id": "foa_59a6c059abf4889003a9", "audio_path": "audio/test/foa_59a6c059abf4889003a9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tearing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.1 degrees", "canonical_answer": "-63.1 degrees", "answer_meta": {"azimuth_deg": -63.1}}
{"qa_id": "qa_2a203cd1beb8fd102f70", "split": "test", "audio_id": "foa_5391803a497465efe7a8", "audio_path": "audio/test/foa_5391803a497465efe7a8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the tape sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The sound produced by the tape begins at 2.5s.", "canonical_answer": "2.5s", "answer_meta": {"onset_time": 2.5}}
{"qa_id": "qa_229e6bd5549f049f1ef8", "split": "test", "audio_id": "foa_44cad305e50e6c04300c", "audio_path": "audio/test/foa_44cad305e50e6c04300c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the knock sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.0 degrees", "canonical_answer": "20.0 degrees", "answer_meta": {"elevation_deg": 20.0}}
{"qa_id": "qa_67686ffff67bf9f5df14", "split": "test", "audio_id": "foa_1be96514bb7844b3b480", "audio_path": "audio/test/foa_1be96514bb7844b3b480.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the finger snapping sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_2c0450333acac9e6d025", "split": "test", "audio_id": "foa_baef9734c381c0bd2a20", "audio_path": "audio/test/foa_baef9734c381c0bd2a20.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-88.6 degrees", "canonical_answer": "-88.6 degrees", "answer_meta": {"azimuth_deg": -88.6}}
{"qa_id": "qa_33da5b406a1ed95ab801", "split": "test", "audio_id": "foa_ed2a3f59799b160ff146", "audio_path": "audio/test/foa_ed2a3f59799b160ff146.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the animal in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_828a1fcb383180b7e8d2", "split": "test", "audio_id": "foa_70fa3b54192e0f30da84", "audio_path": "audio/test/foa_70fa3b54192e0f30da84.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the frog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.3 degrees", "canonical_answer": "-42.3 degrees", "answer_meta": {"elevation_deg": -42.3}}
{"qa_id": "qa_e46603f6a7819f353717", "split": "test", "audio_id": "foa_4ede074b4f37a1638e85", "audio_path": "audio/test/foa_4ede074b4f37a1638e85.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source located to the right and below start playing? Answer in one sentence.", "answer": "The sound source coming from that direction begins at 6.1s.", "canonical_answer": "6.1s", "answer_meta": {"onset_time": 6.1}}
{"qa_id": "qa_38b67c948e37f315aeac", "split": "test", "audio_id": "foa_57fef2a2990086afed59", "audio_path": "audio/test/foa_57fef2a2990086afed59.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. In what way is the wind instrument moving in relation to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The wind instrument is approaching the listener.", "canonical_answer": "approaching the listener", "answer_meta": {}}
{"qa_id": "qa_a4b149625affba0dcdd0", "split": "test", "audio_id": "foa_46400336d1220803923b", "audio_path": "audio/test/foa_46400336d1220803923b.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the speech moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The speech is moving upward.", "canonical_answer": "moving upward", "answer_meta": {}}
{"qa_id": "qa_eb92f3a250afa5681955", "split": "test", "audio_id": "foa_a43da0a8d172073432b3", "audio_path": "audio/test/foa_a43da0a8d172073432b3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.2 degrees", "canonical_answer": "16.2 degrees", "answer_meta": {"elevation_deg": 16.2}}
{"qa_id": "qa_2fd14c774c524a9f3a7d", "split": "test", "audio_id": "foa_ce9bfa4a20330b91d6e4", "audio_path": "audio/test/foa_ce9bfa4a20330b91d6e4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located behind and below the listener begin? Answer in one sentence.", "answer": "The sound source located behind and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ed2f04234b514f37b8fe", "split": "test", "audio_id": "foa_8393afe4bf5b713ab826", "audio_path": "audio/test/foa_8393afe4bf5b713ab826.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_d5cdfecb943836aee767", "split": "test", "audio_id": "foa_238433ca7235c5d2b239", "audio_path": "audio/test/foa_238433ca7235c5d2b239.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "84.1 degrees", "canonical_answer": "84.1 degrees", "answer_meta": {"azimuth_deg": 84.1}}
{"qa_id": "qa_776977c1a1754be27871", "split": "test", "audio_id": "foa_bc78730a37ef100269e7", "audio_path": "audio/test/foa_bc78730a37ef100269e7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound source located in front and above becomes active at 1.1s.", "canonical_answer": "1.1s", "answer_meta": {"onset_time": 1.1}}
{"qa_id": "qa_bc8ce9319918b435fb3a", "split": "test", "audio_id": "foa_eaadc8d543059f1cb686", "audio_path": "audio/test/foa_eaadc8d543059f1cb686.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the laughter occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.4 degrees", "canonical_answer": "-22.4 degrees", "answer_meta": {"elevation_deg": -22.4}}
{"qa_id": "qa_f780028610c5269d981f", "split": "test", "audio_id": "foa_fb46635b58d5e6534cc1", "audio_path": "audio/test/foa_fb46635b58d5e6534cc1.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the finger snapping moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The finger snapping is moving away from the listener.", "canonical_answer": "moving away from the listener", "answer_meta": {}}
{"qa_id": "qa_91486164d1c78ab633f9", "split": "test", "audio_id": "foa_958bf41b1ae6b311b5b1", "audio_path": "audio/test/foa_958bf41b1ae6b311b5b1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_4097846929a544363e04", "split": "test", "audio_id": "foa_600c907d3b42c8dd7707", "audio_path": "audio/test/foa_600c907d3b42c8dd7707.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-122.2 degrees", "canonical_answer": "-122.2 degrees", "answer_meta": {"azimuth_deg": -122.2}}
{"qa_id": "qa_63297fc3bb3a491d4b5e", "split": "test", "audio_id": "foa_fd1fa13c2939fe92dfac", "audio_path": "audio/test/foa_fd1fa13c2939fe92dfac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the finger snapping occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-47.6 degrees", "canonical_answer": "-47.6 degrees", "answer_meta": {"elevation_deg": -47.6}}
{"qa_id": "qa_258fc758841e480f1f09", "split": "test", "audio_id": "foa_b79b7a2d74dc27146b90", "audio_path": "audio/test/foa_b79b7a2d74dc27146b90.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the typing sound from the back region begin? Answer in one sentence.", "answer": "The typing sound originating from the back begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_72174385ccdda101e0bb", "split": "test", "audio_id": "foa_b0c09e74ca22430a1693", "audio_path": "audio/test/foa_b0c09e74ca22430a1693.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the paper moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The paper is moving right to left.", "canonical_answer": "moving right to left", "answer_meta": {}}
{"qa_id": "qa_a59870fdd587b3f327de", "split": "test", "audio_id": "foa_f66357a458c9d53dd02e", "audio_path": "audio/test/foa_f66357a458c9d53dd02e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "161.2 degrees", "canonical_answer": "161.2 degrees", "answer_meta": {"azimuth_deg": 161.2}}
{"qa_id": "qa_c7965a3664211d56636b", "split": "test", "audio_id": "foa_17ea263bffccba2d7b0d", "audio_path": "audio/test/foa_17ea263bffccba2d7b0d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person laughing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_484ecb1e8461e4328f29", "split": "test", "audio_id": "foa_a0bcc026732f40fd184c", "audio_path": "audio/test/foa_a0bcc026732f40fd184c.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the rain moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The rain is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_38c665404e07c4153f2e", "split": "test", "audio_id": "foa_51930d1c03b538574d24", "audio_path": "audio/test/foa_51930d1c03b538574d24.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_bb04c35d90bf8225b81b", "split": "test", "audio_id": "foa_8f53e5ef8a7ee8e19b01", "audio_path": "audio/test/foa_8f53e5ef8a7ee8e19b01.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.6 degrees", "canonical_answer": "-16.6 degrees", "answer_meta": {"elevation_deg": -16.6}}
{"qa_id": "qa_e556fa71d5196879db1e", "split": "test", "audio_id": "foa_37040869940201178b21", "audio_path": "audio/test/foa_37040869940201178b21.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-118.9 degrees", "canonical_answer": "-118.9 degrees", "answer_meta": {"azimuth_deg": -118.9}}
{"qa_id": "qa_c249481f26863acbf5f9", "split": "test", "audio_id": "foa_734fe82f71af19fa47c1", "audio_path": "audio/test/foa_734fe82f71af19fa47c1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound from the front-right direction begin? Answer in one sentence.", "answer": "The speech sound originating from the front-right starts at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_b1e3f428685fe58ebaf3", "split": "test", "audio_id": "foa_0177251a1154b795d5b0", "audio_path": "audio/test/foa_0177251a1154b795d5b0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the string instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_37a36fdcc5b24f20eeff", "split": "test", "audio_id": "foa_b5475b427be1ffa737c4", "audio_path": "audio/test/foa_b5475b427be1ffa737c4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the war sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.3 degrees", "canonical_answer": "-4.3 degrees", "answer_meta": {"elevation_deg": -4.3}}
{"qa_id": "qa_60474889956c19cf4342", "split": "test", "audio_id": "foa_e91f46a86cdb1ef21af4", "audio_path": "audio/test/foa_e91f46a86cdb1ef21af4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "144.6 degrees", "canonical_answer": "144.6 degrees", "answer_meta": {"azimuth_deg": 144.6}}
{"qa_id": "qa_363a0c22f1b4ebdd6735", "split": "test", "audio_id": "foa_c4cdada2f195d344ed8d", "audio_path": "audio/test/foa_c4cdada2f195d344ed8d.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement of the human vocalization throughout the recording? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The human vocalization remains stationary throughout the entire duration.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_53d389e5130884ce0a79", "split": "test", "audio_id": "foa_5356fbec88b8c889451c", "audio_path": "audio/test/foa_5356fbec88b8c889451c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The sound source located at the front-left becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_ae759d4d4e8f1f64e86a", "split": "test", "audio_id": "foa_335b1bc8e7a2aa82ba6f", "audio_path": "audio/test/foa_335b1bc8e7a2aa82ba6f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the thunderstorm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_b10b392b0f641f25d7d5", "split": "test", "audio_id": "foa_22212725a29e112c720d", "audio_path": "audio/test/foa_22212725a29e112c720d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Where is the machine located in terms of azimuth? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-93.7 degrees", "canonical_answer": "-93.7 degrees", "answer_meta": {"azimuth_deg": -93.7}}
{"qa_id": "qa_a08381554fbfe075d370", "split": "test", "audio_id": "foa_49638a160c14d20c3fe4", "audio_path": "audio/test/foa_49638a160c14d20c3fe4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the percussion sound source located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.9 degrees", "canonical_answer": "-35.9 degrees", "answer_meta": {"elevation_deg": -35.9}}
{"qa_id": "qa_029e31ac15e507b3686a", "split": "test", "audio_id": "foa_30e674b2c19a29ea0146", "audio_path": "audio/test/foa_30e674b2c19a29ea0146.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the telephone alarm located in the front-right direction begin to play? Answer in one sentence.", "answer": "The telephone alarm coming from the front-right begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_517b0a67aa99ed1d5d7d", "split": "test", "audio_id": "foa_c9450506faf773ee43d9", "audio_path": "audio/test/foa_c9450506faf773ee43d9.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How is the musical instrument moving relative to the listener? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The musical instrument is stationary.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_f937bc5cc53e6457548a", "split": "test", "audio_id": "foa_03e43947465ea1f28dac", "audio_path": "audio/test/foa_03e43947465ea1f28dac.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the train in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_e795ef457f0a5ada9a2b", "split": "test", "audio_id": "foa_64e4db8770b795bb8ea0", "audio_path": "audio/test/foa_64e4db8770b795bb8ea0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located at the front-left begin? Answer in one sentence.", "answer": "The sound originating from the front-left begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_eb51e45f8d1087d0142d", "split": "test", "audio_id": "foa_0b14d5b61bc03c46fd87", "audio_path": "audio/test/foa_0b14d5b61bc03c46fd87.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-64.9 degrees", "canonical_answer": "-64.9 degrees", "answer_meta": {"azimuth_deg": -64.9}}
{"qa_id": "qa_9007c2495171fe40c8e9", "split": "test", "audio_id": "foa_c1ab465fe9903fe0c6b1", "audio_path": "audio/test/foa_c1ab465fe9903fe0c6b1.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. How would you describe the movement pattern of the frog? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The frog remains stationary throughout the duration of the audio segment.", "canonical_answer": "stationary", "answer_meta": {}}
{"qa_id": "qa_b096e99552ef9ee4b2c8", "split": "test", "audio_id": "foa_d79400d835bce17bd1f5", "audio_path": "audio/test/foa_d79400d835bce17bd1f5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.5 degrees", "canonical_answer": "11.5 degrees", "answer_meta": {"elevation_deg": 11.5}}
{"qa_id": "qa_12c61bf823b90f9b766a", "split": "test", "audio_id": "foa_6507bdd73cb7aac70373", "audio_path": "audio/test/foa_6507bdd73cb7aac70373.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_4cdf6f752a77ab5328ca", "split": "test", "audio_id": "foa_c3dfa5a2c1d87b3dbd17", "audio_path": "audio/test/foa_c3dfa5a2c1d87b3dbd17.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the printer located at an azimuth of -167.8 degrees and an elevation of 10.5 degrees start producing sound? Answer in one sentence.", "answer": "The printer becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_000b6ea40ad8bc40bdcb", "split": "test", "audio_id": "foa_cac4337d4e9be4cf8f3c", "audio_path": "audio/test/foa_cac4337d4e9be4cf8f3c.wav", "task_name": "classify_motion", "question_class": "motion", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. In what way is the door moving in relation to the listener's position? Based on the audio clip, describe the motion state of the sound source. Answer in one natural sentence using a motion label such as stationary or a specific moving pattern.", "answer": "The door is moving in a downward direction relative to the listener.", "canonical_answer": "moving downward", "answer_meta": {}}
{"qa_id": "qa_4d40a1f737cde21ad423", "split": "test", "audio_id": "foa_e5d7ee4977aafca620cf", "audio_path": "audio/test/foa_e5d7ee4977aafca620cf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the vehicle positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.4 degrees", "canonical_answer": "8.4 degrees", "answer_meta": {"elevation_deg": 8.4}}
{"qa_id": "qa_f8fddd992330c369860b", "split": "test", "audio_id": "foa_73dc148dca92d8f3edce", "audio_path": "audio/test/foa_73dc148dca92d8f3edce.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-65.2 degrees", "canonical_answer": "-65.2 degrees", "answer_meta": {"azimuth_deg": -65.2}}
{"qa_id": "qa_ef9ca95a8cff2d869439", "split": "test", "audio_id": "foa_caee5a067d49571c7cdf", "audio_path": "audio/test/foa_caee5a067d49571c7cdf.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the wind instrument located behind and to the left start playing? Answer in one sentence.", "answer": "The wind instrument begins to produce sound at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e9a4d5ee240fdc091742", "split": "test", "audio_id": "foa_fa9cde6b5e02a6325069", "audio_path": "audio/test/foa_fa9cde6b5e02a6325069.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.5 degrees", "canonical_answer": "-1.5 degrees", "answer_meta": {"elevation_deg": -1.5}}
{"qa_id": "qa_ec652de7a6fc83b0f6f7", "split": "test", "audio_id": "foa_da7bf6859da059ceeb40", "audio_path": "audio/test/foa_da7bf6859da059ceeb40.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-153.6 degrees", "canonical_answer": "-153.6 degrees", "answer_meta": {"azimuth_deg": -153.6}}
{"qa_id": "qa_a24b2a3380ef010042a4", "split": "test", "audio_id": "foa_fb9a433d45355384396a", "audio_path": "audio/test/foa_fb9a433d45355384396a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the knocking sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_c88538568047d1f7a5ae", "split": "test", "audio_id": "foa_d9079f8a17f8af9b0710", "audio_path": "audio/test/foa_d9079f8a17f8af9b0710.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the finger snapping sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.1 degrees", "canonical_answer": "-1.1 degrees", "answer_meta": {"elevation_deg": -1.1}}
{"qa_id": "qa_8c4a0777f718e4053d12", "split": "test", "audio_id": "foa_0e0dcc886d86557a484f", "audio_path": "audio/test/foa_0e0dcc886d86557a484f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the rain? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "170.1 degrees", "canonical_answer": "170.1 degrees", "answer_meta": {"azimuth_deg": 170.1}}
{"qa_id": "qa_6c4ec1266410f9661442", "split": "test", "audio_id": "foa_bdb3fc488e14ad0de404", "audio_path": "audio/test/foa_bdb3fc488e14ad0de404.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the string instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_f684ac6b70ceab79671b", "split": "test", "audio_id": "foa_b832c0546e5c8d7ab468", "audio_path": "audio/test/foa_b832c0546e5c8d7ab468.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned to the front-left begin to play? Answer in one sentence.", "answer": "The string instrument starts playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_fc880d5db6de2be6a99c", "split": "test", "audio_id": "foa_e3eca52ee007d7830108", "audio_path": "audio/test/foa_e3eca52ee007d7830108.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "63.2 degrees", "canonical_answer": "63.2 degrees", "answer_meta": {"azimuth_deg": 63.2}}
{"qa_id": "qa_f1886f7c53c5691cbb7d", "split": "test", "audio_id": "foa_282d903578f491d4bb5b", "audio_path": "audio/test/foa_282d903578f491d4bb5b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.6 degrees", "canonical_answer": "14.6 degrees", "answer_meta": {"elevation_deg": 14.6}}
{"qa_id": "qa_98a244e61e3829bdb306", "split": "test", "audio_id": "foa_bfc2498e2256534bdbb7", "audio_path": "audio/test/foa_bfc2498e2256534bdbb7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b7f72355256b0a1a4b2d", "split": "test", "audio_id": "foa_688ae06833e0acbd69ac", "audio_path": "audio/test/foa_688ae06833e0acbd69ac.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the gong located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_c10be548d8fdd44052f8", "split": "test", "audio_id": "foa_198a524e4aad375274bf", "audio_path": "audio/test/foa_198a524e4aad375274bf.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech sound originating from the front begin? Answer in one sentence.", "answer": "The sound originating from the front begins at 0.8s.", "canonical_answer": "0.8s", "answer_meta": {"onset_time": 0.8}}
{"qa_id": "qa_6a638e50870a38690a0f", "split": "test", "audio_id": "foa_0aef3bad9422f6d8be31", "audio_path": "audio/test/foa_0aef3bad9422f6d8be31.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.1 degrees", "canonical_answer": "-4.1 degrees", "answer_meta": {"elevation_deg": -4.1}}
{"qa_id": "qa_ede197720f60288e5b5d", "split": "test", "audio_id": "foa_9ada7cfcf2bf4b33c579", "audio_path": "audio/test/foa_9ada7cfcf2bf4b33c579.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "143.8 degrees", "canonical_answer": "143.8 degrees", "answer_meta": {"azimuth_deg": 143.8}}
{"qa_id": "qa_25e1bb1e00c63229b46e", "split": "test", "audio_id": "foa_1e82e74f2a67cb7389be", "audio_path": "audio/test/foa_1e82e74f2a67cb7389be.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_b9f6adde819e08c2846d", "split": "test", "audio_id": "foa_18bd6ca02540b82c4106", "audio_path": "audio/test/foa_18bd6ca02540b82c4106.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the rain located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.4 degrees", "canonical_answer": "-80.4 degrees", "answer_meta": {"azimuth_deg": -80.4}}
{"qa_id": "qa_ce342b018ae0e7abfc00", "split": "test", "audio_id": "foa_27e8d48f31fe45fc76a1", "audio_path": "audio/test/foa_27e8d48f31fe45fc76a1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the glass? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_de383c1168ff9c77474a", "split": "test", "audio_id": "foa_6e95f2017eecc56f2d8c", "audio_path": "audio/test/foa_6e95f2017eecc56f2d8c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.4 degrees", "canonical_answer": "-22.4 degrees", "answer_meta": {"elevation_deg": -22.4}}
{"qa_id": "qa_769afa66d3badf713064", "split": "test", "audio_id": "foa_5fd1109290664888cd15", "audio_path": "audio/test/foa_5fd1109290664888cd15.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ca1973308e1a5017248c", "split": "test", "audio_id": "foa_7eda2f873157c26448be", "audio_path": "audio/test/foa_7eda2f873157c26448be.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the clock in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_19541c9b5db8981b8d47", "split": "test", "audio_id": "foa_67bb08d98783adaef93d", "audio_path": "audio/test/foa_67bb08d98783adaef93d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the bird located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.8 degrees", "canonical_answer": "-24.8 degrees", "answer_meta": {"elevation_deg": -24.8}}
{"qa_id": "qa_178b2cb491a0ccc4aae5", "split": "test", "audio_id": "foa_b2bfd443504e8ab00f1c", "audio_path": "audio/test/foa_b2bfd443504e8ab00f1c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "172.3 degrees", "canonical_answer": "172.3 degrees", "answer_meta": {"azimuth_deg": 172.3}}
{"qa_id": "qa_e6ea76728d3b73b1d8f8", "split": "test", "audio_id": "foa_0993496a8c166fda7f24", "audio_path": "audio/test/foa_0993496a8c166fda7f24.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and below the listener begin? Answer in one sentence.", "answer": "The sound source located behind and below becomes active at 1.5s.", "canonical_answer": "1.5s", "answer_meta": {"onset_time": 1.5}}
{"qa_id": "qa_fad00c5875920e7f5145", "split": "test", "audio_id": "foa_367c9116bab2344d496e", "audio_path": "audio/test/foa_367c9116bab2344d496e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the crackle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_d646d7e5ba9e99f58811", "split": "test", "audio_id": "foa_2cd746cd6a8981b4e669", "audio_path": "audio/test/foa_2cd746cd6a8981b4e669.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.9 degrees", "canonical_answer": "-83.9 degrees", "answer_meta": {"azimuth_deg": -83.9}}
{"qa_id": "qa_0a3e30dddb624a177d44", "split": "test", "audio_id": "foa_d35febb2dba53542f3b4", "audio_path": "audio/test/foa_d35febb2dba53542f3b4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the clock in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_3ce2ec9e740272aef28c", "split": "test", "audio_id": "foa_53c068f189f5f5323b04", "audio_path": "audio/test/foa_53c068f189f5f5323b04.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound from the back-right direction begin? Answer in one sentence.", "answer": "The sound originating from the back-right position becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_c03774701891fa595783", "split": "test", "audio_id": "foa_64363a6afd14ca209221", "audio_path": "audio/test/foa_64363a6afd14ca209221.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "68.6 degrees", "canonical_answer": "68.6 degrees", "answer_meta": {"azimuth_deg": 68.6}}
{"qa_id": "qa_33c6c3573e0f8e40353e", "split": "test", "audio_id": "foa_842f15c51b679f34b2c1", "audio_path": "audio/test/foa_842f15c51b679f34b2c1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bell in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_01b00a54ea9857bd4442", "split": "test", "audio_id": "foa_4f7216ac0d10837c919a", "audio_path": "audio/test/foa_4f7216ac0d10837c919a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.5 degrees", "canonical_answer": "5.5 degrees", "answer_meta": {"elevation_deg": 5.5}}
{"qa_id": "qa_5e8cf67dfc7e43ce17a4", "split": "test", "audio_id": "foa_ae7bfc6d84d14de5356c", "audio_path": "audio/test/foa_ae7bfc6d84d14de5356c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound coming from the back-right and above starts at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_163b85aecc4c73cc7ed1", "split": "test", "audio_id": "foa_b823eec799a711531670", "audio_path": "audio/test/foa_b823eec799a711531670.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_bb4a035e0974eda98216", "split": "test", "audio_id": "foa_cce46f984b0a8275c2b0", "audio_path": "audio/test/foa_cce46f984b0a8275c2b0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.5 degrees", "canonical_answer": "16.5 degrees", "answer_meta": {"azimuth_deg": 16.5}}
{"qa_id": "qa_17c4209a6f58bdb5b5f7", "split": "test", "audio_id": "foa_1ff8dc244b623153b914", "audio_path": "audio/test/foa_1ff8dc244b623153b914.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.3 degrees", "canonical_answer": "-34.3 degrees", "answer_meta": {"elevation_deg": -34.3}}
{"qa_id": "qa_85ee43667c2194b22adb", "split": "test", "audio_id": "foa_bcea69f5a871543f76f2", "audio_path": "audio/test/foa_bcea69f5a871543f76f2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the tearing sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The tearing sound starts at 1.4s.", "canonical_answer": "1.4s", "answer_meta": {"onset_time": 1.4}}
{"qa_id": "qa_fe365299cb7c7dada5db", "split": "test", "audio_id": "foa_031acd310a9d37b00166", "audio_path": "audio/test/foa_031acd310a9d37b00166.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_f5f3a2ca77c04e0dac1d", "split": "test", "audio_id": "foa_79ff2e0e19350f8647d6", "audio_path": "audio/test/foa_79ff2e0e19350f8647d6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 5.9s.", "canonical_answer": "5.9s", "answer_meta": {"onset_time": 5.9}}
{"qa_id": "qa_d49460362d2f75ab8608", "split": "test", "audio_id": "foa_40e367bc026e452ad1bb", "audio_path": "audio/test/foa_40e367bc026e452ad1bb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the thunderstorm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "123.5 degrees", "canonical_answer": "123.5 degrees", "answer_meta": {"azimuth_deg": 123.5}}
{"qa_id": "qa_03fd2d2464a6b3e287a6", "split": "test", "audio_id": "foa_2ff7d4ae4de1c7dfa22e", "audio_path": "audio/test/foa_2ff7d4ae4de1c7dfa22e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.5 degrees", "canonical_answer": "-50.5 degrees", "answer_meta": {"elevation_deg": -50.5}}
{"qa_id": "qa_cc964d6f1d13d919c80a", "split": "test", "audio_id": "foa_be4d4a1523fdc1832aa2", "audio_path": "audio/test/foa_be4d4a1523fdc1832aa2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9f713a142550588c322c", "split": "test", "audio_id": "foa_c6138c5c795a05b247e2", "audio_path": "audio/test/foa_c6138c5c795a05b247e2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.8 degrees", "canonical_answer": "10.8 degrees", "answer_meta": {"elevation_deg": 10.8}}
{"qa_id": "qa_3237f9ca9deeb432478d", "split": "test", "audio_id": "foa_c93aeb3a73b0b1b2a9e1", "audio_path": "audio/test/foa_c93aeb3a73b0b1b2a9e1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the kitchenware sound source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "145.9 degrees", "canonical_answer": "145.9 degrees", "answer_meta": {"azimuth_deg": 145.9}}
{"qa_id": "qa_2819a5e63f4ab55d7590", "split": "test", "audio_id": "foa_42ead0ac835d7e1548cf", "audio_path": "audio/test/foa_42ead0ac835d7e1548cf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away are the footsteps? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_e96d4a1b45edd05e0809", "split": "test", "audio_id": "foa_b88394906a9c017f20f2", "audio_path": "audio/test/foa_b88394906a9c017f20f2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the typing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.4 degrees", "canonical_answer": "10.4 degrees", "answer_meta": {"elevation_deg": 10.4}}
{"qa_id": "qa_39f97b78f718c844fe36", "split": "test", "audio_id": "foa_3966ff57b82c0cdd2104", "audio_path": "audio/test/foa_3966ff57b82c0cdd2104.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_955981581394e92b8a4c", "split": "test", "audio_id": "foa_5e2f77b116e0d2fa8e3b", "audio_path": "audio/test/foa_5e2f77b116e0d2fa8e3b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the human vocalization originating from the right side begin? Answer in one sentence.", "answer": "The human vocalization coming from the right begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_60b3abfa729761f8a0ec", "split": "test", "audio_id": "foa_f3cee177a4f6dc290493", "audio_path": "audio/test/foa_f3cee177a4f6dc290493.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "139.8 degrees", "canonical_answer": "139.8 degrees", "answer_meta": {"azimuth_deg": 139.8}}
{"qa_id": "qa_0d7f53a49506530e7357", "split": "test", "audio_id": "foa_a1ffadfd2f33d486aed7", "audio_path": "audio/test/foa_a1ffadfd2f33d486aed7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.2 degrees", "canonical_answer": "24.2 degrees", "answer_meta": {"elevation_deg": 24.2}}
{"qa_id": "qa_2a3f1421d896b32fbc97", "split": "test", "audio_id": "foa_90d71194c7322d472595", "audio_path": "audio/test/foa_90d71194c7322d472595.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_da35302a0dc3e8d2aa59", "split": "test", "audio_id": "foa_37a394e164fa60ed4b19", "audio_path": "audio/test/foa_37a394e164fa60ed4b19.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below start? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0059daa7d06f054662f5", "split": "test", "audio_id": "foa_001009cecc4547778d94", "audio_path": "audio/test/foa_001009cecc4547778d94.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "83.3 degrees", "canonical_answer": "83.3 degrees", "answer_meta": {"azimuth_deg": 83.3}}
{"qa_id": "qa_c6d8aae41e3996909f28", "split": "test", "audio_id": "foa_60a96492fd11e273adef", "audio_path": "audio/test/foa_60a96492fd11e273adef.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound source located behind the listener becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_c061b05b27ff65e219c1", "split": "test", "audio_id": "foa_cefd774dbc11a9f7a098", "audio_path": "audio/test/foa_cefd774dbc11a9f7a098.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the insect in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_3924fe87dd2ae8bc9bbf", "split": "test", "audio_id": "foa_d215da2c737dae4167fb", "audio_path": "audio/test/foa_d215da2c737dae4167fb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the kitchenware? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-65.3 degrees", "canonical_answer": "-65.3 degrees", "answer_meta": {"azimuth_deg": -65.3}}
{"qa_id": "qa_a2362fd3507d74d69447", "split": "test", "audio_id": "foa_072fe7db7bf58a62b8e3", "audio_path": "audio/test/foa_072fe7db7bf58a62b8e3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the vehicle? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.3 degrees", "canonical_answer": "-19.3 degrees", "answer_meta": {"elevation_deg": -19.3}}
{"qa_id": "qa_c142eb9c403dbf2a6251", "split": "test", "audio_id": "foa_8becd08dff050883868c", "audio_path": "audio/test/foa_8becd08dff050883868c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.0 degrees", "canonical_answer": "-41.0 degrees", "answer_meta": {"azimuth_deg": -41.0}}
{"qa_id": "qa_b974b0d172b9a30c9e77", "split": "test", "audio_id": "foa_027084aeed27c805164f", "audio_path": "audio/test/foa_027084aeed27c805164f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the bird sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound originating from the front and above starts at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_e024a95db4220022d5c2", "split": "test", "audio_id": "foa_2014c3b146508fb9bca8", "audio_path": "audio/test/foa_2014c3b146508fb9bca8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_c735219da6dbe47bf4a3", "split": "test", "audio_id": "foa_475f03bd9d40351522c2", "audio_path": "audio/test/foa_475f03bd9d40351522c2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_3e8a2d1b99cab9c95101", "split": "test", "audio_id": "foa_2f27a1267b3213f60223", "audio_path": "audio/test/foa_2f27a1267b3213f60223.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the back-right and below begin? Answer in one sentence.", "answer": "The sound originating from that direction becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_0c8fdfcf4316da61403b", "split": "test", "audio_id": "foa_4a90f1ec22b95d0e0db5", "audio_path": "audio/test/foa_4a90f1ec22b95d0e0db5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the singing coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.5 degrees", "canonical_answer": "-50.5 degrees", "answer_meta": {"elevation_deg": -50.5}}
{"qa_id": "qa_231b349bfc7ba45cddc9", "split": "test", "audio_id": "foa_0321964b8b514fcdb859", "audio_path": "audio/test/foa_0321964b8b514fcdb859.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-171.1 degrees", "canonical_answer": "-171.1 degrees", "answer_meta": {"azimuth_deg": -171.1}}
{"qa_id": "qa_257cf39f59f0fbd6b24c", "split": "test", "audio_id": "foa_d7a85ac075b66818ab41", "audio_path": "audio/test/foa_d7a85ac075b66818ab41.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the speech located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_a6435f777d5aad838085", "split": "test", "audio_id": "foa_9544539538daf1547f2f", "audio_path": "audio/test/foa_9544539538daf1547f2f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-92.1 degrees", "canonical_answer": "-92.1 degrees", "answer_meta": {"azimuth_deg": -92.1}}
{"qa_id": "qa_913083a9c9fb845529e6", "split": "test", "audio_id": "foa_ad1f98ae555e885ef5fb", "audio_path": "audio/test/foa_ad1f98ae555e885ef5fb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.5 degrees", "canonical_answer": "7.5 degrees", "answer_meta": {"elevation_deg": 7.5}}
{"qa_id": "qa_ee23bcc38fa083dc4bf7", "split": "test", "audio_id": "foa_c44af0b12b49240c6544", "audio_path": "audio/test/foa_c44af0b12b49240c6544.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_dba594ebfe7917dda733", "split": "test", "audio_id": "foa_bc414d14ac3ebbfaf937", "audio_path": "audio/test/foa_bc414d14ac3ebbfaf937.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the metal clink sound from the back-left and below direction begin? Answer in one sentence.", "answer": "The sound originating from that position becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_15123e376d7fab12effa", "split": "test", "audio_id": "foa_918eb1f868e1db8060a0", "audio_path": "audio/test/foa_918eb1f868e1db8060a0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "143.1 degrees", "canonical_answer": "143.1 degrees", "answer_meta": {"azimuth_deg": 143.1}}
{"qa_id": "qa_80fc07341faac8b60fe8", "split": "test", "audio_id": "foa_fcde999e6d11c648b342", "audio_path": "audio/test/foa_fcde999e6d11c648b342.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener first occur? Answer in one sentence.", "answer": "The sound originating from behind the listener begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6676d514d30d63cba6ee", "split": "test", "audio_id": "foa_c1f90773ca3398346177", "audio_path": "audio/test/foa_c1f90773ca3398346177.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the keyboard instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_b9636697584750560216", "split": "test", "audio_id": "foa_db35c996fa980b76b280", "audio_path": "audio/test/foa_db35c996fa980b76b280.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.7 degrees", "canonical_answer": "-20.7 degrees", "answer_meta": {"elevation_deg": -20.7}}
{"qa_id": "qa_d57529601f43d481f522", "split": "test", "audio_id": "foa_c677361c6c0ac56349a9", "audio_path": "audio/test/foa_c677361c6c0ac56349a9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the female speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.1 degrees", "canonical_answer": "-37.1 degrees", "answer_meta": {"azimuth_deg": -37.1}}
{"qa_id": "qa_1aa274a496da38780bd3", "split": "test", "audio_id": "foa_ebddd7af993cbbbe51f3", "audio_path": "audio/test/foa_ebddd7af993cbbbe51f3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_6538f8f6c1656ae4b397", "split": "test", "audio_id": "foa_2b2c119893370e59d475", "audio_path": "audio/test/foa_2b2c119893370e59d475.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and below the observer begin? Answer in one sentence.", "answer": "The sound source located to the left and below starts at 2.8s.", "canonical_answer": "2.8s", "answer_meta": {"onset_time": 2.8}}
{"qa_id": "qa_83ff299ea7f9f4c365e0", "split": "test", "audio_id": "foa_d56cab4e849f3ee8227c", "audio_path": "audio/test/foa_d56cab4e849f3ee8227c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the aircraft positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.5 degrees", "canonical_answer": "-4.5 degrees", "answer_meta": {"elevation_deg": -4.5}}
{"qa_id": "qa_da7c839da7eac6d0ad0c", "split": "test", "audio_id": "foa_51c732cb46f117cb9ac8", "audio_path": "audio/test/foa_51c732cb46f117cb9ac8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.5 degrees", "canonical_answer": "-16.5 degrees", "answer_meta": {"elevation_deg": -16.5}}
{"qa_id": "qa_08018517c7a6075ed1fd", "split": "test", "audio_id": "foa_0163e5e6a92ab63fc1ca", "audio_path": "audio/test/foa_0163e5e6a92ab63fc1ca.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the musical instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "100.0 degrees", "canonical_answer": "100.0 degrees", "answer_meta": {"azimuth_deg": 100.0}}
{"qa_id": "qa_11a75c91ad7d49ff09bb", "split": "test", "audio_id": "foa_2b422de6621da1acc0d9", "audio_path": "audio/test/foa_2b422de6621da1acc0d9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the war sound, in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_ec108846e7fc094aab50", "split": "test", "audio_id": "foa_3c2e69a709e21b830225", "audio_path": "audio/test/foa_3c2e69a709e21b830225.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound coming from the back-right and below begin? Answer in one sentence.", "answer": "The sound originating from that direction starts at 2.0s.", "canonical_answer": "2.0s", "answer_meta": {"onset_time": 2.0}}
{"qa_id": "qa_adecbd42a6634be4f277", "split": "test", "audio_id": "foa_b99f23152598bb748fb9", "audio_path": "audio/test/foa_b99f23152598bb748fb9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the water source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.1 degrees", "canonical_answer": "-10.1 degrees", "answer_meta": {"elevation_deg": -10.1}}
{"qa_id": "qa_623ca6a8ca93c4715dd5", "split": "test", "audio_id": "foa_0429723fdcd6a37c61a1", "audio_path": "audio/test/foa_0429723fdcd6a37c61a1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back of the scene begin? Answer in one sentence.", "answer": "The sound source located at the back becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_fdde48994d52a6fd9ba6", "split": "test", "audio_id": "foa_e52cc6b1ce73eb42663b", "audio_path": "audio/test/foa_e52cc6b1ce73eb42663b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_a2b7af73dbb96f8bce92", "split": "test", "audio_id": "foa_3de02cfba210930ee1f5", "audio_path": "audio/test/foa_3de02cfba210930ee1f5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the knocking sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.9 degrees", "canonical_answer": "33.9 degrees", "answer_meta": {"azimuth_deg": 33.9}}
{"qa_id": "qa_9c0d257759fe6112f0fa", "split": "test", "audio_id": "foa_3fea73c49544dda5b5c4", "audio_path": "audio/test/foa_3fea73c49544dda5b5c4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.0 degrees", "canonical_answer": "-14.0 degrees", "answer_meta": {"elevation_deg": -14.0}}
{"qa_id": "qa_713446dccb00d0f717f2", "split": "test", "audio_id": "foa_47f949eae43fb3772cae", "audio_path": "audio/test/foa_47f949eae43fb3772cae.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.4 degrees", "canonical_answer": "-30.4 degrees", "answer_meta": {"azimuth_deg": -30.4}}
{"qa_id": "qa_b03b9c2820acfd4161d9", "split": "test", "audio_id": "foa_1af01f8fed3bf4e22323", "audio_path": "audio/test/foa_1af01f8fed3bf4e22323.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound source located in front and above becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_4b41da54ebdb713925c7", "split": "test", "audio_id": "foa_4b07f23b414915992dd0", "audio_path": "audio/test/foa_4b07f23b414915992dd0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the scratch sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_e684b7ace817eab5df87", "split": "test", "audio_id": "foa_bdf484626aa6ff5d2ccc", "audio_path": "audio/test/foa_bdf484626aa6ff5d2ccc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-58.7 degrees", "canonical_answer": "-58.7 degrees", "answer_meta": {"azimuth_deg": -58.7}}
{"qa_id": "qa_1452b64a3483cf69f981", "split": "test", "audio_id": "foa_835a726548e880a046c6", "audio_path": "audio/test/foa_835a726548e880a046c6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.7 degrees", "canonical_answer": "-1.7 degrees", "answer_meta": {"elevation_deg": -1.7}}
{"qa_id": "qa_e0b9505c5a70d2bd555e", "split": "test", "audio_id": "foa_1043cc1296a9eec5ce72", "audio_path": "audio/test/foa_1043cc1296a9eec5ce72.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the camera located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_8246344b0c949303d98f", "split": "test", "audio_id": "foa_21a154b83744e6040908", "audio_path": "audio/test/foa_21a154b83744e6040908.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the thunderstorm located behind and below the listener begin? Answer in one sentence.", "answer": "The thunderstorm located behind and below the listener starts at 2.3s.", "canonical_answer": "2.3s", "answer_meta": {"onset_time": 2.3}}
{"qa_id": "qa_adaa32055dd799704452", "split": "test", "audio_id": "foa_99fda2bd3127485ca8ae", "audio_path": "audio/test/foa_99fda2bd3127485ca8ae.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the door positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.0 degrees", "canonical_answer": "23.0 degrees", "answer_meta": {"elevation_deg": 23.0}}
{"qa_id": "qa_a69eb1ec185e9a2c7ce4", "split": "test", "audio_id": "foa_823cdf2b9a926a28ae36", "audio_path": "audio/test/foa_823cdf2b9a926a28ae36.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "5.0 meters", "canonical_answer": "5.0 meters", "answer_meta": {"distance_m": 5.0}}
{"qa_id": "qa_1f3be0c9739db3b0b0ff", "split": "test", "audio_id": "foa_2ce314820c36cae372ca", "audio_path": "audio/test/foa_2ce314820c36cae372ca.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth angle of the train? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-93.0 degrees", "canonical_answer": "-93.0 degrees", "answer_meta": {"azimuth_deg": -93.0}}
{"qa_id": "qa_e9211412227778f41cea", "split": "test", "audio_id": "foa_199cb6f3066c6b6912a1", "audio_path": "audio/test/foa_199cb6f3066c6b6912a1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_655437480092f332d151", "split": "test", "audio_id": "foa_933a700ca8b8d0574d48", "audio_path": "audio/test/foa_933a700ca8b8d0574d48.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the fire sound originating from the left start? Answer in one sentence.", "answer": "The fire source begins to play at 5.1s.", "canonical_answer": "5.1s", "answer_meta": {"onset_time": 5.1}}
{"qa_id": "qa_bcba723d513ea47b9850", "split": "test", "audio_id": "foa_f4d890da7304b3ebb422", "audio_path": "audio/test/foa_f4d890da7304b3ebb422.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the singing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.4 degrees", "canonical_answer": "6.4 degrees", "answer_meta": {"elevation_deg": 6.4}}
{"qa_id": "qa_72693f78b8ebf6d418f9", "split": "test", "audio_id": "foa_66504acb1aa1e87861b2", "audio_path": "audio/test/foa_66504acb1aa1e87861b2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_6decb7db4c362c631607", "split": "test", "audio_id": "foa_dc008e1b488b4921744d", "audio_path": "audio/test/foa_dc008e1b488b4921744d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "80.7 degrees", "canonical_answer": "80.7 degrees", "answer_meta": {"azimuth_deg": 80.7}}
{"qa_id": "qa_711291cc92d53f12e9b0", "split": "test", "audio_id": "foa_5f310beb6f40414b42b8", "audio_path": "audio/test/foa_5f310beb6f40414b42b8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the musical instrument located in front and below the listener first become audible? Answer in one sentence.", "answer": "The musical instrument begins playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6012bf6c0ca0bd9c81fa", "split": "test", "audio_id": "foa_48b2bd779630f4c14302", "audio_path": "audio/test/foa_48b2bd779630f4c14302.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the crackle located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_e95183e3d7e924642126", "split": "test", "audio_id": "foa_b816449517123a4d53fd", "audio_path": "audio/test/foa_b816449517123a4d53fd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.1 degrees", "canonical_answer": "6.1 degrees", "answer_meta": {"elevation_deg": 6.1}}
{"qa_id": "qa_2d21a08dc6c90b23d5d1", "split": "test", "audio_id": "foa_ef3a2bff9bbfed2dd07b", "audio_path": "audio/test/foa_ef3a2bff9bbfed2dd07b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth in degrees is the crushing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-167.3 degrees", "canonical_answer": "-167.3 degrees", "answer_meta": {"azimuth_deg": -167.3}}
{"qa_id": "qa_d6da1c2a813f0a298c49", "split": "test", "audio_id": "foa_64a58d8be699ed9a813a", "audio_path": "audio/test/foa_64a58d8be699ed9a813a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the fire in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_7b08ee77839f89fee11c", "split": "test", "audio_id": "foa_bf2c4ea8c9c795411225", "audio_path": "audio/test/foa_bf2c4ea8c9c795411225.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-66.5 degrees", "canonical_answer": "-66.5 degrees", "answer_meta": {"azimuth_deg": -66.5}}
{"qa_id": "qa_1154098a5a6e512c7e84", "split": "test", "audio_id": "foa_36b766146cebaf96422e", "audio_path": "audio/test/foa_36b766146cebaf96422e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.7 degrees", "canonical_answer": "-12.7 degrees", "answer_meta": {"elevation_deg": -12.7}}
{"qa_id": "qa_c26933a5fa375930f2c9", "split": "test", "audio_id": "foa_4109f26ed0edf6c2c975", "audio_path": "audio/test/foa_4109f26ed0edf6c2c975.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the back-right and below begin? Answer in one sentence.", "answer": "The sound source located in that direction becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_b1f93d4b9cf765bc4c0e", "split": "test", "audio_id": "foa_c1c356c5ee4df53535c4", "audio_path": "audio/test/foa_c1c356c5ee4df53535c4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the front and below the listener first begin? Answer in one sentence.", "answer": "The sound source located in that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e87bb6206453f802df2b", "split": "test", "audio_id": "foa_28f22f83d472a4ef5947", "audio_path": "audio/test/foa_28f22f83d472a4ef5947.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_a1560a17cd41abcd9ebb", "split": "test", "audio_id": "foa_7b979ea6665fd98fefeb", "audio_path": "audio/test/foa_7b979ea6665fd98fefeb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.9 degrees", "canonical_answer": "-11.9 degrees", "answer_meta": {"elevation_deg": -11.9}}
{"qa_id": "qa_46900e2adbd34658f928", "split": "test", "audio_id": "foa_afc49999d9734f94a3af", "audio_path": "audio/test/foa_afc49999d9734f94a3af.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.7 degrees", "canonical_answer": "-42.7 degrees", "answer_meta": {"azimuth_deg": -42.7}}
{"qa_id": "qa_7ccd53e04bd007ff273a", "split": "test", "audio_id": "foa_a0de147405323b0951e0", "audio_path": "audio/test/foa_a0de147405323b0951e0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.9 degrees", "canonical_answer": "-14.9 degrees", "answer_meta": {"elevation_deg": -14.9}}
{"qa_id": "qa_c37be310356036ee2b86", "split": "test", "audio_id": "foa_9bc01f8d8db18a4f51dc", "audio_path": "audio/test/foa_9bc01f8d8db18a4f51dc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "134.0 degrees", "canonical_answer": "134.0 degrees", "answer_meta": {"azimuth_deg": 134.0}}
{"qa_id": "qa_34b62b5d3a10bebd4bd7", "split": "test", "audio_id": "foa_e146605e5fdfdbf64c90", "audio_path": "audio/test/foa_e146605e5fdfdbf64c90.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_00d4a06004b0d84be824", "split": "test", "audio_id": "foa_552e948dd5a65a22a635", "audio_path": "audio/test/foa_552e948dd5a65a22a635.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the front-left and downward direction begin? Answer in one sentence.", "answer": "The sound originating from that position begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_8fb22a409a88bb5e9130", "split": "test", "audio_id": "foa_5668889eab93078628be", "audio_path": "audio/test/foa_5668889eab93078628be.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and elevated position begin? Answer in one sentence.", "answer": "The sound source becomes active at 4.2s.", "canonical_answer": "4.2s", "answer_meta": {"onset_time": 4.2}}
{"qa_id": "qa_2f9fc45d34e0a6a3e07c", "split": "test", "audio_id": "foa_f87501c765aeb3eba220", "audio_path": "audio/test/foa_f87501c765aeb3eba220.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the drawer cabinet in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_51816c333bc8a231ea1c", "split": "test", "audio_id": "foa_acb6d4fe37495f8a8ef6", "audio_path": "audio/test/foa_acb6d4fe37495f8a8ef6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "73.9 degrees", "canonical_answer": "73.9 degrees", "answer_meta": {"azimuth_deg": 73.9}}
{"qa_id": "qa_3168c1a68e13e1bdeb0c", "split": "test", "audio_id": "foa_5c8029e08072777b4b2b", "audio_path": "audio/test/foa_5c8029e08072777b4b2b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.6 degrees", "canonical_answer": "-15.6 degrees", "answer_meta": {"elevation_deg": -15.6}}
{"qa_id": "qa_3d42edce622839569521", "split": "test", "audio_id": "foa_aae6eccd1841d462735f", "audio_path": "audio/test/foa_aae6eccd1841d462735f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "99.2 degrees", "canonical_answer": "99.2 degrees", "answer_meta": {"azimuth_deg": 99.2}}
{"qa_id": "qa_439ddf3c9a28d8e154d8", "split": "test", "audio_id": "foa_445a58bb3117b53ac010", "audio_path": "audio/test/foa_445a58bb3117b53ac010.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech sound source located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.4 degrees", "canonical_answer": "-15.4 degrees", "answer_meta": {"elevation_deg": -15.4}}
{"qa_id": "qa_210c83ada5fc2d42a295", "split": "test", "audio_id": "foa_deef94358f93e3adfc60", "audio_path": "audio/test/foa_deef94358f93e3adfc60.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the back-left region begin? Answer in one sentence.", "answer": "The sound source originating from the back-left starts at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_32c2151899e6de0877fb", "split": "test", "audio_id": "foa_fca9bcbbb05caf704d1b", "audio_path": "audio/test/foa_fca9bcbbb05caf704d1b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the ocean from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_b8f76b6e22ab025d0c2b", "split": "test", "audio_id": "foa_05a3a1b05d415c9b8054", "audio_path": "audio/test/foa_05a3a1b05d415c9b8054.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.9 degrees", "canonical_answer": "-9.9 degrees", "answer_meta": {"elevation_deg": -9.9}}
{"qa_id": "qa_add760fe9a341936f397", "split": "test", "audio_id": "foa_b9556dc2c0b30b4cd311", "audio_path": "audio/test/foa_b9556dc2c0b30b4cd311.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_1c76f1611533a3882265", "split": "test", "audio_id": "foa_1f9d880c12df4d164bb1", "audio_path": "audio/test/foa_1f9d880c12df4d164bb1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_3c54d6c2b26d8531b2db", "split": "test", "audio_id": "foa_099431e4b1d0561ce4e4", "audio_path": "audio/test/foa_099431e4b1d0561ce4e4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-48.4 degrees", "canonical_answer": "-48.4 degrees", "answer_meta": {"azimuth_deg": -48.4}}
{"qa_id": "qa_ae724038da963689594e", "split": "test", "audio_id": "foa_50fec5eed6e8d013383f", "audio_path": "audio/test/foa_50fec5eed6e8d013383f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_88ac33b503a2e4b9426d", "split": "test", "audio_id": "foa_c43b29c62b96a21ff636", "audio_path": "audio/test/foa_c43b29c62b96a21ff636.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the scratching sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.2 degrees", "canonical_answer": "-13.2 degrees", "answer_meta": {"azimuth_deg": -13.2}}
{"qa_id": "qa_0621ebae19867c559d14", "split": "test", "audio_id": "foa_0cf1ad345281176d0a3d", "audio_path": "audio/test/foa_0cf1ad345281176d0a3d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the telephone alarm sound originating from the back-right and below begin? Answer in one sentence.", "answer": "The telephone alarm begins at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_50b1621b4d22c466ae8b", "split": "test", "audio_id": "foa_c6207e1a6d21c73f4e80", "audio_path": "audio/test/foa_c6207e1a6d21c73f4e80.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the frog located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_7aa25cb7ea45dfd3d029", "split": "test", "audio_id": "foa_596c810728512c8713d8", "audio_path": "audio/test/foa_596c810728512c8713d8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the body sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_7f273fe718d5a8a2aa4a", "split": "test", "audio_id": "foa_797f69204bce00140f2c", "audio_path": "audio/test/foa_797f69204bce00140f2c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound coming from the back-right begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_65aec99a20e1449d329a", "split": "test", "audio_id": "foa_8585d72ced2f01c3783e", "audio_path": "audio/test/foa_8585d72ced2f01c3783e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tearing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-122.5 degrees", "canonical_answer": "-122.5 degrees", "answer_meta": {"azimuth_deg": -122.5}}
{"qa_id": "qa_ae4ac4006af53490ba0b", "split": "test", "audio_id": "foa_372682a915de8f1c9ec9", "audio_path": "audio/test/foa_372682a915de8f1c9ec9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle does the crushing sound occur? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.4 degrees", "canonical_answer": "13.4 degrees", "answer_meta": {"elevation_deg": 13.4}}
{"qa_id": "qa_dd3826cc9949925dc3b8", "split": "test", "audio_id": "foa_5c7d381e2351342218cd", "audio_path": "audio/test/foa_5c7d381e2351342218cd.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_d6b0d950e5a2fff60747", "split": "test", "audio_id": "foa_c704837474bdb3aec321", "audio_path": "audio/test/foa_c704837474bdb3aec321.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the aircraft? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "138.1 degrees", "canonical_answer": "138.1 degrees", "answer_meta": {"azimuth_deg": 138.1}}
{"qa_id": "qa_e2872bd920dca8a6c66b", "split": "test", "audio_id": "foa_55232ae3a88a071ec8a7", "audio_path": "audio/test/foa_55232ae3a88a071ec8a7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the frog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.3 degrees", "canonical_answer": "-32.3 degrees", "answer_meta": {"elevation_deg": -32.3}}
{"qa_id": "qa_d4a8e64101d1e6d5e465", "split": "test", "audio_id": "foa_6703902ebc6ef7ca4554", "audio_path": "audio/test/foa_6703902ebc6ef7ca4554.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and elevated position begin? Answer in one sentence.", "answer": "The sound source located at that position starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1eba90bcf013ef27b420", "split": "test", "audio_id": "foa_fe387b1611f0e7054f1b", "audio_path": "audio/test/foa_fe387b1611f0e7054f1b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.1 degrees", "canonical_answer": "-52.1 degrees", "answer_meta": {"elevation_deg": -52.1}}
{"qa_id": "qa_851b5cbd73c7620462dd", "split": "test", "audio_id": "foa_c25e39b9a47278863c35", "audio_path": "audio/test/foa_c25e39b9a47278863c35.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.1 degrees", "canonical_answer": "-83.1 degrees", "answer_meta": {"azimuth_deg": -83.1}}
{"qa_id": "qa_2c200dd3837ef97cb9bb", "split": "test", "audio_id": "foa_c540156cdf74563aff0b", "audio_path": "audio/test/foa_c540156cdf74563aff0b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of cooking taking place? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_99b46cb20b4ef7d5f1ed", "split": "test", "audio_id": "foa_79f3f2ab0acb9b4c0e72", "audio_path": "audio/test/foa_79f3f2ab0acb9b4c0e72.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left direction starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c23ab535b32f8ec4d368", "split": "test", "audio_id": "foa_ee35f71e4767695c1baa", "audio_path": "audio/test/foa_ee35f71e4767695c1baa.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the printer in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_895c5067ec57db12e92e", "split": "test", "audio_id": "foa_8dd72b368d37a44b4967", "audio_path": "audio/test/foa_8dd72b368d37a44b4967.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing start from the front-right direction? Answer in one sentence.", "answer": "The singing begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_162dfadd6f9f95890e4a", "split": "test", "audio_id": "foa_cebcbd03f02a8804fbb9", "audio_path": "audio/test/foa_cebcbd03f02a8804fbb9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.3 degrees", "canonical_answer": "13.3 degrees", "answer_meta": {"elevation_deg": 13.3}}
{"qa_id": "qa_b50e6f644d8907a28044", "split": "test", "audio_id": "foa_ef718820f4bb2ecbdbca", "audio_path": "audio/test/foa_ef718820f4bb2ecbdbca.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.9 degrees", "canonical_answer": "-144.9 degrees", "answer_meta": {"azimuth_deg": -144.9}}
{"qa_id": "qa_11d5e11f547b063438d2", "split": "test", "audio_id": "foa_7eed4f3f14c26e41a51a", "audio_path": "audio/test/foa_7eed4f3f14c26e41a51a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the finger snapping sound, which originates from the front-left and below, begin? Answer in one sentence.", "answer": "The finger snapping sound begins at 0.3 seconds.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_79cf46ac531cf952f686", "split": "test", "audio_id": "foa_b761f4c16464b7d491e5", "audio_path": "audio/test/foa_b761f4c16464b7d491e5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the thunderstorm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "49.2 degrees", "canonical_answer": "49.2 degrees", "answer_meta": {"azimuth_deg": 49.2}}
{"qa_id": "qa_0b1855c4998691e27e8c", "split": "test", "audio_id": "foa_c2aa78bd4d02460132b2", "audio_path": "audio/test/foa_c2aa78bd4d02460132b2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the singing taking place? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.7 degrees", "canonical_answer": "8.7 degrees", "answer_meta": {"elevation_deg": 8.7}}
{"qa_id": "qa_7804c0ab1429e83ff7ca", "split": "test", "audio_id": "foa_1732b191f3e76760e3d9", "audio_path": "audio/test/foa_1732b191f3e76760e3d9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tearing sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_0d65b0895978d849cc31", "split": "test", "audio_id": "foa_fdab87eb74a859c9eb84", "audio_path": "audio/test/foa_fdab87eb74a859c9eb84.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the back-left and above begin? Answer in one sentence.", "answer": "The sound originating from that direction becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_898ac253aaed1994cbe7", "split": "test", "audio_id": "foa_3abfd974599d4a9cfc2a", "audio_path": "audio/test/foa_3abfd974599d4a9cfc2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.5 degrees", "canonical_answer": "10.5 degrees", "answer_meta": {"elevation_deg": 10.5}}
{"qa_id": "qa_6cc066a1b87a4f05d6cd", "split": "test", "audio_id": "foa_bcbcbf85d87d8efe0e71", "audio_path": "audio/test/foa_bcbcbf85d87d8efe0e71.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "102.4 degrees", "canonical_answer": "102.4 degrees", "answer_meta": {"azimuth_deg": 102.4}}
{"qa_id": "qa_b9af577cdc8a54811ef3", "split": "test", "audio_id": "foa_26e61dcd748db848b566", "audio_path": "audio/test/foa_26e61dcd748db848b566.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the telephone alarm in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_b1b16ceda3486e6d2969", "split": "test", "audio_id": "foa_653c72a860a77b63954f", "audio_path": "audio/test/foa_653c72a860a77b63954f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the string instrument in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.7 degrees", "canonical_answer": "-6.7 degrees", "answer_meta": {"elevation_deg": -6.7}}
{"qa_id": "qa_a36225f56230fcc96963", "split": "test", "audio_id": "foa_185900178330fdefff37", "audio_path": "audio/test/foa_185900178330fdefff37.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left and below begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_14c44f1fbcaa3340b772", "split": "test", "audio_id": "foa_d9717fbe7404a1032ba1", "audio_path": "audio/test/foa_d9717fbe7404a1032ba1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.3 degrees", "canonical_answer": "1.3 degrees", "answer_meta": {"azimuth_deg": 1.3}}
{"qa_id": "qa_7115386eb48b38ced3c2", "split": "test", "audio_id": "foa_79f39e3247cc7c591791", "audio_path": "audio/test/foa_79f39e3247cc7c591791.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_b359e6353feffb3eecce", "split": "test", "audio_id": "foa_0ca37212925907942480", "audio_path": "audio/test/foa_0ca37212925907942480.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the rain located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-136.9 degrees", "canonical_answer": "-136.9 degrees", "answer_meta": {"azimuth_deg": -136.9}}
{"qa_id": "qa_91d0a1a20dbcd6b89fd5", "split": "test", "audio_id": "foa_63cf2401effc54ceedf3", "audio_path": "audio/test/foa_63cf2401effc54ceedf3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.7 meters", "canonical_answer": "3.7 meters", "answer_meta": {"distance_m": 3.7}}
{"qa_id": "qa_adf0131fbaf54ec285d4", "split": "test", "audio_id": "foa_0d41d4ef422472e1c2fe", "audio_path": "audio/test/foa_0d41d4ef422472e1c2fe.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.0 degrees", "canonical_answer": "10.0 degrees", "answer_meta": {"elevation_deg": 10.0}}
{"qa_id": "qa_a5da1200962e2c6bf688", "split": "test", "audio_id": "foa_fdcd311ee228cd3737ad", "audio_path": "audio/test/foa_fdcd311ee228cd3737ad.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the kitchenware sound begin to play from the front? Answer in one sentence.", "answer": "The kitchenware sound starts at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_0c8d432dbc3085a42324", "split": "test", "audio_id": "foa_f9adf0511c4c513b17d0", "audio_path": "audio/test/foa_f9adf0511c4c513b17d0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the train sound originating from the back and below start? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_475aba1f455c174360cb", "split": "test", "audio_id": "foa_a59652a9d1a2585b9428", "audio_path": "audio/test/foa_a59652a9d1a2585b9428.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_fbcb8f2cc4e998a768b5", "split": "test", "audio_id": "foa_131ec923924e9a1cc889", "audio_path": "audio/test/foa_131ec923924e9a1cc889.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wood located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-130.6 degrees", "canonical_answer": "-130.6 degrees", "answer_meta": {"azimuth_deg": -130.6}}
{"qa_id": "qa_9d9ab4ed2cf8923d4a2b", "split": "test", "audio_id": "foa_6ea59ea84d5be70e601d", "audio_path": "audio/test/foa_6ea59ea84d5be70e601d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the crack in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_a02b7521a178378d3cc2", "split": "test", "audio_id": "foa_7d52c2c204f54c78e282", "audio_path": "audio/test/foa_7d52c2c204f54c78e282.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the zipper positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.1 degrees", "canonical_answer": "-4.1 degrees", "answer_meta": {"elevation_deg": -4.1}}
{"qa_id": "qa_7073d16cc6b4de7c330c", "split": "test", "audio_id": "foa_73df7a89412faa835ae6", "audio_path": "audio/test/foa_73df7a89412faa835ae6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originate from the front-right position? Answer in one sentence.", "answer": "The speech sound begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_ea6e206cd7567edbc2eb", "split": "test", "audio_id": "foa_920ed76b4371b74e58bd", "audio_path": "audio/test/foa_920ed76b4371b74e58bd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the writing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "135.4 degrees", "canonical_answer": "135.4 degrees", "answer_meta": {"azimuth_deg": 135.4}}
{"qa_id": "qa_345496a119a929303f3e", "split": "test", "audio_id": "foa_75153ad0757ca081c0a9", "audio_path": "audio/test/foa_75153ad0757ca081c0a9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the bird in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_54e9a00e7c141b260f3e", "split": "test", "audio_id": "foa_d4ddb490aafdd7da8945", "audio_path": "audio/test/foa_d4ddb490aafdd7da8945.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d7391b7bf0224152a66b", "split": "test", "audio_id": "foa_df177390ca061a15eba7", "audio_path": "audio/test/foa_df177390ca061a15eba7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bird located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "123.4 degrees", "canonical_answer": "123.4 degrees", "answer_meta": {"azimuth_deg": 123.4}}
{"qa_id": "qa_852b2e8d40b16fc99568", "split": "test", "audio_id": "foa_42f33b02df47a35daf1a", "audio_path": "audio/test/foa_42f33b02df47a35daf1a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.0 degrees", "canonical_answer": "-6.0 degrees", "answer_meta": {"elevation_deg": -6.0}}
{"qa_id": "qa_602befaede02800262a3", "split": "test", "audio_id": "foa_1c872b7e5d49141df5b9", "audio_path": "audio/test/foa_1c872b7e5d49141df5b9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_5b31b00400653f527edf", "split": "test", "audio_id": "foa_de65e1bb13b840924c85", "audio_path": "audio/test/foa_de65e1bb13b840924c85.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.3 degrees", "canonical_answer": "2.3 degrees", "answer_meta": {"elevation_deg": 2.3}}
{"qa_id": "qa_ddf6d9f9eda913df8e77", "split": "test", "audio_id": "foa_8fdb9d03effb346fec73", "audio_path": "audio/test/foa_8fdb9d03effb346fec73.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion sound source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_cb11e86b400be18b3292", "split": "test", "audio_id": "foa_40f8675305370767ed5f", "audio_path": "audio/test/foa_40f8675305370767ed5f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "71.2 degrees", "canonical_answer": "71.2 degrees", "answer_meta": {"azimuth_deg": 71.2}}
{"qa_id": "qa_020f730d23f374027ebb", "split": "test", "audio_id": "foa_e0b37c71fbb4b0c79eda", "audio_path": "audio/test/foa_e0b37c71fbb4b0c79eda.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 4.5s.", "canonical_answer": "4.5s", "answer_meta": {"onset_time": 4.5}}
{"qa_id": "qa_3c156cbba0e8d5887233", "split": "test", "audio_id": "foa_95bfa7ec65c254e4f451", "audio_path": "audio/test/foa_95bfa7ec65c254e4f451.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_406ea08213f6a55f7640", "split": "test", "audio_id": "foa_bf65006c7dfd58b9c25d", "audio_path": "audio/test/foa_bf65006c7dfd58b9c25d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.2 degrees", "canonical_answer": "-3.2 degrees", "answer_meta": {"elevation_deg": -3.2}}
{"qa_id": "qa_880ec268c5ed9b31e553", "split": "test", "audio_id": "foa_86a7f79c3bdf261dc7ea", "audio_path": "audio/test/foa_86a7f79c3bdf261dc7ea.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_eb59d62fdd31320b7dd9", "split": "test", "audio_id": "foa_882174ab2d986f21538a", "audio_path": "audio/test/foa_882174ab2d986f21538a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-64.1 degrees", "canonical_answer": "-64.1 degrees", "answer_meta": {"azimuth_deg": -64.1}}
{"qa_id": "qa_4fe1e6b7c71a42f82c8c", "split": "test", "audio_id": "foa_ea0ce1edb749274db650", "audio_path": "audio/test/foa_ea0ce1edb749274db650.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion sound source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.0 degrees", "canonical_answer": "-17.0 degrees", "answer_meta": {"elevation_deg": -17.0}}
{"qa_id": "qa_2fc98dc75a4084c8de07", "split": "test", "audio_id": "foa_8590d2b405c8b9d2a15c", "audio_path": "audio/test/foa_8590d2b405c8b9d2a15c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_58114349c1ea860b919b", "split": "test", "audio_id": "foa_f256a7e5a42253ab0fd5", "audio_path": "audio/test/foa_f256a7e5a42253ab0fd5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in front and above the listener begin? Answer in one sentence.", "answer": "The sound originating from that position begins at 1.5 seconds.", "canonical_answer": "1.5s", "answer_meta": {"onset_time": 1.5}}
{"qa_id": "qa_c9656cd441c006c4e542", "split": "test", "audio_id": "foa_d6620fe26a59ba8b7c17", "audio_path": "audio/test/foa_d6620fe26a59ba8b7c17.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "47.4 degrees", "canonical_answer": "47.4 degrees", "answer_meta": {"azimuth_deg": 47.4}}
{"qa_id": "qa_1a45ecb888e7780df311", "split": "test", "audio_id": "foa_83a0b4778e76d4eb45dc", "audio_path": "audio/test/foa_83a0b4778e76d4eb45dc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and above begin? Answer in one sentence.", "answer": "The sound source starts at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_0215aa37bffe787584f4", "split": "test", "audio_id": "foa_f5b0aef1a132eff6c3c4", "audio_path": "audio/test/foa_f5b0aef1a132eff6c3c4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth angle of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "42.8 degrees", "canonical_answer": "42.8 degrees", "answer_meta": {"azimuth_deg": 42.8}}
{"qa_id": "qa_2952af7a3d8019dfa2ec", "split": "test", "audio_id": "foa_9027b208ed85f65e2306", "audio_path": "audio/test/foa_9027b208ed85f65e2306.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.6 degrees", "canonical_answer": "-37.6 degrees", "answer_meta": {"elevation_deg": -37.6}}
{"qa_id": "qa_d19c1dd7cc1578bb6cca", "split": "test", "audio_id": "foa_ccff5e7da92ca5e92b28", "audio_path": "audio/test/foa_ccff5e7da92ca5e92b28.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the glass? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_bbc6069f65e68c5a392b", "split": "test", "audio_id": "foa_9bb2ef30c7ecb89e67ce", "audio_path": "audio/test/foa_9bb2ef30c7ecb89e67ce.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the wind sound originating from the right and above begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ac4cbb6f2df5f12de221", "split": "test", "audio_id": "foa_c9c806713fd6ba7a7958", "audio_path": "audio/test/foa_c9c806713fd6ba7a7958.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the male speaker from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_771a41b4cf98d8810bba", "split": "test", "audio_id": "foa_1f28cadb01c0e6ec8150", "audio_path": "audio/test/foa_1f28cadb01c0e6ec8150.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the human vocalization occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-72.9 degrees", "canonical_answer": "-72.9 degrees", "answer_meta": {"azimuth_deg": -72.9}}
{"qa_id": "qa_24ffd596fef46660e758", "split": "test", "audio_id": "foa_02798c79ee9f5d478a53", "audio_path": "audio/test/foa_02798c79ee9f5d478a53.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.0 degrees", "canonical_answer": "11.0 degrees", "answer_meta": {"elevation_deg": 11.0}}
{"qa_id": "qa_a0ededafdde722883850", "split": "test", "audio_id": "foa_22eb855b7c713856f0cc", "audio_path": "audio/test/foa_22eb855b7c713856f0cc.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_eb83d458b8fc774f7acd", "split": "test", "audio_id": "foa_cebdd7256df3d9492ce3", "audio_path": "audio/test/foa_cebdd7256df3d9492ce3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the fire located at an azimuth of 60.8 degrees and an elevation of 23.9 degrees begin? Answer in one sentence.", "answer": "The fire becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_4f9c7cd525eefbbd7def", "split": "test", "audio_id": "foa_1ff0297b68ac6803f170", "audio_path": "audio/test/foa_1ff0297b68ac6803f170.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the printer located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.8 degrees", "canonical_answer": "-14.8 degrees", "answer_meta": {"elevation_deg": -14.8}}
{"qa_id": "qa_2b33944c7779e53fe865", "split": "test", "audio_id": "foa_a061ecca945c20bd4f7d", "audio_path": "audio/test/foa_a061ecca945c20bd4f7d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "52.3 degrees", "canonical_answer": "52.3 degrees", "answer_meta": {"azimuth_deg": 52.3}}
{"qa_id": "qa_896336a58a6cbc283943", "split": "test", "audio_id": "foa_75f8ed0910182a0a95fe", "audio_path": "audio/test/foa_75f8ed0910182a0a95fe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.8 degrees", "canonical_answer": "6.8 degrees", "answer_meta": {"azimuth_deg": 6.8}}
{"qa_id": "qa_ad026c8590e81ca4fc65", "split": "test", "audio_id": "foa_b7c9a2d5c1926a48c804", "audio_path": "audio/test/foa_b7c9a2d5c1926a48c804.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.9 degrees", "canonical_answer": "1.9 degrees", "answer_meta": {"elevation_deg": 1.9}}
{"qa_id": "qa_d2ff40457b571598e6b8", "split": "test", "audio_id": "foa_0489b98cdbcfda2352f7", "audio_path": "audio/test/foa_0489b98cdbcfda2352f7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the knock occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "9.0 meters", "canonical_answer": "9.0 meters", "answer_meta": {"distance_m": 9.0}}
{"qa_id": "qa_f2a4bd5cc56efac415e2", "split": "test", "audio_id": "foa_633715f7dbef36f60c89", "audio_path": "audio/test/foa_633715f7dbef36f60c89.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_3291895dcf1f973c3983", "split": "test", "audio_id": "foa_f4b9a7c1ad51063600f1", "audio_path": "audio/test/foa_f4b9a7c1ad51063600f1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-82.3 degrees", "canonical_answer": "-82.3 degrees", "answer_meta": {"azimuth_deg": -82.3}}
{"qa_id": "qa_6af8c90f5b7b12b1ce57", "split": "test", "audio_id": "foa_7675b714d639e3b2b73d", "audio_path": "audio/test/foa_7675b714d639e3b2b73d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech sound originating from the front and below begin? Answer in one sentence.", "answer": "The sound coming from the front and below begins at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_bd0be81f8c988016de02", "split": "test", "audio_id": "foa_ddd8dceff70e0feb39f5", "audio_path": "audio/test/foa_ddd8dceff70e0feb39f5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the bell positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.2 degrees", "canonical_answer": "-33.2 degrees", "answer_meta": {"elevation_deg": -33.2}}
{"qa_id": "qa_f500df505667ae235ae5", "split": "test", "audio_id": "foa_785bf1bdaeb0d258f80b", "audio_path": "audio/test/foa_785bf1bdaeb0d258f80b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing sound source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_7ddc75fe13647cec7c56", "split": "test", "audio_id": "foa_7aba2cdffd58d73b1528", "audio_path": "audio/test/foa_7aba2cdffd58d73b1528.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "146.6 degrees", "canonical_answer": "146.6 degrees", "answer_meta": {"azimuth_deg": 146.6}}
{"qa_id": "qa_1a9407e3b69eef1b186b", "split": "test", "audio_id": "foa_de3711cc4df06c6156e3", "audio_path": "audio/test/foa_de3711cc4df06c6156e3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the laughter sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.9 degrees", "canonical_answer": "-20.9 degrees", "answer_meta": {"elevation_deg": -20.9}}
{"qa_id": "qa_2893b8adf5396ee84a6b", "split": "test", "audio_id": "foa_4d0517561c138395b6af", "audio_path": "audio/test/foa_4d0517561c138395b6af.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the metal clink sound originating from the front-right and elevated position begin? Answer in one sentence.", "answer": "The metal clink sound begins at 1.4s.", "canonical_answer": "1.4s", "answer_meta": {"onset_time": 1.4}}
{"qa_id": "qa_0c7dd381ee0a5f7aa70f", "split": "test", "audio_id": "foa_f2b30374a9ff4edb43f5", "audio_path": "audio/test/foa_f2b30374a9ff4edb43f5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_ebdb609b72d7c41cda6c", "split": "test", "audio_id": "foa_695c1be54dff92e7f6bb", "audio_path": "audio/test/foa_695c1be54dff92e7f6bb.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right begin? Answer in one sentence.", "answer": "The sound source originating from the right becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_10170a290f0dcc1e355c", "split": "test", "audio_id": "foa_cfc1a722018c1ae6a823", "audio_path": "audio/test/foa_cfc1a722018c1ae6a823.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.1 degrees", "canonical_answer": "27.1 degrees", "answer_meta": {"azimuth_deg": 27.1}}
{"qa_id": "qa_0b90a08be8f72873f4f5", "split": "test", "audio_id": "foa_45fb552362dfd078cc29", "audio_path": "audio/test/foa_45fb552362dfd078cc29.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the breathing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_f042d6d0f5c2f368f918", "split": "test", "audio_id": "foa_cefbcccebd904d4a341e", "audio_path": "audio/test/foa_cefbcccebd904d4a341e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.2 degrees", "canonical_answer": "-18.2 degrees", "answer_meta": {"elevation_deg": -18.2}}
{"qa_id": "qa_98de65bb414da7c99ce0", "split": "test", "audio_id": "foa_66a99e9efc13a0bd0b1a", "audio_path": "audio/test/foa_66a99e9efc13a0bd0b1a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and above position begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.8s.", "canonical_answer": "0.8s", "answer_meta": {"onset_time": 0.8}}
{"qa_id": "qa_6a9d93e3a90247acaf70", "split": "test", "audio_id": "foa_a58f5ec3752c7bd4b4f4", "audio_path": "audio/test/foa_a58f5ec3752c7bd4b4f4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "126.1 degrees", "canonical_answer": "126.1 degrees", "answer_meta": {"azimuth_deg": 126.1}}
{"qa_id": "qa_7a0689bd2d48d33e1a8a", "split": "test", "audio_id": "foa_add3dcde360048ac7fe6", "audio_path": "audio/test/foa_add3dcde360048ac7fe6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the body sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-19.4 degrees", "canonical_answer": "-19.4 degrees", "answer_meta": {"elevation_deg": -19.4}}
{"qa_id": "qa_14719501e91a0d0b5f16", "split": "test", "audio_id": "foa_57aba61402b5fc0b33ca", "audio_path": "audio/test/foa_57aba61402b5fc0b33ca.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the finger snapping sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_dbcae700252d17dc1283", "split": "test", "audio_id": "foa_f02d4953d786661d2a4f", "audio_path": "audio/test/foa_f02d4953d786661d2a4f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_862114e25078b37bd5a4", "split": "test", "audio_id": "foa_bb88bbcd5a9410325723", "audio_path": "audio/test/foa_bb88bbcd5a9410325723.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.3 degrees", "canonical_answer": "1.3 degrees", "answer_meta": {"elevation_deg": 1.3}}
{"qa_id": "qa_b97ec85c2d09202fa1ef", "split": "test", "audio_id": "foa_d6b5fc81f9693c11bd68", "audio_path": "audio/test/foa_d6b5fc81f9693c11bd68.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the frog? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_e753f6da314551248053", "split": "test", "audio_id": "foa_e653b39a71d26ae0b55a", "audio_path": "audio/test/foa_e653b39a71d26ae0b55a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.9 degrees", "canonical_answer": "-38.9 degrees", "answer_meta": {"azimuth_deg": -38.9}}
{"qa_id": "qa_cbab40945cb212cddb87", "split": "test", "audio_id": "foa_27d9c7750a1e46075a27", "audio_path": "audio/test/foa_27d9c7750a1e46075a27.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-129.0 degrees", "canonical_answer": "-129.0 degrees", "answer_meta": {"azimuth_deg": -129.0}}
{"qa_id": "qa_d9e0510d3d201b3611e7", "split": "test", "audio_id": "foa_9e3b970b5573c9d2801c", "audio_path": "audio/test/foa_9e3b970b5573c9d2801c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.9 degrees", "canonical_answer": "-14.9 degrees", "answer_meta": {"elevation_deg": -14.9}}
{"qa_id": "qa_3976cf1315ee638d4d46", "split": "test", "audio_id": "foa_0eb2e50b5bfead129d3d", "audio_path": "audio/test/foa_0eb2e50b5bfead129d3d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the fire located at an azimuth of -144.9 degrees and an elevation of 22.5 degrees start? Answer in one sentence.", "answer": "The fire becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_32f9d317d119baad5913", "split": "test", "audio_id": "foa_9e4e8e1f3d1265dbe2db", "audio_path": "audio/test/foa_9e4e8e1f3d1265dbe2db.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the rain? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_f6bd69c91d6306a2d541", "split": "test", "audio_id": "foa_0e8438fd49ad9298aeb0", "audio_path": "audio/test/foa_0e8438fd49ad9298aeb0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_30ef9a3530f5b8d92f4e", "split": "test", "audio_id": "foa_9e5342e5999319f3ecc7", "audio_path": "audio/test/foa_9e5342e5999319f3ecc7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and below begin? Answer in one sentence.", "answer": "The sound coming from the front and below begins at 3.6 seconds.", "canonical_answer": "3.6s", "answer_meta": {"onset_time": 3.6}}
{"qa_id": "qa_d1e898281649a659d278", "split": "test", "audio_id": "foa_d9c16e650c5477f7d437", "audio_path": "audio/test/foa_d9c16e650c5477f7d437.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "79.3 degrees", "canonical_answer": "79.3 degrees", "answer_meta": {"azimuth_deg": 79.3}}
{"qa_id": "qa_50b821874a4ba4a91df8", "split": "test", "audio_id": "foa_3632781392e7b90a5c74", "audio_path": "audio/test/foa_3632781392e7b90a5c74.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_75b96244b29286981a22", "split": "test", "audio_id": "foa_aa069a22217abee8611f", "audio_path": "audio/test/foa_aa069a22217abee8611f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "125.4 degrees", "canonical_answer": "125.4 degrees", "answer_meta": {"azimuth_deg": 125.4}}
{"qa_id": "qa_6a324aa297a991d602e4", "split": "test", "audio_id": "foa_676bd6e402e763616571", "audio_path": "audio/test/foa_676bd6e402e763616571.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the bird located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.1 degrees", "canonical_answer": "-9.1 degrees", "answer_meta": {"elevation_deg": -9.1}}
{"qa_id": "qa_848da9ced8bb6136f408", "split": "test", "audio_id": "foa_ec1b22d23a5251644333", "audio_path": "audio/test/foa_ec1b22d23a5251644333.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the door? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_3e534cec64b9fc74930b", "split": "test", "audio_id": "foa_6e67ccf03226bf2e1c71", "audio_path": "audio/test/foa_6e67ccf03226bf2e1c71.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound source located in the back-right becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_85007a0d2f518c58a2e9", "split": "test", "audio_id": "foa_5b2c3f62d8c706bff914", "audio_path": "audio/test/foa_5b2c3f62d8c706bff914.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_1487c8f3bbcf15a95958", "split": "test", "audio_id": "foa_5263bdac07de6af49460", "audio_path": "audio/test/foa_5263bdac07de6af49460.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound source located at the back becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c14ba8f8780a264ca7b9", "split": "test", "audio_id": "foa_1c683d110ace8d328035", "audio_path": "audio/test/foa_1c683d110ace8d328035.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drawer cabinet located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.6 degrees", "canonical_answer": "-21.6 degrees", "answer_meta": {"azimuth_deg": -21.6}}
{"qa_id": "qa_8c145e068e382d891dd1", "split": "test", "audio_id": "foa_02ae1a1b530e1cb5b92a", "audio_path": "audio/test/foa_02ae1a1b530e1cb5b92a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.8 degrees", "canonical_answer": "-51.8 degrees", "answer_meta": {"elevation_deg": -51.8}}
{"qa_id": "qa_7c70c87fe0870b818035", "split": "test", "audio_id": "foa_d8712ad156103d8378db", "audio_path": "audio/test/foa_d8712ad156103d8378db.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument to the right of the listener begin to play? Answer in one sentence.", "answer": "The string instrument becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5acfd99961134139ecc6", "split": "test", "audio_id": "foa_3fcdc43d341e74f925fd", "audio_path": "audio/test/foa_3fcdc43d341e74f925fd.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the door located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_1c8675c063f8ea8a2632", "split": "test", "audio_id": "foa_5fb6ee34f70e0e13df2a", "audio_path": "audio/test/foa_5fb6ee34f70e0e13df2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.2 degrees", "canonical_answer": "40.2 degrees", "answer_meta": {"elevation_deg": 40.2}}
{"qa_id": "qa_6d0cd7b9a918cfbdbd47", "split": "test", "audio_id": "foa_01fe9269ea4b0b981ab2", "audio_path": "audio/test/foa_01fe9269ea4b0b981ab2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech being produced? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "36.9 degrees", "canonical_answer": "36.9 degrees", "answer_meta": {"azimuth_deg": 36.9}}
{"qa_id": "qa_776863e736adf7f8f9c9", "split": "test", "audio_id": "foa_d7e65ab013ee3dd6cd88", "audio_path": "audio/test/foa_d7e65ab013ee3dd6cd88.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the male speaker in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_b8f0776854236b19adb6", "split": "test", "audio_id": "foa_8c5ec339055131e56013", "audio_path": "audio/test/foa_8c5ec339055131e56013.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and below start? Answer in one sentence.", "answer": "The sound source becomes active at 1.3s.", "canonical_answer": "1.3s", "answer_meta": {"onset_time": 1.3}}
{"qa_id": "qa_995f74830f47fdb666ff", "split": "test", "audio_id": "foa_5b0a5605ea49f1dc3d75", "audio_path": "audio/test/foa_5b0a5605ea49f1dc3d75.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-116.4 degrees", "canonical_answer": "-116.4 degrees", "answer_meta": {"azimuth_deg": -116.4}}
{"qa_id": "qa_c4635ec39438efb3ba6c", "split": "test", "audio_id": "foa_28c2ed2b85096b9a560f", "audio_path": "audio/test/foa_28c2ed2b85096b9a560f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.8 degrees", "canonical_answer": "-4.8 degrees", "answer_meta": {"elevation_deg": -4.8}}
{"qa_id": "qa_37899bc3be3aa096580a", "split": "test", "audio_id": "foa_b44b397baa1a771b740d", "audio_path": "audio/test/foa_b44b397baa1a771b740d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.3 degrees", "canonical_answer": "-42.3 degrees", "answer_meta": {"azimuth_deg": -42.3}}
{"qa_id": "qa_d9d4b1e46d7277843243", "split": "test", "audio_id": "foa_1098d67afabf1599659c", "audio_path": "audio/test/foa_1098d67afabf1599659c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_b2c71dbc5b177f552a4e", "split": "test", "audio_id": "foa_997df727196d136e3b76", "audio_path": "audio/test/foa_997df727196d136e3b76.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cooking sound originating from behind and below the observer begin? Answer in one sentence.", "answer": "The cooking sound begins at 3.9 seconds.", "canonical_answer": "3.9s", "answer_meta": {"onset_time": 3.9}}
{"qa_id": "qa_62d3ad328ae0bcee683d", "split": "test", "audio_id": "foa_93130622b4d532de8d17", "audio_path": "audio/test/foa_93130622b4d532de8d17.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.9 degrees", "canonical_answer": "5.9 degrees", "answer_meta": {"elevation_deg": 5.9}}
{"qa_id": "qa_962db7277792d15f860d", "split": "test", "audio_id": "foa_acdca8fc02b9624ae848", "audio_path": "audio/test/foa_acdca8fc02b9624ae848.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the rain? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.8 degrees", "canonical_answer": "22.8 degrees", "answer_meta": {"elevation_deg": 22.8}}
{"qa_id": "qa_f8c707af7204c85837c4", "split": "test", "audio_id": "foa_42eab7a2c6ec967a64a9", "audio_path": "audio/test/foa_42eab7a2c6ec967a64a9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the musical instrument located in the front-right start playing? Answer in one sentence.", "answer": "The musical instrument begins to play at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_2e01ab9464fefd119709", "split": "test", "audio_id": "foa_8345030acf94340cf89a", "audio_path": "audio/test/foa_8345030acf94340cf89a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_a88287d2231cc0c10513", "split": "test", "audio_id": "foa_8cce9337c0f4ab6eea34", "audio_path": "audio/test/foa_8cce9337c0f4ab6eea34.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "48.0 degrees", "canonical_answer": "48.0 degrees", "answer_meta": {"azimuth_deg": 48.0}}
{"qa_id": "qa_cf92ef07a678312b8c6f", "split": "test", "audio_id": "foa_7bc05b0a5a9a4944b69a", "audio_path": "audio/test/foa_7bc05b0a5a9a4944b69a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left start? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_ce701e01d27a76ceef25", "split": "test", "audio_id": "foa_b528a8969ac28362d7b0", "audio_path": "audio/test/foa_b528a8969ac28362d7b0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_7dc1d30bc05de6148931", "split": "test", "audio_id": "foa_631afb71814ccfe9ce28", "audio_path": "audio/test/foa_631afb71814ccfe9ce28.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.4 degrees", "canonical_answer": "-20.4 degrees", "answer_meta": {"elevation_deg": -20.4}}
{"qa_id": "qa_03ef107d0b9909aebe77", "split": "test", "audio_id": "foa_4e326e004d82d9ce0c83", "audio_path": "audio/test/foa_4e326e004d82d9ce0c83.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the percussion playing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-92.7 degrees", "canonical_answer": "-92.7 degrees", "answer_meta": {"azimuth_deg": -92.7}}
{"qa_id": "qa_713456c60ea1b0d4f9cd", "split": "test", "audio_id": "foa_86d6d1a7d5da5834ec1a", "audio_path": "audio/test/foa_86d6d1a7d5da5834ec1a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.2 degrees", "canonical_answer": "7.2 degrees", "answer_meta": {"elevation_deg": 7.2}}
{"qa_id": "qa_8806a2b860c1c91d12ac", "split": "test", "audio_id": "foa_70dd65873fb45e164f6a", "audio_path": "audio/test/foa_70dd65873fb45e164f6a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-134.3 degrees", "canonical_answer": "-134.3 degrees", "answer_meta": {"azimuth_deg": -134.3}}
{"qa_id": "qa_855e1430492e51c243b5", "split": "test", "audio_id": "foa_f6c28e68168e4072a73a", "audio_path": "audio/test/foa_f6c28e68168e4072a73a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_e9e3347a241d9b7f6748", "split": "test", "audio_id": "foa_390386ea4309c5949ed8", "audio_path": "audio/test/foa_390386ea4309c5949ed8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound coming from the back-right becomes active at 6.0s.", "canonical_answer": "6.0s", "answer_meta": {"onset_time": 6.0}}
{"qa_id": "qa_158df718f79a0154c053", "split": "test", "audio_id": "foa_295027da6ce95a7881e7", "audio_path": "audio/test/foa_295027da6ce95a7881e7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.0 degrees", "canonical_answer": "-12.0 degrees", "answer_meta": {"elevation_deg": -12.0}}
{"qa_id": "qa_db5521b5a426a11b460e", "split": "test", "audio_id": "foa_f326c046f1a9405fade5", "audio_path": "audio/test/foa_f326c046f1a9405fade5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the back-left start playing? Answer in one sentence.", "answer": "The sound coming from the back-left begins at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_812b1a7116658d72c11b", "split": "test", "audio_id": "foa_b0f6a22f45945149d889", "audio_path": "audio/test/foa_b0f6a22f45945149d889.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_79c71206999cd92df80c", "split": "test", "audio_id": "foa_cf7547528bd967fcf1d4", "audio_path": "audio/test/foa_cf7547528bd967fcf1d4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "154.9 degrees", "canonical_answer": "154.9 degrees", "answer_meta": {"azimuth_deg": 154.9}}
{"qa_id": "qa_7b8a58306257807b926a", "split": "test", "audio_id": "foa_e85bc02a5cb8b5a35370", "audio_path": "audio/test/foa_e85bc02a5cb8b5a35370.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.7 degrees", "canonical_answer": "-45.7 degrees", "answer_meta": {"elevation_deg": -45.7}}
{"qa_id": "qa_2cf963f166e8c4aca3d0", "split": "test", "audio_id": "foa_9d5741b298922647b412", "audio_path": "audio/test/foa_9d5741b298922647b412.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_d074ee04f3c32ad525e0", "split": "test", "audio_id": "foa_55ab71c7d47b3e9cb143", "audio_path": "audio/test/foa_55ab71c7d47b3e9cb143.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.8 degrees", "canonical_answer": "-21.8 degrees", "answer_meta": {"azimuth_deg": -21.8}}
{"qa_id": "qa_5535a065af48fab68616", "split": "test", "audio_id": "foa_78ce63ccab19ebfd67eb", "audio_path": "audio/test/foa_78ce63ccab19ebfd67eb.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and above begin? Answer in one sentence.", "answer": "The sound source located to the left and above becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_07707730239e298e25df", "split": "test", "audio_id": "foa_3adfd32b9388a3af2bd1", "audio_path": "audio/test/foa_3adfd32b9388a3af2bd1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the typing sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.5 degrees", "canonical_answer": "18.5 degrees", "answer_meta": {"elevation_deg": 18.5}}
{"qa_id": "qa_33031b8d486e41fae029", "split": "test", "audio_id": "foa_dd3668ec823bf72b232e", "audio_path": "audio/test/foa_dd3668ec823bf72b232e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "173.9 degrees", "canonical_answer": "173.9 degrees", "answer_meta": {"azimuth_deg": 173.9}}
{"qa_id": "qa_21bc88413a9e65525cb6", "split": "test", "audio_id": "foa_d094b38427daa6aeca80", "audio_path": "audio/test/foa_d094b38427daa6aeca80.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the right begin? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_91620b32ac81b590f3da", "split": "test", "audio_id": "foa_af14ba45948f3018b8ad", "audio_path": "audio/test/foa_af14ba45948f3018b8ad.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_b6a616445620ad8191c8", "split": "test", "audio_id": "foa_941cf2a991659157c808", "audio_path": "audio/test/foa_941cf2a991659157c808.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the thunderstorm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.1 degrees", "canonical_answer": "-20.1 degrees", "answer_meta": {"elevation_deg": -20.1}}
{"qa_id": "qa_4b90f625bbbedc82c25c", "split": "test", "audio_id": "foa_2ee85a2ad58a02041827", "audio_path": "audio/test/foa_2ee85a2ad58a02041827.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the clock located at an azimuth of 179.3 degrees and an elevation of -5.2 degrees begin to sound? Answer in one sentence.", "answer": "The clock becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_1ac85988ad900e00a70f", "split": "test", "audio_id": "foa_72c0dd1a991b11403d13", "audio_path": "audio/test/foa_72c0dd1a991b11403d13.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.8 meters", "canonical_answer": "4.8 meters", "answer_meta": {"distance_m": 4.8}}
{"qa_id": "qa_719fa81024c6abeb3f98", "split": "test", "audio_id": "foa_93484b5cc1443b42e571", "audio_path": "audio/test/foa_93484b5cc1443b42e571.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.4 degrees", "canonical_answer": "74.4 degrees", "answer_meta": {"azimuth_deg": 74.4}}
{"qa_id": "qa_fd1cd2ed70c054191508", "split": "test", "audio_id": "foa_dc4e46021f4d495a760e", "audio_path": "audio/test/foa_dc4e46021f4d495a760e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-101.1 degrees", "canonical_answer": "-101.1 degrees", "answer_meta": {"azimuth_deg": -101.1}}
{"qa_id": "qa_c8b098447c47082e7d1b", "split": "test", "audio_id": "foa_9d7c7a8b6d604be31254", "audio_path": "audio/test/foa_9d7c7a8b6d604be31254.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the body sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.5 degrees", "canonical_answer": "-0.5 degrees", "answer_meta": {"elevation_deg": -0.5}}
{"qa_id": "qa_de0aea5b44fbcffaa1a2", "split": "test", "audio_id": "foa_0475f984d7b83dff7a89", "audio_path": "audio/test/foa_0475f984d7b83dff7a89.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the typing sound, which is positioned to the front-left and above the listener, begin? Answer in one sentence.", "answer": "The typing sound starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_2825bc14e97e21adb6e0", "split": "test", "audio_id": "foa_5ee3a3c7d2f2918ca9c1", "audio_path": "audio/test/foa_5ee3a3c7d2f2918ca9c1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of breathing occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_72a0277616fd12f3820d", "split": "test", "audio_id": "foa_46ec8aa70aa4f977b25d", "audio_path": "audio/test/foa_46ec8aa70aa4f977b25d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_1048b80943ac560c53b1", "split": "test", "audio_id": "foa_379bebaa28365db4ddb2", "audio_path": "audio/test/foa_379bebaa28365db4ddb2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the speech occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_0d377502a5b81b7027f3", "split": "test", "audio_id": "foa_8134985e24e8945c5e8f", "audio_path": "audio/test/foa_8134985e24e8945c5e8f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.6 degrees", "canonical_answer": "-15.6 degrees", "answer_meta": {"elevation_deg": -15.6}}
{"qa_id": "qa_ef4faca0624b5853ce65", "split": "test", "audio_id": "foa_dcd8dc6664fcb643c0e3", "audio_path": "audio/test/foa_dcd8dc6664fcb643c0e3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "119.5 degrees", "canonical_answer": "119.5 degrees", "answer_meta": {"azimuth_deg": 119.5}}
{"qa_id": "qa_e037bb18d3f121eca75d", "split": "test", "audio_id": "foa_dd7b392061693856b708", "audio_path": "audio/test/foa_dd7b392061693856b708.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.4 degrees", "canonical_answer": "-10.4 degrees", "answer_meta": {"elevation_deg": -10.4}}
{"qa_id": "qa_d40b5b364e0fb640347d", "split": "test", "audio_id": "foa_2c6208cb505a75db690e", "audio_path": "audio/test/foa_2c6208cb505a75db690e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-97.5 degrees", "canonical_answer": "-97.5 degrees", "answer_meta": {"azimuth_deg": -97.5}}
{"qa_id": "qa_924f27844017b2c2c626", "split": "test", "audio_id": "foa_438b664b6ff5971dfed4", "audio_path": "audio/test/foa_438b664b6ff5971dfed4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the front-left and elevated position begin? Answer in one sentence.", "answer": "The sound source located in that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_3de15ba44fb6de798c4e", "split": "test", "audio_id": "foa_c15877b23996023ad78c", "audio_path": "audio/test/foa_c15877b23996023ad78c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the speech source located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_c291b64017e805cb8b2e", "split": "test", "audio_id": "foa_b20e231e84acef993c1e", "audio_path": "audio/test/foa_b20e231e84acef993c1e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.3 degrees", "canonical_answer": "-18.3 degrees", "answer_meta": {"elevation_deg": -18.3}}
{"qa_id": "qa_10be41e3d6a5ddd372a2", "split": "test", "audio_id": "foa_0e96a19553504db58ef4", "audio_path": "audio/test/foa_0e96a19553504db58ef4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the front and above begin? Answer in one sentence.", "answer": "The percussion sound begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_30ae3fe2be0bd0ea9157", "split": "test", "audio_id": "foa_e99d2cc7db087b575947", "audio_path": "audio/test/foa_e99d2cc7db087b575947.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the human vocalization in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_4811806732b0d9f17459", "split": "test", "audio_id": "foa_14c9fdcb514c1601a8b7", "audio_path": "audio/test/foa_14c9fdcb514c1601a8b7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the dog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.7 degrees", "canonical_answer": "-6.7 degrees", "answer_meta": {"azimuth_deg": -6.7}}
{"qa_id": "qa_6c5cc8b174049441b43c", "split": "test", "audio_id": "foa_fce184e166dae5197410", "audio_path": "audio/test/foa_fce184e166dae5197410.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drum sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.2 degrees", "canonical_answer": "-38.2 degrees", "answer_meta": {"azimuth_deg": -38.2}}
{"qa_id": "qa_e192524c9e779eff8f7a", "split": "test", "audio_id": "foa_373251d85776a9ac3e54", "audio_path": "audio/test/foa_373251d85776a9ac3e54.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of the water located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_9b6ca415c80f6b1e9522", "split": "test", "audio_id": "foa_da07aa775708098721cd", "audio_path": "audio/test/foa_da07aa775708098721cd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "51.4 degrees", "canonical_answer": "51.4 degrees", "answer_meta": {"elevation_deg": 51.4}}
{"qa_id": "qa_805b6e9818369d9ce5f2", "split": "test", "audio_id": "foa_7c3c77dba7bf7e97b26f", "audio_path": "audio/test/foa_7c3c77dba7bf7e97b26f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the metal clink located at an azimuth of 91.3 degrees and an elevation of -20.3 degrees begin? Answer in one sentence.", "answer": "The metal clink source becomes active at 0.9s.", "canonical_answer": "0.9s", "answer_meta": {"onset_time": 0.9}}
{"qa_id": "qa_7ca2aeb72b7e6df9c3f3", "split": "test", "audio_id": "foa_c9df4a50b12276895dcc", "audio_path": "audio/test/foa_c9df4a50b12276895dcc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-94.9 degrees", "canonical_answer": "-94.9 degrees", "answer_meta": {"azimuth_deg": -94.9}}
{"qa_id": "qa_f1f8b526836022862d74", "split": "test", "audio_id": "foa_e3e9398924b76a4e6b00", "audio_path": "audio/test/foa_e3e9398924b76a4e6b00.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_0ced1007c0bed112a362", "split": "test", "audio_id": "foa_a084ca816daac345817c", "audio_path": "audio/test/foa_a084ca816daac345817c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The crushing sound begins at 0.2 seconds.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_5bb2823d5ec9938db498", "split": "test", "audio_id": "foa_dfd4b360d644d0d77a97", "audio_path": "audio/test/foa_dfd4b360d644d0d77a97.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.8 degrees", "canonical_answer": "-3.8 degrees", "answer_meta": {"elevation_deg": -3.8}}
{"qa_id": "qa_544b6c4bc0dafc89c572", "split": "test", "audio_id": "foa_5aac4d52f5e9123adfa2", "audio_path": "audio/test/foa_5aac4d52f5e9123adfa2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source located to the left begin playing? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ef1f55760a56d99a3a52", "split": "test", "audio_id": "foa_3dcbf4693fe74cb1eafc", "audio_path": "audio/test/foa_3dcbf4693fe74cb1eafc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.9 degrees", "canonical_answer": "57.9 degrees", "answer_meta": {"elevation_deg": 57.9}}
{"qa_id": "qa_a01234ea24d306fe8485", "split": "test", "audio_id": "foa_8b2f732f53a5de00f57b", "audio_path": "audio/test/foa_8b2f732f53a5de00f57b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_284cfa81d96910b28813", "split": "test", "audio_id": "foa_d55b8ab87ddef32f5823", "audio_path": "audio/test/foa_d55b8ab87ddef32f5823.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-110.8 degrees", "canonical_answer": "-110.8 degrees", "answer_meta": {"azimuth_deg": -110.8}}
{"qa_id": "qa_fee0cf7187011ff56585", "split": "test", "audio_id": "foa_1bbb4c2f236fb0352508", "audio_path": "audio/test/foa_1bbb4c2f236fb0352508.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the guitar sound originating from the front start playing? Answer in one sentence.", "answer": "The sound originating from the front begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_8e3f91fafc2e58bdf25d", "split": "test", "audio_id": "foa_7db5523b50d937f2e162", "audio_path": "audio/test/foa_7db5523b50d937f2e162.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "53.6 degrees", "canonical_answer": "53.6 degrees", "answer_meta": {"azimuth_deg": 53.6}}
{"qa_id": "qa_62263b098ed4c998e085", "split": "test", "audio_id": "foa_24c6c59aaf1efdd25dea", "audio_path": "audio/test/foa_24c6c59aaf1efdd25dea.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bird in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.8 degrees", "canonical_answer": "-9.8 degrees", "answer_meta": {"elevation_deg": -9.8}}
{"qa_id": "qa_5e3a1d180bf0bd46da80", "split": "test", "audio_id": "foa_c9c076c8ea9aeb910c41", "audio_path": "audio/test/foa_c9c076c8ea9aeb910c41.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_cc809428a540f73dc5ae", "split": "test", "audio_id": "foa_d584932f00fa233c7443", "audio_path": "audio/test/foa_d584932f00fa233c7443.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the camera sound begin appearing from the right side? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_7db583301ff6df67c4b0", "split": "test", "audio_id": "foa_87fac52578ec94f9c629", "audio_path": "audio/test/foa_87fac52578ec94f9c629.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.9 degrees", "canonical_answer": "-26.9 degrees", "answer_meta": {"elevation_deg": -26.9}}
{"qa_id": "qa_7dede67eebbefa7236aa", "split": "test", "audio_id": "foa_098b41aa651710201562", "audio_path": "audio/test/foa_098b41aa651710201562.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_cceea76a5640caf006b1", "split": "test", "audio_id": "foa_e82ae521976667441c7b", "audio_path": "audio/test/foa_e82ae521976667441c7b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "110.5 degrees", "canonical_answer": "110.5 degrees", "answer_meta": {"azimuth_deg": 110.5}}
{"qa_id": "qa_59deb6af8b58a96775b9", "split": "test", "audio_id": "foa_3d25deacc7a12c31b71c", "audio_path": "audio/test/foa_3d25deacc7a12c31b71c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the aircraft positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.9 degrees", "canonical_answer": "-29.9 degrees", "answer_meta": {"elevation_deg": -29.9}}
{"qa_id": "qa_aa10c6083cdcc94434af", "split": "test", "audio_id": "foa_02bbc9405956fb7da1e0", "audio_path": "audio/test/foa_02bbc9405956fb7da1e0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the female speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "68.4 degrees", "canonical_answer": "68.4 degrees", "answer_meta": {"azimuth_deg": 68.4}}
{"qa_id": "qa_15dfa07c4c506036734b", "split": "test", "audio_id": "foa_34ed02b1ce936f15a922", "audio_path": "audio/test/foa_34ed02b1ce936f15a922.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The sound source located in that direction becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_7b31bdd374758d0c80f6", "split": "test", "audio_id": "foa_c932ec112699b91c34d4", "audio_path": "audio/test/foa_c932ec112699b91c34d4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_ee3545d5be34a31d1ab4", "split": "test", "audio_id": "foa_78ea1f135f6339d5b54a", "audio_path": "audio/test/foa_78ea1f135f6339d5b54a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.1 degrees", "canonical_answer": "5.1 degrees", "answer_meta": {"elevation_deg": 5.1}}
{"qa_id": "qa_aa4cc0e8bb5b861fa5a6", "split": "test", "audio_id": "foa_866402e04738a6584709", "audio_path": "audio/test/foa_866402e04738a6584709.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b01bc92af502eca4805a", "split": "test", "audio_id": "foa_d45285a5cab75b8dbe58", "audio_path": "audio/test/foa_d45285a5cab75b8dbe58.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_505e928dbbd3c5742127", "split": "test", "audio_id": "foa_12aaa04de69f334b67d8", "audio_path": "audio/test/foa_12aaa04de69f334b67d8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.2 degrees", "canonical_answer": "5.2 degrees", "answer_meta": {"azimuth_deg": 5.2}}
{"qa_id": "qa_aa2746661c6f3e925e1d", "split": "test", "audio_id": "foa_05911f23589a86a607ea", "audio_path": "audio/test/foa_05911f23589a86a607ea.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.0 degrees", "canonical_answer": "1.0 degrees", "answer_meta": {"elevation_deg": 1.0}}
{"qa_id": "qa_250f561eb71d5dd230d7", "split": "test", "audio_id": "foa_7b3c75a8bd4f27808cf6", "audio_path": "audio/test/foa_7b3c75a8bd4f27808cf6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-150.2 degrees", "canonical_answer": "-150.2 degrees", "answer_meta": {"azimuth_deg": -150.2}}
{"qa_id": "qa_41375f271d523681c1a7", "split": "test", "audio_id": "foa_9b53e53993330c7a9454", "audio_path": "audio/test/foa_9b53e53993330c7a9454.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_525e540b9c30b1b5950c", "split": "test", "audio_id": "foa_bf75524ecf035cfa56ce", "audio_path": "audio/test/foa_bf75524ecf035cfa56ce.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left and above begin? Answer in one sentence.", "answer": "The sound originating from the left and above begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_4870a74dd969fb1ff19d", "split": "test", "audio_id": "foa_2c4a881fab6e4d5972b5", "audio_path": "audio/test/foa_2c4a881fab6e4d5972b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.3 degrees", "canonical_answer": "-8.3 degrees", "answer_meta": {"azimuth_deg": -8.3}}
{"qa_id": "qa_433fa515738c4ff11137", "split": "test", "audio_id": "foa_429b97d5a38225a0be02", "audio_path": "audio/test/foa_429b97d5a38225a0be02.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.5 degrees", "canonical_answer": "16.5 degrees", "answer_meta": {"elevation_deg": 16.5}}
{"qa_id": "qa_5a71f8d361985c28eb12", "split": "test", "audio_id": "foa_2087a93a4f4947ac8917", "audio_path": "audio/test/foa_2087a93a4f4947ac8917.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tape in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_f32325c0b72b67c27c63", "split": "test", "audio_id": "foa_25f6efc79f736c6c19f1", "audio_path": "audio/test/foa_25f6efc79f736c6c19f1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source originating from the front first become audible? Answer in one sentence.", "answer": "The sound source located in front becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_a5c65933c983d9e164a7", "split": "test", "audio_id": "foa_55c949ed16e1cc8fb17c", "audio_path": "audio/test/foa_55c949ed16e1cc8fb17c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound source located to the right and below starts at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_9f4bf0131d424e080927", "split": "test", "audio_id": "foa_39efe4ec35ee54d61fee", "audio_path": "audio/test/foa_39efe4ec35ee54d61fee.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the insect from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_75f123f6437db3692dae", "split": "test", "audio_id": "foa_afce55a97d227dcab693", "audio_path": "audio/test/foa_afce55a97d227dcab693.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-117.1 degrees", "canonical_answer": "-117.1 degrees", "answer_meta": {"azimuth_deg": -117.1}}
{"qa_id": "qa_e675e02c552e4cc596d6", "split": "test", "audio_id": "foa_f26d2848cfd5fccfd2d9", "audio_path": "audio/test/foa_f26d2848cfd5fccfd2d9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-44.3 degrees", "canonical_answer": "-44.3 degrees", "answer_meta": {"elevation_deg": -44.3}}
{"qa_id": "qa_7530041a3c639291dd04", "split": "test", "audio_id": "foa_a3388afc0f19e669893a", "audio_path": "audio/test/foa_a3388afc0f19e669893a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.4 degrees", "canonical_answer": "-32.4 degrees", "answer_meta": {"elevation_deg": -32.4}}
{"qa_id": "qa_f0262dc80f53e82a2bf9", "split": "test", "audio_id": "foa_c632cf84a78c894a065a", "audio_path": "audio/test/foa_c632cf84a78c894a065a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the ocean located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-119.4 degrees", "canonical_answer": "-119.4 degrees", "answer_meta": {"azimuth_deg": -119.4}}
{"qa_id": "qa_478946c2f95666c908f7", "split": "test", "audio_id": "foa_fc28ca332932d36e7ab5", "audio_path": "audio/test/foa_fc28ca332932d36e7ab5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech sound located to the front-right and below begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 6.1s.", "canonical_answer": "6.1s", "answer_meta": {"onset_time": 6.1}}
{"qa_id": "qa_604d9f0388b8154d1790", "split": "test", "audio_id": "foa_5ebd09785ed6e2137056", "audio_path": "audio/test/foa_5ebd09785ed6e2137056.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person speaking? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_2e3b32638562b98cff56", "split": "test", "audio_id": "foa_76fd26e0ebec17fc81e4", "audio_path": "audio/test/foa_76fd26e0ebec17fc81e4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument located to the front-left and below begin to play? Answer in one sentence.", "answer": "The string instrument starts playing at 0.4 seconds.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_ad9db886122b22017e96", "split": "test", "audio_id": "foa_377b744ad7c04a37908d", "audio_path": "audio/test/foa_377b744ad7c04a37908d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_790a8a8b228f2f3c1fb8", "split": "test", "audio_id": "foa_20b4cd6152a7492feea5", "audio_path": "audio/test/foa_20b4cd6152a7492feea5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.2 degrees", "canonical_answer": "-38.2 degrees", "answer_meta": {"azimuth_deg": -38.2}}
{"qa_id": "qa_0c992278669a9cdffb5e", "split": "test", "audio_id": "foa_7750473774370e929335", "audio_path": "audio/test/foa_7750473774370e929335.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the printer positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.6 degrees", "canonical_answer": "-54.6 degrees", "answer_meta": {"elevation_deg": -54.6}}
{"qa_id": "qa_daf659081691c324049d", "split": "test", "audio_id": "foa_d6db8856f6d62a394842", "audio_path": "audio/test/foa_d6db8856f6d62a394842.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the crushing sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.4 degrees", "canonical_answer": "-26.4 degrees", "answer_meta": {"elevation_deg": -26.4}}
{"qa_id": "qa_b5430516858de83fd481", "split": "test", "audio_id": "foa_c483f8b45f521d5b3974", "audio_path": "audio/test/foa_c483f8b45f521d5b3974.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the typing sound occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_25d6bfe366feb11f54f6", "split": "test", "audio_id": "foa_162f5e6c13d2ad847f75", "audio_path": "audio/test/foa_162f5e6c13d2ad847f75.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-114.8 degrees", "canonical_answer": "-114.8 degrees", "answer_meta": {"azimuth_deg": -114.8}}
{"qa_id": "qa_96441745a0c5d3e56f9d", "split": "test", "audio_id": "foa_f769f188feaad7dfde33", "audio_path": "audio/test/foa_f769f188feaad7dfde33.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start playing? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_e8823b80353517c1b24e", "split": "test", "audio_id": "foa_a68f47c86d910954c9b4", "audio_path": "audio/test/foa_a68f47c86d910954c9b4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the string instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_1da43c089d6f9c8b6c12", "split": "test", "audio_id": "foa_f94c7fabe8401b4fea86", "audio_path": "audio/test/foa_f94c7fabe8401b4fea86.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the front-left and above the listener begin? Answer in one sentence.", "answer": "The sound source starts at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_07cf14c8a0eb16f22df6", "split": "test", "audio_id": "foa_296e6c5b7ed6080ac9ac", "audio_path": "audio/test/foa_296e6c5b7ed6080ac9ac.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-66.9 degrees", "canonical_answer": "-66.9 degrees", "answer_meta": {"azimuth_deg": -66.9}}
{"qa_id": "qa_531290da226486d1ed8d", "split": "test", "audio_id": "foa_518fa7278214d6af00ca", "audio_path": "audio/test/foa_518fa7278214d6af00ca.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.1 degrees", "canonical_answer": "40.1 degrees", "answer_meta": {"elevation_deg": 40.1}}
{"qa_id": "qa_f799b6d8087feb049ad6", "split": "test", "audio_id": "foa_c0e235abc1462f4965b9", "audio_path": "audio/test/foa_c0e235abc1462f4965b9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_3a56de907922dcd6dd0f", "split": "test", "audio_id": "foa_85bf718ae68394c79b27", "audio_path": "audio/test/foa_85bf718ae68394c79b27.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "134.7 degrees", "canonical_answer": "134.7 degrees", "answer_meta": {"azimuth_deg": 134.7}}
{"qa_id": "qa_04ed2ba59684f8e7e278", "split": "test", "audio_id": "foa_f7e582cf7ad0288fc935", "audio_path": "audio/test/foa_f7e582cf7ad0288fc935.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.9 degrees", "canonical_answer": "-0.9 degrees", "answer_meta": {"elevation_deg": -0.9}}
{"qa_id": "qa_fe802ce7bc35a0651cc6", "split": "test", "audio_id": "foa_57a86e7eac16b197ade1", "audio_path": "audio/test/foa_57a86e7eac16b197ade1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm originating from the left and below first begin to play? Answer in one sentence.", "answer": "The sound source becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_a4282ce5b1638a0781ad", "split": "test", "audio_id": "foa_854922bcc5b9ee12d9bb", "audio_path": "audio/test/foa_854922bcc5b9ee12d9bb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.0 degrees", "canonical_answer": "-32.0 degrees", "answer_meta": {"elevation_deg": -32.0}}
{"qa_id": "qa_82cfa2aecc3dbffff64b", "split": "test", "audio_id": "foa_64de2eeb24a684742e8d", "audio_path": "audio/test/foa_64de2eeb24a684742e8d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth in degrees is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.7 degrees", "canonical_answer": "-51.7 degrees", "answer_meta": {"azimuth_deg": -51.7}}
{"qa_id": "qa_86bc126947d55f69c5a2", "split": "test", "audio_id": "foa_bd628f08de9d7431684e", "audio_path": "audio/test/foa_bd628f08de9d7431684e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the keyboard instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_693aa38df4d8184c9363", "split": "test", "audio_id": "foa_1178a7074ffc964664e2", "audio_path": "audio/test/foa_1178a7074ffc964664e2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech originating from the back start? Answer in one sentence.", "answer": "The sound source located at the back becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_0ca458d08866dd20d160", "split": "test", "audio_id": "foa_02301a045d1b77d74fac", "audio_path": "audio/test/foa_02301a045d1b77d74fac.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.9 degrees", "canonical_answer": "40.9 degrees", "answer_meta": {"azimuth_deg": 40.9}}
{"qa_id": "qa_2a01039bb2a481052787", "split": "test", "audio_id": "foa_de9c2f0be126c0744be1", "audio_path": "audio/test/foa_de9c2f0be126c0744be1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the body sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_f6e9168bf9b66119a6a2", "split": "test", "audio_id": "foa_939481920223ef11b2b9", "audio_path": "audio/test/foa_939481920223ef11b2b9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.5 degrees", "canonical_answer": "21.5 degrees", "answer_meta": {"elevation_deg": 21.5}}
{"qa_id": "qa_c63e1309f5c888f113a8", "split": "test", "audio_id": "foa_63e70bcb8b25e2e194e3", "audio_path": "audio/test/foa_63e70bcb8b25e2e194e3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-right and below begin? Answer in one sentence.", "answer": "The sound source becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_86490bea6bda3006b5fc", "split": "test", "audio_id": "foa_28e6aa3bf97474f775f0", "audio_path": "audio/test/foa_28e6aa3bf97474f775f0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.4 degrees", "canonical_answer": "-120.4 degrees", "answer_meta": {"azimuth_deg": -120.4}}
{"qa_id": "qa_284d56738ebd559b672d", "split": "test", "audio_id": "foa_9d20d3966e811064e6a4", "audio_path": "audio/test/foa_9d20d3966e811064e6a4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the rain located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.4 degrees", "canonical_answer": "10.4 degrees", "answer_meta": {"elevation_deg": 10.4}}
{"qa_id": "qa_43c741871ca9bb713a15", "split": "test", "audio_id": "foa_c5d2586db638ca96e1bf", "audio_path": "audio/test/foa_c5d2586db638ca96e1bf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the keyboard instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_8be4d04477e9424dd83d", "split": "test", "audio_id": "foa_aaf2f1e194927ccc2e72", "audio_path": "audio/test/foa_aaf2f1e194927ccc2e72.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sounding from the back-left and below begin? Answer in one sentence.", "answer": "The alarm starts playing at 3.0 seconds.", "canonical_answer": "3.0s", "answer_meta": {"onset_time": 3.0}}
{"qa_id": "qa_02828dc51817429b44fe", "split": "test", "audio_id": "foa_a76237731382831fad9e", "audio_path": "audio/test/foa_a76237731382831fad9e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound from the front-left direction begin? Answer in one sentence.", "answer": "The speech sound originating from the front-left begins at 0.7s.", "canonical_answer": "0.7s", "answer_meta": {"onset_time": 0.7}}
{"qa_id": "qa_078b9c232f18402359a1", "split": "test", "audio_id": "foa_6cd67e37b501f9126ea3", "audio_path": "audio/test/foa_6cd67e37b501f9126ea3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the keyboard instrument located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_e133118509b016d99809", "split": "test", "audio_id": "foa_af64d71c1e652c9cb0f8", "audio_path": "audio/test/foa_af64d71c1e652c9cb0f8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the cooking sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.4 degrees", "canonical_answer": "-21.4 degrees", "answer_meta": {"elevation_deg": -21.4}}
{"qa_id": "qa_324c6125f6c9b460ef7d", "split": "test", "audio_id": "foa_05b19236c8362d07c843", "audio_path": "audio/test/foa_05b19236c8362d07c843.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-69.1 degrees", "canonical_answer": "-69.1 degrees", "answer_meta": {"azimuth_deg": -69.1}}
{"qa_id": "qa_98ece61d7579fe29163f", "split": "test", "audio_id": "foa_6e94b5b29bc05b79bd5f", "audio_path": "audio/test/foa_6e94b5b29bc05b79bd5f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.3 degrees", "canonical_answer": "-3.3 degrees", "answer_meta": {"elevation_deg": -3.3}}
{"qa_id": "qa_d977d65607b48180bd33", "split": "test", "audio_id": "foa_4571ef3eb7437c6b4f19", "audio_path": "audio/test/foa_4571ef3eb7437c6b4f19.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the body sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_6339e25cd1c7515ea112", "split": "test", "audio_id": "foa_e2df26ebce353cbf91ce", "audio_path": "audio/test/foa_e2df26ebce353cbf91ce.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.2 degrees", "canonical_answer": "-67.2 degrees", "answer_meta": {"azimuth_deg": -67.2}}
{"qa_id": "qa_d61e700d5feaf1934334", "split": "test", "audio_id": "foa_a67f53778ae42bda0711", "audio_path": "audio/test/foa_a67f53778ae42bda0711.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and below start? Answer in one sentence.", "answer": "The sound source located at the back and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ae539feac0f006caa4c0", "split": "test", "audio_id": "foa_f829f732714dece19754", "audio_path": "audio/test/foa_f829f732714dece19754.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.3 degrees", "canonical_answer": "-63.3 degrees", "answer_meta": {"azimuth_deg": -63.3}}
{"qa_id": "qa_c5613262af280d9f0e37", "split": "test", "audio_id": "foa_49247a07fff12353bd15", "audio_path": "audio/test/foa_49247a07fff12353bd15.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.0 degrees", "canonical_answer": "17.0 degrees", "answer_meta": {"elevation_deg": 17.0}}
{"qa_id": "qa_c258aecc5e34677d5356", "split": "test", "audio_id": "foa_195687298fe16e31c92f", "audio_path": "audio/test/foa_195687298fe16e31c92f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located to the right becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_c3bb89d4d34bce0c34ef", "split": "test", "audio_id": "foa_f51e45612727f9c88805", "audio_path": "audio/test/foa_f51e45612727f9c88805.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the speech source located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.9 meters", "canonical_answer": "3.9 meters", "answer_meta": {"distance_m": 3.9}}
{"qa_id": "qa_c1461cf5840d8479b9c7", "split": "test", "audio_id": "foa_73382896526e371549d0", "audio_path": "audio/test/foa_73382896526e371549d0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_cb8db7c63849eb1c37c7", "split": "test", "audio_id": "foa_ba52d87ec69aaf98f663", "audio_path": "audio/test/foa_ba52d87ec69aaf98f663.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.5 degrees", "canonical_answer": "-38.5 degrees", "answer_meta": {"elevation_deg": -38.5}}
{"qa_id": "qa_d10310c3bddf10832057", "split": "test", "audio_id": "foa_6407c8d86e1bbba202f8", "audio_path": "audio/test/foa_6407c8d86e1bbba202f8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the frog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.4 degrees", "canonical_answer": "-13.4 degrees", "answer_meta": {"azimuth_deg": -13.4}}
{"qa_id": "qa_1a9d3be78137029d5f79", "split": "test", "audio_id": "foa_a147d47d4385f219cf96", "audio_path": "audio/test/foa_a147d47d4385f219cf96.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_3fe4c8c67d5e8be80e24", "split": "test", "audio_id": "foa_7f0b138c4abc56849783", "audio_path": "audio/test/foa_7f0b138c4abc56849783.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the tape? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.2 degrees", "canonical_answer": "-37.2 degrees", "answer_meta": {"elevation_deg": -37.2}}
{"qa_id": "qa_f731b37eb1f53c7abef3", "split": "test", "audio_id": "foa_91287cdbcb472d1a431d", "audio_path": "audio/test/foa_91287cdbcb472d1a431d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the drum sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The drum begins to sound at 2.5 seconds.", "canonical_answer": "2.5s", "answer_meta": {"onset_time": 2.5}}
{"qa_id": "qa_f94df526286120d9edc5", "split": "test", "audio_id": "foa_6d4d3ed39675792759c9", "audio_path": "audio/test/foa_6d4d3ed39675792759c9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.0 degrees", "canonical_answer": "29.0 degrees", "answer_meta": {"azimuth_deg": 29.0}}
{"qa_id": "qa_a94d8a29a2398b345e1d", "split": "test", "audio_id": "foa_123369573c8168a426d7", "audio_path": "audio/test/foa_123369573c8168a426d7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the string instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_3b6ec48628256f483a61", "split": "test", "audio_id": "foa_b747355ac60d29e66fc8", "audio_path": "audio/test/foa_b747355ac60d29e66fc8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "76.9 degrees", "canonical_answer": "76.9 degrees", "answer_meta": {"azimuth_deg": 76.9}}
{"qa_id": "qa_3a0753dd5844108b82a2", "split": "test", "audio_id": "foa_4c325c881299ad338813", "audio_path": "audio/test/foa_4c325c881299ad338813.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cooking sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The cooking sound starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_8645ada984df65f79015", "split": "test", "audio_id": "foa_16cdb399e021ade86c9a", "audio_path": "audio/test/foa_16cdb399e021ade86c9a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.7 meters", "canonical_answer": "3.7 meters", "answer_meta": {"distance_m": 3.7}}
{"qa_id": "qa_ba3f81af3cd452ec8d46", "split": "test", "audio_id": "foa_4a578b15584511f5cf09", "audio_path": "audio/test/foa_4a578b15584511f5cf09.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the body sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.8 degrees", "canonical_answer": "17.8 degrees", "answer_meta": {"elevation_deg": 17.8}}
{"qa_id": "qa_0f087017c30c515ffaa8", "split": "test", "audio_id": "foa_96b38a7413355efca2bc", "audio_path": "audio/test/foa_96b38a7413355efca2bc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the wood located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-157.2 degrees", "canonical_answer": "-157.2 degrees", "answer_meta": {"azimuth_deg": -157.2}}
{"qa_id": "qa_9332f6f535ed03d98a8a", "split": "test", "audio_id": "foa_7d03e39bce976f36fb63", "audio_path": "audio/test/foa_7d03e39bce976f36fb63.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the typing sound heard? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.9 degrees", "canonical_answer": "0.9 degrees", "answer_meta": {"elevation_deg": 0.9}}
{"qa_id": "qa_5ad62b69a4a93e180aa7", "split": "test", "audio_id": "foa_c29975372530a17bd31e", "audio_path": "audio/test/foa_c29975372530a17bd31e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the guitar in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_4801dd62a924491a2361", "split": "test", "audio_id": "foa_e72d2218c2240c580aa8", "audio_path": "audio/test/foa_e72d2218c2240c580aa8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right begin? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_d24980ac206cdec6a36d", "split": "test", "audio_id": "foa_e04aad1eb92cbb208171", "audio_path": "audio/test/foa_e04aad1eb92cbb208171.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bell in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_2227ec7527b2e23a00ff", "split": "test", "audio_id": "foa_4c058e36687fb662af90", "audio_path": "audio/test/foa_4c058e36687fb662af90.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_495668ea4cb5e9b89d12", "split": "test", "audio_id": "foa_007a927cd7bcb3527611", "audio_path": "audio/test/foa_007a927cd7bcb3527611.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left and above start? Answer in one sentence.", "answer": "The sound source located at the back-left and above becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ad70af72b343eb9f0f89", "split": "test", "audio_id": "foa_966db271cc35fdae8791", "audio_path": "audio/test/foa_966db271cc35fdae8791.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "83.3 degrees", "canonical_answer": "83.3 degrees", "answer_meta": {"azimuth_deg": 83.3}}
{"qa_id": "qa_da2ce0034c17bfee32d4", "split": "test", "audio_id": "foa_63894ce3a38bd28ef08f", "audio_path": "audio/test/foa_63894ce3a38bd28ef08f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from the back-left start? Answer in one sentence.", "answer": "The crushing sound begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_e4c23911d0b9dd3f596e", "split": "test", "audio_id": "foa_71a15eca370f6dd09743", "audio_path": "audio/test/foa_71a15eca370f6dd09743.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the war sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_eb329a25c9b9623a002b", "split": "test", "audio_id": "foa_d796622ce66710c4d5b4", "audio_path": "audio/test/foa_d796622ce66710c4d5b4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.2 degrees", "canonical_answer": "16.2 degrees", "answer_meta": {"azimuth_deg": 16.2}}
{"qa_id": "qa_4bd1bd386ab888a1e4f1", "split": "test", "audio_id": "foa_a3c4500957341b310af8", "audio_path": "audio/test/foa_a3c4500957341b310af8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.0 degrees", "canonical_answer": "-5.0 degrees", "answer_meta": {"elevation_deg": -5.0}}
{"qa_id": "qa_f9a1522c9d3f6653a55f", "split": "test", "audio_id": "foa_726cb161469c40f85812", "audio_path": "audio/test/foa_726cb161469c40f85812.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-148.7 degrees", "canonical_answer": "-148.7 degrees", "answer_meta": {"azimuth_deg": -148.7}}
{"qa_id": "qa_e69d4b415cad36a416da", "split": "test", "audio_id": "foa_aff1033c413f2a24d0da", "audio_path": "audio/test/foa_aff1033c413f2a24d0da.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.8 degrees", "canonical_answer": "-18.8 degrees", "answer_meta": {"elevation_deg": -18.8}}
{"qa_id": "qa_4954ebd31b534c4f07db", "split": "test", "audio_id": "foa_74a4fbb48afdd0f1713e", "audio_path": "audio/test/foa_74a4fbb48afdd0f1713e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the gong in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_443e02cee413536382d7", "split": "test", "audio_id": "foa_5443c845fee2a2d236f7", "audio_path": "audio/test/foa_5443c845fee2a2d236f7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter originating from the left side first begin? Answer in one sentence.", "answer": "The sound coming from the left becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_4f30eb7edb4851ff072f", "split": "test", "audio_id": "foa_cb5c46319d83729fd917", "audio_path": "audio/test/foa_cb5c46319d83729fd917.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-66.7 degrees", "canonical_answer": "-66.7 degrees", "answer_meta": {"azimuth_deg": -66.7}}
{"qa_id": "qa_dcb51ff2e6c93f86624d", "split": "test", "audio_id": "foa_99f3dd19237d0702711f", "audio_path": "audio/test/foa_99f3dd19237d0702711f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and below start? Answer in one sentence.", "answer": "The sound source located behind and below becomes active at 7.5s.", "canonical_answer": "7.5s", "answer_meta": {"onset_time": 7.5}}
{"qa_id": "qa_3b7488e9c8c22f11453e", "split": "test", "audio_id": "foa_57767be8b868cee58495", "audio_path": "audio/test/foa_57767be8b868cee58495.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the human vocalization occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.2 degrees", "canonical_answer": "-7.2 degrees", "answer_meta": {"elevation_deg": -7.2}}
{"qa_id": "qa_3597b6f1de02f7c846e7", "split": "test", "audio_id": "foa_c6fbee6cf91f259be747", "audio_path": "audio/test/foa_c6fbee6cf91f259be747.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_5b0896828836515897d1", "split": "test", "audio_id": "foa_0b92c57e43107b8e8757", "audio_path": "audio/test/foa_0b92c57e43107b8e8757.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound relative to the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_d5e91f5573b97b8d74d3", "split": "test", "audio_id": "foa_9b7fc56a4cd3c23e8a09", "audio_path": "audio/test/foa_9b7fc56a4cd3c23e8a09.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.7 degrees", "canonical_answer": "31.7 degrees", "answer_meta": {"elevation_deg": 31.7}}
{"qa_id": "qa_6dd79b0136cf884845c8", "split": "test", "audio_id": "foa_88497e85365f82078656", "audio_path": "audio/test/foa_88497e85365f82078656.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound coming from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_aa53b9b57cf69ead1cef", "split": "test", "audio_id": "foa_8b355578af54279bddbd", "audio_path": "audio/test/foa_8b355578af54279bddbd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-60.6 degrees", "canonical_answer": "-60.6 degrees", "answer_meta": {"azimuth_deg": -60.6}}
{"qa_id": "qa_1ec2bb96f15db680df44", "split": "test", "audio_id": "foa_bfb24b246ae54f4b1994", "audio_path": "audio/test/foa_bfb24b246ae54f4b1994.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.6 degrees", "canonical_answer": "12.6 degrees", "answer_meta": {"elevation_deg": 12.6}}
{"qa_id": "qa_afc0bf20e31635e7f075", "split": "test", "audio_id": "foa_8dd3c7a902a57d1a9441", "audio_path": "audio/test/foa_8dd3c7a902a57d1a9441.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person laughing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_6c1d8babff18bfcdd7b9", "split": "test", "audio_id": "foa_dedaa63db68db49a6021", "audio_path": "audio/test/foa_dedaa63db68db49a6021.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-136.0 degrees", "canonical_answer": "-136.0 degrees", "answer_meta": {"azimuth_deg": -136.0}}
{"qa_id": "qa_1404a61a51fe1d950aef", "split": "test", "audio_id": "foa_3e6ec49420f7527baffd", "audio_path": "audio/test/foa_3e6ec49420f7527baffd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound originating from the front and above becomes active at 1.5s.", "canonical_answer": "1.5s", "answer_meta": {"onset_time": 1.5}}
{"qa_id": "qa_633906927b35f6229165", "split": "test", "audio_id": "foa_c86148a971322f808e67", "audio_path": "audio/test/foa_c86148a971322f808e67.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.8 degrees", "canonical_answer": "11.8 degrees", "answer_meta": {"elevation_deg": 11.8}}
{"qa_id": "qa_51f9dd28434c732feb17", "split": "test", "audio_id": "foa_82795038b220486a1824", "audio_path": "audio/test/foa_82795038b220486a1824.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-171.0 degrees", "canonical_answer": "-171.0 degrees", "answer_meta": {"azimuth_deg": -171.0}}
{"qa_id": "qa_d6b65f8db148cc9d266a", "split": "test", "audio_id": "foa_c74827ec7db123ac092e", "audio_path": "audio/test/foa_c74827ec7db123ac092e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the wind source located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_9c075eca1d824c3a8479", "split": "test", "audio_id": "foa_03f2cca3d26be2d542f0", "audio_path": "audio/test/foa_03f2cca3d26be2d542f0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound originating from the back-right becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_881c764a980521383ad3", "split": "test", "audio_id": "foa_c661e16a4db9c130903b", "audio_path": "audio/test/foa_c661e16a4db9c130903b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the musical instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_7809bcd7e2cd4d2029f2", "split": "test", "audio_id": "foa_d6314b43342c98762226", "audio_path": "audio/test/foa_d6314b43342c98762226.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.8 degrees", "canonical_answer": "41.8 degrees", "answer_meta": {"elevation_deg": 41.8}}
{"qa_id": "qa_eef39afea095973d9c89", "split": "test", "audio_id": "foa_089edf3b6698a3819153", "audio_path": "audio/test/foa_089edf3b6698a3819153.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Where is the cat's sound originating from in terms of azimuth? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-151.3 degrees", "canonical_answer": "-151.3 degrees", "answer_meta": {"azimuth_deg": -151.3}}
{"qa_id": "qa_6f5c1798c59acdd37c55", "split": "test", "audio_id": "foa_311e79a2df0cbf5d991f", "audio_path": "audio/test/foa_311e79a2df0cbf5d991f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the guitar sound originating from the front-left and below start? Answer in one sentence.", "answer": "The sound coming from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_73a75bf574bacd8629dc", "split": "test", "audio_id": "foa_1a27fcb6a65ef1f53482", "audio_path": "audio/test/foa_1a27fcb6a65ef1f53482.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bird from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_ca0c0408ea5914d9c508", "split": "test", "audio_id": "foa_50920db5e09fcaac2697", "audio_path": "audio/test/foa_50920db5e09fcaac2697.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drum sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.5 degrees", "canonical_answer": "-54.5 degrees", "answer_meta": {"azimuth_deg": -54.5}}
{"qa_id": "qa_02e6473e42a5451e80f3", "split": "test", "audio_id": "foa_2b22340abc2ab7c69233", "audio_path": "audio/test/foa_2b22340abc2ab7c69233.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the wind instrument sound originating from the back-left and below begin? Answer in one sentence.", "answer": "The wind instrument starts playing at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_3f0df0413511a3647b7a", "split": "test", "audio_id": "foa_10cbd4e9d2c27cf2c066", "audio_path": "audio/test/foa_10cbd4e9d2c27cf2c066.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-55.2 degrees", "canonical_answer": "-55.2 degrees", "answer_meta": {"elevation_deg": -55.2}}
{"qa_id": "qa_f48423c494234ef11847", "split": "test", "audio_id": "foa_4ef2739be847dae37fa8", "audio_path": "audio/test/foa_4ef2739be847dae37fa8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crushing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_8bd1a8c045cdd680c677", "split": "test", "audio_id": "foa_8c9c0009e7ca08d6221f", "audio_path": "audio/test/foa_8c9c0009e7ca08d6221f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.8 degrees", "canonical_answer": "9.8 degrees", "answer_meta": {"elevation_deg": 9.8}}
{"qa_id": "qa_1e5b7aab3a9109ee237b", "split": "test", "audio_id": "foa_4cc19d3989c78a1e5291", "audio_path": "audio/test/foa_4cc19d3989c78a1e5291.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the footsteps? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "124.9 degrees", "canonical_answer": "124.9 degrees", "answer_meta": {"azimuth_deg": 124.9}}
{"qa_id": "qa_dc672cec887c403b194d", "split": "test", "audio_id": "foa_836a9812e005e121b854", "audio_path": "audio/test/foa_836a9812e005e121b854.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the keyboard instrument sound originate from the back-right direction? Answer in one sentence.", "answer": "The sound coming from the back-right begins at 0.9s.", "canonical_answer": "0.9s", "answer_meta": {"onset_time": 0.9}}
{"qa_id": "qa_190430a3251b75f46aa8", "split": "test", "audio_id": "foa_244dfaa1c26999a60d63", "audio_path": "audio/test/foa_244dfaa1c26999a60d63.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-160.8 degrees", "canonical_answer": "-160.8 degrees", "answer_meta": {"azimuth_deg": -160.8}}
{"qa_id": "qa_ffb7ea99220688324d99", "split": "test", "audio_id": "foa_8f7e0974285190910e79", "audio_path": "audio/test/foa_8f7e0974285190910e79.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the bird positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.3 degrees", "canonical_answer": "-42.3 degrees", "answer_meta": {"elevation_deg": -42.3}}
{"qa_id": "qa_94c17340e4bb2134f803", "split": "test", "audio_id": "foa_b47ac68f43ae08c1f66e", "audio_path": "audio/test/foa_b47ac68f43ae08c1f66e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the paper in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_7492f931a33644903ff4", "split": "test", "audio_id": "foa_c3e2bf859a0d962d03fd", "audio_path": "audio/test/foa_c3e2bf859a0d962d03fd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the front first begin? Answer in one sentence.", "answer": "The percussion sound coming from the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d89788c12eec1faa9160", "split": "test", "audio_id": "foa_35ba90880f8c6e100fe8", "audio_path": "audio/test/foa_35ba90880f8c6e100fe8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the writing sound source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_609a9a00befea9f3c7a4", "split": "test", "audio_id": "foa_a8b0e742c1de2260763c", "audio_path": "audio/test/foa_a8b0e742c1de2260763c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound source located to the front-right becomes active at 6.9s.", "canonical_answer": "6.9s", "answer_meta": {"onset_time": 6.9}}
{"qa_id": "qa_423e48e0cfd93b61521a", "split": "test", "audio_id": "foa_87a6748e2ce0daa3eda7", "audio_path": "audio/test/foa_87a6748e2ce0daa3eda7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.8 degrees", "canonical_answer": "3.8 degrees", "answer_meta": {"elevation_deg": 3.8}}
{"qa_id": "qa_fd1673058dd30f54fd16", "split": "test", "audio_id": "foa_2eafefe509f8c4021832", "audio_path": "audio/test/foa_2eafefe509f8c4021832.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the musical instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-167.6 degrees", "canonical_answer": "-167.6 degrees", "answer_meta": {"azimuth_deg": -167.6}}
{"qa_id": "qa_cdfb02b4b5b495e03a23", "split": "test", "audio_id": "foa_d806f57fb06ea7803df4", "audio_path": "audio/test/foa_d806f57fb06ea7803df4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.8 degrees", "canonical_answer": "-120.8 degrees", "answer_meta": {"azimuth_deg": -120.8}}
{"qa_id": "qa_f3d0799ecfd7dc277d98", "split": "test", "audio_id": "foa_366c5ab05d6a62fdce3f", "audio_path": "audio/test/foa_366c5ab05d6a62fdce3f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The sound source located in the front-left region becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_94fe66598b2695b59662", "split": "test", "audio_id": "foa_81c105b5fe8a6b3db619", "audio_path": "audio/test/foa_81c105b5fe8a6b3db619.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.8 degrees", "canonical_answer": "4.8 degrees", "answer_meta": {"elevation_deg": 4.8}}
{"qa_id": "qa_1ffac9d7d169a0d13f4e", "split": "test", "audio_id": "foa_aaf712e1acc9facd3ff9", "audio_path": "audio/test/foa_aaf712e1acc9facd3ff9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_82b5749a512b8bcb3a19", "split": "test", "audio_id": "foa_20c2c14d7662539e0f09", "audio_path": "audio/test/foa_20c2c14d7662539e0f09.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and above the listener begin? Answer in one sentence.", "answer": "The sound source located behind and above begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_49ad43c66c206117dedc", "split": "test", "audio_id": "foa_ae21a80a54ccaab9f450", "audio_path": "audio/test/foa_ae21a80a54ccaab9f450.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.9 degrees", "canonical_answer": "-18.9 degrees", "answer_meta": {"elevation_deg": -18.9}}
{"qa_id": "qa_f8886a16c71e0fe25ada", "split": "test", "audio_id": "foa_6147f967d211e9e37336", "audio_path": "audio/test/foa_6147f967d211e9e37336.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the fire in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_56c68e90ea583afdc9f7", "split": "test", "audio_id": "foa_96334e23023daeb91ba0", "audio_path": "audio/test/foa_96334e23023daeb91ba0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.6 degrees", "canonical_answer": "-59.6 degrees", "answer_meta": {"azimuth_deg": -59.6}}
{"qa_id": "qa_6b31b8d67a5e4faf90d0", "split": "test", "audio_id": "foa_4cdd2d693bba14073f55", "audio_path": "audio/test/foa_4cdd2d693bba14073f55.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "152.2 degrees", "canonical_answer": "152.2 degrees", "answer_meta": {"azimuth_deg": 152.2}}
{"qa_id": "qa_1d761fcbf81082717ea9", "split": "test", "audio_id": "foa_ecb441c99aa78c4601ea", "audio_path": "audio/test/foa_ecb441c99aa78c4601ea.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and above the listener begin? Answer in one sentence.", "answer": "The sound source located to the left and above begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_312841d4225e38e1a221", "split": "test", "audio_id": "foa_a62fbd5324f1516f677c", "audio_path": "audio/test/foa_a62fbd5324f1516f677c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_36394bcbf982da78f059", "split": "test", "audio_id": "foa_5d2393bd17b291e18e62", "audio_path": "audio/test/foa_5d2393bd17b291e18e62.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the female speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.7 degrees", "canonical_answer": "10.7 degrees", "answer_meta": {"elevation_deg": 10.7}}
{"qa_id": "qa_9f62ef3e1befdd06cc76", "split": "test", "audio_id": "foa_f84cdd355ce93a10466d", "audio_path": "audio/test/foa_f84cdd355ce93a10466d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.3 degrees", "canonical_answer": "-26.3 degrees", "answer_meta": {"azimuth_deg": -26.3}}
{"qa_id": "qa_022b89f0eec07d6ea3b4", "split": "test", "audio_id": "foa_b87904513428da4c65d9", "audio_path": "audio/test/foa_b87904513428da4c65d9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the female speaker located behind and to the right start speaking? Answer in one sentence.", "answer": "The sound originating from that position begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_7ad7f6ab41b2671de2b5", "split": "test", "audio_id": "foa_9f353f149abef8ce4975", "audio_path": "audio/test/foa_9f353f149abef8ce4975.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the body sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.2 degrees", "canonical_answer": "-5.2 degrees", "answer_meta": {"elevation_deg": -5.2}}
{"qa_id": "qa_d97e27e49bed4342a741", "split": "test", "audio_id": "foa_585ffbeb71b94c481b6f", "audio_path": "audio/test/foa_585ffbeb71b94c481b6f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the string instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_697ad57b8205174a950a", "split": "test", "audio_id": "foa_b7c439123ad16e9df02d", "audio_path": "audio/test/foa_b7c439123ad16e9df02d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the wood located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.2 degrees", "canonical_answer": "-10.2 degrees", "answer_meta": {"elevation_deg": -10.2}}
{"qa_id": "qa_34c5e4e353fbf70f6699", "split": "test", "audio_id": "foa_36e4ff3481a778e2fb6b", "audio_path": "audio/test/foa_36e4ff3481a778e2fb6b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the war sound located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_b670d001a01a17b95f4c", "split": "test", "audio_id": "foa_ba5469b3d5f05e1cc9b3", "audio_path": "audio/test/foa_ba5469b3d5f05e1cc9b3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and above the listener begin? Answer in one sentence.", "answer": "The sound from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b44baf4e23a092196112", "split": "test", "audio_id": "foa_a1f6fb39e0ae843bd821", "audio_path": "audio/test/foa_a1f6fb39e0ae843bd821.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-106.3 degrees", "canonical_answer": "-106.3 degrees", "answer_meta": {"azimuth_deg": -106.3}}
{"qa_id": "qa_860b563e20a218b19eb0", "split": "test", "audio_id": "foa_a59bcd7e9ae6bcbd090e", "audio_path": "audio/test/foa_a59bcd7e9ae6bcbd090e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.6 degrees", "canonical_answer": "5.6 degrees", "answer_meta": {"elevation_deg": 5.6}}
{"qa_id": "qa_8aee67ab5608625549bf", "split": "test", "audio_id": "foa_5700a58d2c96d84a0419", "audio_path": "audio/test/foa_5700a58d2c96d84a0419.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_97c5ecb8163008457c01", "split": "test", "audio_id": "foa_aaca5cf6f7ffbd324930", "audio_path": "audio/test/foa_aaca5cf6f7ffbd324930.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter originating from the front-right start? Answer in one sentence.", "answer": "The sound of laughter starting from the front-right position begins at 1.9s.", "canonical_answer": "1.9s", "answer_meta": {"onset_time": 1.9}}
{"qa_id": "qa_e13b5c99a9218c318b19", "split": "test", "audio_id": "foa_3d70d06b191393cba59c", "audio_path": "audio/test/foa_3d70d06b191393cba59c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-69.1 degrees", "canonical_answer": "-69.1 degrees", "answer_meta": {"azimuth_deg": -69.1}}
{"qa_id": "qa_5d415c6749e3bd8c23d5", "split": "test", "audio_id": "foa_6cdf050181f4779932b6", "audio_path": "audio/test/foa_6cdf050181f4779932b6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-161.2 degrees", "canonical_answer": "-161.2 degrees", "answer_meta": {"azimuth_deg": -161.2}}
{"qa_id": "qa_761de88fc842c74ddebb", "split": "test", "audio_id": "foa_d6df09520ae4eda9a679", "audio_path": "audio/test/foa_d6df09520ae4eda9a679.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction first begin? Answer in one sentence.", "answer": "The sound coming from the back-right starts at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_41ebd14251526ee0df8b", "split": "test", "audio_id": "foa_9c77799fe3082a70e824", "audio_path": "audio/test/foa_9c77799fe3082a70e824.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_294313dd5e68d8b5b6a1", "split": "test", "audio_id": "foa_c3f8ec5b96c093d34256", "audio_path": "audio/test/foa_c3f8ec5b96c093d34256.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.7 degrees", "canonical_answer": "-14.7 degrees", "answer_meta": {"elevation_deg": -14.7}}
{"qa_id": "qa_2dfd106c7f09f10dc490", "split": "test", "audio_id": "foa_86dc7b1be345bb16d274", "audio_path": "audio/test/foa_86dc7b1be345bb16d274.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_82f10781eeb10af826e6", "split": "test", "audio_id": "foa_7254bb89ad0011ab6a38", "audio_path": "audio/test/foa_7254bb89ad0011ab6a38.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "46.6 degrees", "canonical_answer": "46.6 degrees", "answer_meta": {"azimuth_deg": 46.6}}
{"qa_id": "qa_851f9ef04e3859ddae54", "split": "test", "audio_id": "foa_8f6e3c6cd08f7e691378", "audio_path": "audio/test/foa_8f6e3c6cd08f7e691378.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and above the listener begin? Answer in one sentence.", "answer": "The sound source located behind and above begins its activity at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_65bc9fbb4fe2e6ecfc7e", "split": "test", "audio_id": "foa_a8ed3347cae2c9b4597a", "audio_path": "audio/test/foa_a8ed3347cae2c9b4597a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.4 degrees", "canonical_answer": "16.4 degrees", "answer_meta": {"elevation_deg": 16.4}}
{"qa_id": "qa_7ccab94d0e98f621c8ab", "split": "test", "audio_id": "foa_3331c18aa3b07eb4c4ea", "audio_path": "audio/test/foa_3331c18aa3b07eb4c4ea.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.1 degrees", "canonical_answer": "-50.1 degrees", "answer_meta": {"elevation_deg": -50.1}}
{"qa_id": "qa_8536783111663b655c68", "split": "test", "audio_id": "foa_5bc6b642108478674639", "audio_path": "audio/test/foa_5bc6b642108478674639.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tearing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-96.6 degrees", "canonical_answer": "-96.6 degrees", "answer_meta": {"azimuth_deg": -96.6}}
{"qa_id": "qa_63b34fe03e7b810ce43e", "split": "test", "audio_id": "foa_2462047468655910e964", "audio_path": "audio/test/foa_2462047468655910e964.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the back-right direction first begin? Answer in one sentence.", "answer": "The sound originating from the back-right becomes active at 0.7s.", "canonical_answer": "0.7s", "answer_meta": {"onset_time": 0.7}}
{"qa_id": "qa_d2879b5cd9bd8dc8b037", "split": "test", "audio_id": "foa_bbb8eb83b4fb830bc8dd", "audio_path": "audio/test/foa_bbb8eb83b4fb830bc8dd.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the camera? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_908275689c21a8ee553a", "split": "test", "audio_id": "foa_e661c91ee352a63e8977", "audio_path": "audio/test/foa_e661c91ee352a63e8977.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the alarm, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_16b81469dfd392d2c3a8", "split": "test", "audio_id": "foa_ae1c87e2b4441a85843d", "audio_path": "audio/test/foa_ae1c87e2b4441a85843d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the front-right start? Answer in one sentence.", "answer": "The speech sound coming from the front-right begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9eae93c8bc338f00cf8b", "split": "test", "audio_id": "foa_257be08cf4157c753838", "audio_path": "audio/test/foa_257be08cf4157c753838.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "91.5 degrees", "canonical_answer": "91.5 degrees", "answer_meta": {"azimuth_deg": 91.5}}
{"qa_id": "qa_62200262a704657d4758", "split": "test", "audio_id": "foa_2e6a9352b52238eb5464", "audio_path": "audio/test/foa_2e6a9352b52238eb5464.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.7 degrees", "canonical_answer": "21.7 degrees", "answer_meta": {"elevation_deg": 21.7}}
{"qa_id": "qa_5a5b0abd2692dec3852e", "split": "test", "audio_id": "foa_5d8b1b874322130a6424", "audio_path": "audio/test/foa_5d8b1b874322130a6424.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wood source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_e5423e0a6f4d0658b083", "split": "test", "audio_id": "foa_7b1c4e5534eae3a29805", "audio_path": "audio/test/foa_7b1c4e5534eae3a29805.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located directly in front of the listener begin? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_0eb8e44cabacbf255362", "split": "test", "audio_id": "foa_1d6dbbabc4d5a3205360", "audio_path": "audio/test/foa_1d6dbbabc4d5a3205360.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "39.3 degrees", "canonical_answer": "39.3 degrees", "answer_meta": {"azimuth_deg": 39.3}}
{"qa_id": "qa_24e397ac7fa2519ff763", "split": "test", "audio_id": "foa_0d3debbbcca88dbfc50f", "audio_path": "audio/test/foa_0d3debbbcca88dbfc50f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the crack? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.4 degrees", "canonical_answer": "-24.4 degrees", "answer_meta": {"elevation_deg": -24.4}}
{"qa_id": "qa_99b089b0e9d2ec474c46", "split": "test", "audio_id": "foa_7b1d63b1222d2df0bccd", "audio_path": "audio/test/foa_7b1d63b1222d2df0bccd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "149.1 degrees", "canonical_answer": "149.1 degrees", "answer_meta": {"azimuth_deg": 149.1}}
{"qa_id": "qa_78b27de8515ebc00404e", "split": "test", "audio_id": "foa_45b63b8e36b6bc78b8d3", "audio_path": "audio/test/foa_45b63b8e36b6bc78b8d3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.7 degrees", "canonical_answer": "-5.7 degrees", "answer_meta": {"elevation_deg": -5.7}}
{"qa_id": "qa_ab11c2722fbd492bdb64", "split": "test", "audio_id": "foa_438b72e9dcfe5c9dbad0", "audio_path": "audio/test/foa_438b72e9dcfe5c9dbad0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the train from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_d49bbfc028ff2e726c02", "split": "test", "audio_id": "foa_cfc80537e393fd32c126", "audio_path": "audio/test/foa_cfc80537e393fd32c126.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound coming from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_856d2a7c9301cdbdd4cb", "split": "test", "audio_id": "foa_8d18676f07824dec6c7f", "audio_path": "audio/test/foa_8d18676f07824dec6c7f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.9 degrees", "canonical_answer": "-10.9 degrees", "answer_meta": {"elevation_deg": -10.9}}
{"qa_id": "qa_1b5c20cee96f08446e95", "split": "test", "audio_id": "foa_93eb6ae61117d48ab45f", "audio_path": "audio/test/foa_93eb6ae61117d48ab45f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of rain? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_a9e90e614324edfe456e", "split": "test", "audio_id": "foa_f2a735e14c08a768c9da", "audio_path": "audio/test/foa_f2a735e14c08a768c9da.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound from the back-left starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_78d02786fd484c8ff299", "split": "test", "audio_id": "foa_9ebe00d8fbc743b3b820", "audio_path": "audio/test/foa_9ebe00d8fbc743b3b820.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.6 degrees", "canonical_answer": "20.6 degrees", "answer_meta": {"azimuth_deg": 20.6}}
{"qa_id": "qa_1fbf11c4444364415782", "split": "test", "audio_id": "foa_ab99999fc409bce392ac", "audio_path": "audio/test/foa_ab99999fc409bce392ac.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the metal clink sound originate from the front-left direction? Answer in one sentence.", "answer": "The sound source located at the front-left begins at 1.9s.", "canonical_answer": "1.9s", "answer_meta": {"onset_time": 1.9}}
{"qa_id": "qa_dc238f62094fa87d89c3", "split": "test", "audio_id": "foa_4efcdf28ed646dc4e5aa", "audio_path": "audio/test/foa_4efcdf28ed646dc4e5aa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "104.6 degrees", "canonical_answer": "104.6 degrees", "answer_meta": {"azimuth_deg": 104.6}}
{"qa_id": "qa_14e8ee83266dfde3689b", "split": "test", "audio_id": "foa_34d88a3867f30e73fe61", "audio_path": "audio/test/foa_34d88a3867f30e73fe61.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.0 degrees", "canonical_answer": "-3.0 degrees", "answer_meta": {"elevation_deg": -3.0}}
{"qa_id": "qa_c7ed9ce538b12d488406", "split": "test", "audio_id": "foa_27edc9b7c5e2caf83b1d", "audio_path": "audio/test/foa_27edc9b7c5e2caf83b1d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the insect from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_feaed88b3ce4fadf5eb4", "split": "test", "audio_id": "foa_8c6189f2d885fd6f294d", "audio_path": "audio/test/foa_8c6189f2d885fd6f294d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the animal from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_9c09e5044fcad2d25fb0", "split": "test", "audio_id": "foa_a713a4c57d7c64f065a6", "audio_path": "audio/test/foa_a713a4c57d7c64f065a6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound originating from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_386f80f52f4427fab0fe", "split": "test", "audio_id": "foa_f07e4b3bf1c4f7749fdb", "audio_path": "audio/test/foa_f07e4b3bf1c4f7749fdb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-67.1 degrees", "canonical_answer": "-67.1 degrees", "answer_meta": {"azimuth_deg": -67.1}}
{"qa_id": "qa_90a39df1132da908635d", "split": "test", "audio_id": "foa_6f066d66e33d2c5c0f31", "audio_path": "audio/test/foa_6f066d66e33d2c5c0f31.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the paper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.4 degrees", "canonical_answer": "6.4 degrees", "answer_meta": {"elevation_deg": 6.4}}
{"qa_id": "qa_8593ed900f1c03276f20", "split": "test", "audio_id": "foa_48d68d90abc2f6bf6cf8", "audio_path": "audio/test/foa_48d68d90abc2f6bf6cf8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_d394915314e6320fb05f", "split": "test", "audio_id": "foa_42bf0816acf8c57886fa", "audio_path": "audio/test/foa_42bf0816acf8c57886fa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.2 degrees", "canonical_answer": "-16.2 degrees", "answer_meta": {"elevation_deg": -16.2}}
{"qa_id": "qa_db1ecc9a713a3fa3edb7", "split": "test", "audio_id": "foa_dd3b1c9bcbfe7969d710", "audio_path": "audio/test/foa_dd3b1c9bcbfe7969d710.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_3361da875e7072a9caa4", "split": "test", "audio_id": "foa_76d92e83b335f4a05ec8", "audio_path": "audio/test/foa_76d92e83b335f4a05ec8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the finger snapping sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.9 degrees", "canonical_answer": "-80.9 degrees", "answer_meta": {"azimuth_deg": -80.9}}
{"qa_id": "qa_fc15dd23177c32a0296c", "split": "test", "audio_id": "foa_058c6b137a005718ccae", "audio_path": "audio/test/foa_058c6b137a005718ccae.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the scratch sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_0ffb520698f4bae08191", "split": "test", "audio_id": "foa_467ae93f2a966674483f", "audio_path": "audio/test/foa_467ae93f2a966674483f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument start playing from behind and above the listener? Answer in one sentence.", "answer": "The string instrument begins to produce sound at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_21df5b1526b277c547ec", "split": "test", "audio_id": "foa_278afad7e77d36e54d84", "audio_path": "audio/test/foa_278afad7e77d36e54d84.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.2 degrees", "canonical_answer": "20.2 degrees", "answer_meta": {"elevation_deg": 20.2}}
{"qa_id": "qa_390cba2d52d62147f971", "split": "test", "audio_id": "foa_7b3005b767c53918e740", "audio_path": "audio/test/foa_7b3005b767c53918e740.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-57.0 degrees", "canonical_answer": "-57.0 degrees", "answer_meta": {"azimuth_deg": -57.0}}
{"qa_id": "qa_783da65e308c8f4cd7e7", "split": "test", "audio_id": "foa_66c69de2cb76c9fde4e5", "audio_path": "audio/test/foa_66c69de2cb76c9fde4e5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.2 degrees", "canonical_answer": "-20.2 degrees", "answer_meta": {"elevation_deg": -20.2}}
{"qa_id": "qa_b55170822dd0e6f5c5c0", "split": "test", "audio_id": "foa_cef4df79e985a2097788", "audio_path": "audio/test/foa_cef4df79e985a2097788.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound source from that direction begins at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_8e7b8679f09dda4796d9", "split": "test", "audio_id": "foa_fd965163fb0128924c1e", "audio_path": "audio/test/foa_fd965163fb0128924c1e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_3d483ab8faf850d31ee8", "split": "test", "audio_id": "foa_d3685f465b70ee53ebd9", "audio_path": "audio/test/foa_d3685f465b70ee53ebd9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-89.8 degrees", "canonical_answer": "-89.8 degrees", "answer_meta": {"azimuth_deg": -89.8}}
{"qa_id": "qa_14241fe255058dd91c79", "split": "test", "audio_id": "foa_5415deb5c993a5b0bf6c", "audio_path": "audio/test/foa_5415deb5c993a5b0bf6c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the clock from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_4364293e68b9c94a1061", "split": "test", "audio_id": "foa_2b7066fbd9fc2c0f43d0", "audio_path": "audio/test/foa_2b7066fbd9fc2c0f43d0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound source located in the back-right direction becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_7517a87b6cff6df37de6", "split": "test", "audio_id": "foa_b81b8f67004422dc1313", "audio_path": "audio/test/foa_b81b8f67004422dc1313.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.9 degrees", "canonical_answer": "-32.9 degrees", "answer_meta": {"azimuth_deg": -32.9}}
{"qa_id": "qa_72df59dfa81446341bd3", "split": "test", "audio_id": "foa_9092bb1b37ea07aac2b8", "audio_path": "audio/test/foa_9092bb1b37ea07aac2b8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.7 degrees", "canonical_answer": "-13.7 degrees", "answer_meta": {"elevation_deg": -13.7}}
{"qa_id": "qa_47d1737176c1d5bb2b11", "split": "test", "audio_id": "foa_1f8171117f055aba959f", "audio_path": "audio/test/foa_1f8171117f055aba959f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the footsteps? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_345ea0d38920a0b3b265", "split": "test", "audio_id": "foa_643bd276707a1c918538", "audio_path": "audio/test/foa_643bd276707a1c918538.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-138.0 degrees", "canonical_answer": "-138.0 degrees", "answer_meta": {"azimuth_deg": -138.0}}
{"qa_id": "qa_714b5360aa7ff0b0b281", "split": "test", "audio_id": "foa_af34899508205f86e91c", "audio_path": "audio/test/foa_af34899508205f86e91c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1ad109d2f82a68cfa0e7", "split": "test", "audio_id": "foa_520fd5ce48c07c85f536", "audio_path": "audio/test/foa_520fd5ce48c07c85f536.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the kitchenware located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.9 degrees", "canonical_answer": "29.9 degrees", "answer_meta": {"elevation_deg": 29.9}}
{"qa_id": "qa_c914f03973311ac19e2b", "split": "test", "audio_id": "foa_4b0247149d6a29edda72", "audio_path": "audio/test/foa_4b0247149d6a29edda72.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the wind instrument located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_55030bcaad972808ccb2", "split": "test", "audio_id": "foa_54c33a6e0d0dd3972b7a", "audio_path": "audio/test/foa_54c33a6e0d0dd3972b7a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.5 degrees", "canonical_answer": "-32.5 degrees", "answer_meta": {"azimuth_deg": -32.5}}
{"qa_id": "qa_4d3f05e3f105ac0a2a58", "split": "test", "audio_id": "foa_8398e96d62d815203bb3", "audio_path": "audio/test/foa_8398e96d62d815203bb3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.9 degrees", "canonical_answer": "8.9 degrees", "answer_meta": {"elevation_deg": 8.9}}
{"qa_id": "qa_37494eb8a51820ce61b2", "split": "test", "audio_id": "foa_b58ce0e269f00148cef1", "audio_path": "audio/test/foa_b58ce0e269f00148cef1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound coming from the left and above begin? Answer in one sentence.", "answer": "The sound originating from the left and above begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_0c0366810ab96427f04a", "split": "test", "audio_id": "foa_a1658892247f8e885072", "audio_path": "audio/test/foa_a1658892247f8e885072.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the singing located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.1 degrees", "canonical_answer": "-23.1 degrees", "answer_meta": {"elevation_deg": -23.1}}
{"qa_id": "qa_9ead473a6fcac94eb38a", "split": "test", "audio_id": "foa_fa9c9171e7ec5a554a53", "audio_path": "audio/test/foa_fa9c9171e7ec5a554a53.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the laughter located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_6beef3e7ca7e0f41af53", "split": "test", "audio_id": "foa_e12218cfc85323b5651b", "audio_path": "audio/test/foa_e12218cfc85323b5651b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the telephone alarm located to the front-left and below begin to play? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_df61cf52235d718e5bcb", "split": "test", "audio_id": "foa_f9c63f042280b65362c8", "audio_path": "audio/test/foa_f9c63f042280b65362c8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.2 degrees", "canonical_answer": "14.2 degrees", "answer_meta": {"azimuth_deg": 14.2}}
{"qa_id": "qa_03141b2eb33301d74ac6", "split": "test", "audio_id": "foa_68d0c9999bdfcb55d25a", "audio_path": "audio/test/foa_68d0c9999bdfcb55d25a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the typing sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_cb024640ccc856b119f8", "split": "test", "audio_id": "foa_af4a531a8672a4af3aed", "audio_path": "audio/test/foa_af4a531a8672a4af3aed.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound source located at the front-right becomes active at 0.8s.", "canonical_answer": "0.8s", "answer_meta": {"onset_time": 0.8}}
{"qa_id": "qa_3623104e9e7d78487ea0", "split": "test", "audio_id": "foa_6dc8f14ebb15fd5084ab", "audio_path": "audio/test/foa_6dc8f14ebb15fd5084ab.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the thunderstorm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-93.4 degrees", "canonical_answer": "-93.4 degrees", "answer_meta": {"azimuth_deg": -93.4}}
{"qa_id": "qa_2a2febf15459db125dec", "split": "test", "audio_id": "foa_3fcb84b91ab48295ca76", "audio_path": "audio/test/foa_3fcb84b91ab48295ca76.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the drum positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.2 degrees", "canonical_answer": "-31.2 degrees", "answer_meta": {"elevation_deg": -31.2}}
{"qa_id": "qa_deb3c5d4b208f0a44699", "split": "test", "audio_id": "foa_7dab71868856d8744978", "audio_path": "audio/test/foa_7dab71868856d8744978.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "107.9 degrees", "canonical_answer": "107.9 degrees", "answer_meta": {"azimuth_deg": 107.9}}
{"qa_id": "qa_2b0df5ae4c8ef286766d", "split": "test", "audio_id": "foa_9c50735f56e504b37f00", "audio_path": "audio/test/foa_9c50735f56e504b37f00.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance are the footsteps occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_68fe1165249ade15c51e", "split": "test", "audio_id": "foa_38fd4ffee0b51253e437", "audio_path": "audio/test/foa_38fd4ffee0b51253e437.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left start? Answer in one sentence.", "answer": "The sound originating from the left begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_3fc54954fd7a0acb30dc", "split": "test", "audio_id": "foa_0541ac6cdfecbb021575", "audio_path": "audio/test/foa_0541ac6cdfecbb021575.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.1 degrees", "canonical_answer": "4.1 degrees", "answer_meta": {"elevation_deg": 4.1}}
{"qa_id": "qa_a17e4d974ef17effe13b", "split": "test", "audio_id": "foa_208f9d916d5a7a066d25", "audio_path": "audio/test/foa_208f9d916d5a7a066d25.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the singing sound source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_f05a296a2d0ac9df84e0", "split": "test", "audio_id": "foa_53aadf64651ce1fd7a66", "audio_path": "audio/test/foa_53aadf64651ce1fd7a66.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "63.2 degrees", "canonical_answer": "63.2 degrees", "answer_meta": {"azimuth_deg": 63.2}}
{"qa_id": "qa_296e17704c2646b9fe28", "split": "test", "audio_id": "foa_e1c397e19516be579dac", "audio_path": "audio/test/foa_e1c397e19516be579dac.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned in front of and above the listener begin to play? Answer in one sentence.", "answer": "The string instrument starts playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d5e33e367e98d78da9c1", "split": "test", "audio_id": "foa_5e2d57bd6be70a51d7a5", "audio_path": "audio/test/foa_5e2d57bd6be70a51d7a5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.2 degrees", "canonical_answer": "-51.2 degrees", "answer_meta": {"elevation_deg": -51.2}}
{"qa_id": "qa_1cf5a1da4781380884c4", "split": "test", "audio_id": "foa_68bea82427bebf416338", "audio_path": "audio/test/foa_68bea82427bebf416338.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.1 meters", "canonical_answer": "4.1 meters", "answer_meta": {"distance_m": 4.1}}
{"qa_id": "qa_61ae443236e58df7155f", "split": "test", "audio_id": "foa_1aa7d55e9b8be5286d78", "audio_path": "audio/test/foa_1aa7d55e9b8be5286d78.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech source located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_a3fa83f7e71cf5af3f68", "split": "test", "audio_id": "foa_beca456920cd575ca301", "audio_path": "audio/test/foa_beca456920cd575ca301.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crack sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The crack sound coming from the front-left direction starts at 5.1s.", "canonical_answer": "5.1s", "answer_meta": {"onset_time": 5.1}}
{"qa_id": "qa_55e61c4b98405094face", "split": "test", "audio_id": "foa_c24f32a3c6478545d185", "audio_path": "audio/test/foa_c24f32a3c6478545d185.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.9 degrees", "canonical_answer": "5.9 degrees", "answer_meta": {"azimuth_deg": 5.9}}
{"qa_id": "qa_783c4bc640e8cdf9543e", "split": "test", "audio_id": "foa_b9637dc59a131700fbc9", "audio_path": "audio/test/foa_b9637dc59a131700fbc9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.4 degrees", "canonical_answer": "-32.4 degrees", "answer_meta": {"azimuth_deg": -32.4}}
{"qa_id": "qa_462403716326ddb979c6", "split": "test", "audio_id": "foa_b022911fc96111f3aee9", "audio_path": "audio/test/foa_b022911fc96111f3aee9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.7 meters", "canonical_answer": "3.7 meters", "answer_meta": {"distance_m": 3.7}}
{"qa_id": "qa_301f0a4491cd81057a29", "split": "test", "audio_id": "foa_5f787c672d562ca8ae07", "audio_path": "audio/test/foa_5f787c672d562ca8ae07.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.2 degrees", "canonical_answer": "19.2 degrees", "answer_meta": {"elevation_deg": 19.2}}
{"qa_id": "qa_64efd6b8e3196ad991ce", "split": "test", "audio_id": "foa_ac528a30b749ff7e98a0", "audio_path": "audio/test/foa_ac528a30b749ff7e98a0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the thunderstorm located at an azimuth of 166.8 degrees and an elevation of 6.1 degrees begin? Answer in one sentence.", "answer": "The thunderstorm becomes active at 1.4s.", "canonical_answer": "1.4s", "answer_meta": {"onset_time": 1.4}}
{"qa_id": "qa_f825ad69bd9be1181a50", "split": "test", "audio_id": "foa_a849b5c2eda4a32a7b0d", "audio_path": "audio/test/foa_a849b5c2eda4a32a7b0d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the frog in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_41759fa46d6e97cc7440", "split": "test", "audio_id": "foa_3ac44a3adacc9c97e8f8", "audio_path": "audio/test/foa_3ac44a3adacc9c97e8f8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front become audible? Answer in one sentence.", "answer": "The sound source located in the front begins at 1.3s.", "canonical_answer": "1.3s", "answer_meta": {"onset_time": 1.3}}
{"qa_id": "qa_e2b3128e060600b60f6c", "split": "test", "audio_id": "foa_03260a500b07d96a668c", "audio_path": "audio/test/foa_03260a500b07d96a668c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.9 degrees", "canonical_answer": "41.9 degrees", "answer_meta": {"azimuth_deg": 41.9}}
{"qa_id": "qa_602c66790d08a7ce1cb1", "split": "test", "audio_id": "foa_1dc067a6aa47777c90b3", "audio_path": "audio/test/foa_1dc067a6aa47777c90b3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the male speech occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.9 degrees", "canonical_answer": "26.9 degrees", "answer_meta": {"elevation_deg": 26.9}}
{"qa_id": "qa_8a0a1139f7e3921a27e3", "split": "test", "audio_id": "foa_f240dca67ba00a53ef7b", "audio_path": "audio/test/foa_f240dca67ba00a53ef7b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the typing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "9.0 meters", "canonical_answer": "9.0 meters", "answer_meta": {"distance_m": 9.0}}
{"qa_id": "qa_81793728dde758893f3a", "split": "test", "audio_id": "foa_b9a119b509a01fc96b79", "audio_path": "audio/test/foa_b9a119b509a01fc96b79.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.6 degrees", "canonical_answer": "25.6 degrees", "answer_meta": {"elevation_deg": 25.6}}
{"qa_id": "qa_3a0b9317737faff2cb2d", "split": "test", "audio_id": "foa_0be48829c417b79de6b2", "audio_path": "audio/test/foa_0be48829c417b79de6b2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.8 degrees", "canonical_answer": "27.8 degrees", "answer_meta": {"azimuth_deg": 27.8}}
{"qa_id": "qa_c1a3c01ae1a4101ede3c", "split": "test", "audio_id": "foa_2978a10f4eea09da1059", "audio_path": "audio/test/foa_2978a10f4eea09da1059.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the war sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The war sound coming from that location begins at 5.1 seconds.", "canonical_answer": "5.1s", "answer_meta": {"onset_time": 5.1}}
{"qa_id": "qa_64c4a69e1eeaeee0656e", "split": "test", "audio_id": "foa_96a1d7b3828380634a53", "audio_path": "audio/test/foa_96a1d7b3828380634a53.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the fire located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_58343bc818d9591a5984", "split": "test", "audio_id": "foa_2b67fcf6990b2fe1b6cd", "audio_path": "audio/test/foa_2b67fcf6990b2fe1b6cd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound coming from the right becomes active at 1.1s.", "canonical_answer": "1.1s", "answer_meta": {"onset_time": 1.1}}
{"qa_id": "qa_8919d0a471bc78ff6435", "split": "test", "audio_id": "foa_5fa93b2e2f06623f1f5e", "audio_path": "audio/test/foa_5fa93b2e2f06623f1f5e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the finger snapping occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.9 degrees", "canonical_answer": "-2.9 degrees", "answer_meta": {"azimuth_deg": -2.9}}
{"qa_id": "qa_f8ced13936d43d8e5f8e", "split": "test", "audio_id": "foa_6f85f615a32b66170864", "audio_path": "audio/test/foa_6f85f615a32b66170864.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the dog? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.5 degrees", "canonical_answer": "-13.5 degrees", "answer_meta": {"elevation_deg": -13.5}}
{"qa_id": "qa_7113311caac4e6edbe88", "split": "test", "audio_id": "foa_529d1ab6eb0e3cc50f71", "audio_path": "audio/test/foa_529d1ab6eb0e3cc50f71.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.9 degrees", "canonical_answer": "-33.9 degrees", "answer_meta": {"elevation_deg": -33.9}}
{"qa_id": "qa_9ff30df68ebaa5eacd9f", "split": "test", "audio_id": "foa_23a14d5e5252fb633b04", "audio_path": "audio/test/foa_23a14d5e5252fb633b04.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of typing occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_9de2052ece783737b925", "split": "test", "audio_id": "foa_40d5d46e1e8caad31678", "audio_path": "audio/test/foa_40d5d46e1e8caad31678.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_fdf96e75ac2f36daa0db", "split": "test", "audio_id": "foa_d0b8a86ee2ae04af4a54", "audio_path": "audio/test/foa_d0b8a86ee2ae04af4a54.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "62.4 degrees", "canonical_answer": "62.4 degrees", "answer_meta": {"azimuth_deg": 62.4}}
{"qa_id": "qa_f257049ead50fd768d6a", "split": "test", "audio_id": "foa_c5a31a849825821c678c", "audio_path": "audio/test/foa_c5a31a849825821c678c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.0 degrees", "canonical_answer": "-3.0 degrees", "answer_meta": {"elevation_deg": -3.0}}
{"qa_id": "qa_33c42270f1fb63b609ba", "split": "test", "audio_id": "foa_979aa8d5b467c567c6b7", "audio_path": "audio/test/foa_979aa8d5b467c567c6b7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_20bc395e9ac789107050", "split": "test", "audio_id": "foa_bc654e948f044bf407d7", "audio_path": "audio/test/foa_bc654e948f044bf407d7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.5 degrees", "canonical_answer": "-18.5 degrees", "answer_meta": {"azimuth_deg": -18.5}}
{"qa_id": "qa_063c0dda5821cd505d8c", "split": "test", "audio_id": "foa_8cebd05ca147f2fdc6cc", "audio_path": "audio/test/foa_8cebd05ca147f2fdc6cc.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_9173bf0aa074d85bfacd", "split": "test", "audio_id": "foa_8228486e0ce792a5262f", "audio_path": "audio/test/foa_8228486e0ce792a5262f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.1 degrees", "canonical_answer": "2.1 degrees", "answer_meta": {"elevation_deg": 2.1}}
{"qa_id": "qa_a76752b7ecad37d2859f", "split": "test", "audio_id": "foa_c8198d20020195743a46", "audio_path": "audio/test/foa_c8198d20020195743a46.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the front become audible? Answer in one sentence.", "answer": "The sound originating from the front starts at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_6d72cb14427cbff26a16", "split": "test", "audio_id": "foa_547bd882f54615092b0b", "audio_path": "audio/test/foa_547bd882f54615092b0b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_2222728067b30119a80b", "split": "test", "audio_id": "foa_b6a9eee284988e91b548", "audio_path": "audio/test/foa_b6a9eee284988e91b548.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "110.9 degrees", "canonical_answer": "110.9 degrees", "answer_meta": {"azimuth_deg": 110.9}}
{"qa_id": "qa_d21ecca44c41257bb505", "split": "test", "audio_id": "foa_206ed44757266e875fc6", "audio_path": "audio/test/foa_206ed44757266e875fc6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the speech being produced? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.0 degrees", "canonical_answer": "34.0 degrees", "answer_meta": {"elevation_deg": 34.0}}
{"qa_id": "qa_ead2c3506f1268ed4b20", "split": "test", "audio_id": "foa_30248d0f5152bb91ef38", "audio_path": "audio/test/foa_30248d0f5152bb91ef38.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_8de3a94dc3688832f856", "split": "test", "audio_id": "foa_bd9f93300fa6c130334f", "audio_path": "audio/test/foa_bd9f93300fa6c130334f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speaker located to the right begin speaking? Answer in one sentence.", "answer": "The sound from the right begins at 1.0s.", "canonical_answer": "1.0s", "answer_meta": {"onset_time": 1.0}}
{"qa_id": "qa_fe30ded67250753b9f22", "split": "test", "audio_id": "foa_78a0e5b680e3ad3054f1", "audio_path": "audio/test/foa_78a0e5b680e3ad3054f1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-128.8 degrees", "canonical_answer": "-128.8 degrees", "answer_meta": {"azimuth_deg": -128.8}}
{"qa_id": "qa_dc341644ec38b0b3ac9e", "split": "test", "audio_id": "foa_e5eeb371437e9c5eaada", "audio_path": "audio/test/foa_e5eeb371437e9c5eaada.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front become audible? Answer in one sentence.", "answer": "The sound source located in the front becomes active at 0.9s.", "canonical_answer": "0.9s", "answer_meta": {"onset_time": 0.9}}
{"qa_id": "qa_78eb2540cf8b7cc1f51e", "split": "test", "audio_id": "foa_c3d29e170561184bd71d", "audio_path": "audio/test/foa_c3d29e170561184bd71d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_9f4e113b8032f3bf9351", "split": "test", "audio_id": "foa_a8761a3f6dead4cb9276", "audio_path": "audio/test/foa_a8761a3f6dead4cb9276.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-47.6 degrees", "canonical_answer": "-47.6 degrees", "answer_meta": {"elevation_deg": -47.6}}
{"qa_id": "qa_b90257774be6bec64476", "split": "test", "audio_id": "foa_6ca2dacf4998fc7cbf97", "audio_path": "audio/test/foa_6ca2dacf4998fc7cbf97.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.9 degrees", "canonical_answer": "-8.9 degrees", "answer_meta": {"azimuth_deg": -8.9}}
{"qa_id": "qa_b8e37f307ec00f47893b", "split": "test", "audio_id": "foa_0eb24aaf4e9f640e60aa", "audio_path": "audio/test/foa_0eb24aaf4e9f640e60aa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the vehicle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.1 degrees", "canonical_answer": "32.1 degrees", "answer_meta": {"azimuth_deg": 32.1}}
{"qa_id": "qa_0516145afc17ce141810", "split": "test", "audio_id": "foa_fd6c6a196f7803a3f0b3", "audio_path": "audio/test/foa_fd6c6a196f7803a3f0b3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound coming from the back starts at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_dc679c6c187f0467d0f8", "split": "test", "audio_id": "foa_9088a5935293b694ca3b", "audio_path": "audio/test/foa_9088a5935293b694ca3b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the typing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_a1c2283967753e806a5d", "split": "test", "audio_id": "foa_98f4b4b6e7a1b1b20e08", "audio_path": "audio/test/foa_98f4b4b6e7a1b1b20e08.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.5 degrees", "canonical_answer": "-9.5 degrees", "answer_meta": {"elevation_deg": -9.5}}
{"qa_id": "qa_d4c86a0e7acc329cfdf6", "split": "test", "audio_id": "foa_360c23d896867661182f", "audio_path": "audio/test/foa_360c23d896867661182f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crackle? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_2ac985d2b961eaafc100", "split": "test", "audio_id": "foa_800d663210c61c5b4cf6", "audio_path": "audio/test/foa_800d663210c61c5b4cf6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the right side begin? Answer in one sentence.", "answer": "The sound coming from the right becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_1ef7471e261e3e8a126b", "split": "test", "audio_id": "foa_53256174a8fa2b458726", "audio_path": "audio/test/foa_53256174a8fa2b458726.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Where is the guitar positioned in terms of azimuth? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.8 degrees", "canonical_answer": "-11.8 degrees", "answer_meta": {"azimuth_deg": -11.8}}
{"qa_id": "qa_7933d825a73a714dceeb", "split": "test", "audio_id": "foa_dbcba3756d5b6347c391", "audio_path": "audio/test/foa_dbcba3756d5b6347c391.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.1 degrees", "canonical_answer": "-40.1 degrees", "answer_meta": {"elevation_deg": -40.1}}
{"qa_id": "qa_67d50216cf3315ee1235", "split": "test", "audio_id": "foa_b184653dd295febcf145", "audio_path": "audio/test/foa_b184653dd295febcf145.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the metal clink occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_f20866177bb1d5206510", "split": "test", "audio_id": "foa_3d70971c124a279b013b", "audio_path": "audio/test/foa_3d70971c124a279b013b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ee6c63fc5215f28db68b", "split": "test", "audio_id": "foa_ebe854d7b77a540c2ba1", "audio_path": "audio/test/foa_ebe854d7b77a540c2ba1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "110.8 degrees", "canonical_answer": "110.8 degrees", "answer_meta": {"azimuth_deg": 110.8}}
{"qa_id": "qa_01f462c078f250de1cbf", "split": "test", "audio_id": "foa_a3612ece40eb0c22acb1", "audio_path": "audio/test/foa_a3612ece40eb0c22acb1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.5 degrees", "canonical_answer": "-29.5 degrees", "answer_meta": {"elevation_deg": -29.5}}
{"qa_id": "qa_a22dc0fbc6506ecb6416", "split": "test", "audio_id": "foa_89cf4db06301f499a451", "audio_path": "audio/test/foa_89cf4db06301f499a451.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the back-left start? Answer in one sentence.", "answer": "The percussion sound coming from the back-left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_7795829763bff8143f65", "split": "test", "audio_id": "foa_a487e519188f0a448c3c", "audio_path": "audio/test/foa_a487e519188f0a448c3c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the typing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_51c24c625a20eb1c0bca", "split": "test", "audio_id": "foa_0fb444b4bd80c082676e", "audio_path": "audio/test/foa_0fb444b4bd80c082676e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the dog in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.1 degrees", "canonical_answer": "27.1 degrees", "answer_meta": {"elevation_deg": 27.1}}
{"qa_id": "qa_60f9daf8d54a08f35e16", "split": "test", "audio_id": "foa_77b671a9ab075a63d6d0", "audio_path": "audio/test/foa_77b671a9ab075a63d6d0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-112.6 degrees", "canonical_answer": "-112.6 degrees", "answer_meta": {"azimuth_deg": -112.6}}
{"qa_id": "qa_0bf65b08e793dff7206e", "split": "test", "audio_id": "foa_feea7d68061c3daac8b0", "audio_path": "audio/test/foa_feea7d68061c3daac8b0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and above begin? Answer in one sentence.", "answer": "The sound source located to the right and above starts at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_0a759318963a9657b8ad", "split": "test", "audio_id": "foa_4fd972fb3b3931e7d4a3", "audio_path": "audio/test/foa_4fd972fb3b3931e7d4a3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.2 degrees", "canonical_answer": "-5.2 degrees", "answer_meta": {"elevation_deg": -5.2}}
{"qa_id": "qa_b3cba4827111e35a4905", "split": "test", "audio_id": "foa_2fa964d95d8630bff0cf", "audio_path": "audio/test/foa_2fa964d95d8630bff0cf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crackle? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_9ddfe0d92b81ae4b290f", "split": "test", "audio_id": "foa_35e72b86da61bdc2b940", "audio_path": "audio/test/foa_35e72b86da61bdc2b940.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.8 degrees", "canonical_answer": "-29.8 degrees", "answer_meta": {"azimuth_deg": -29.8}}
{"qa_id": "qa_0764d0592012260a28e5", "split": "test", "audio_id": "foa_e9bee041d1d966ab6ab5", "audio_path": "audio/test/foa_e9bee041d1d966ab6ab5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.3 degrees", "canonical_answer": "-24.3 degrees", "answer_meta": {"elevation_deg": -24.3}}
{"qa_id": "qa_62adf39fbfc672f184b3", "split": "test", "audio_id": "foa_ced760b80ae849ff90b1", "audio_path": "audio/test/foa_ced760b80ae849ff90b1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "155.4 degrees", "canonical_answer": "155.4 degrees", "answer_meta": {"azimuth_deg": 155.4}}
{"qa_id": "qa_664a4fba72dc90572402", "split": "test", "audio_id": "foa_70610f2a1f27e883d455", "audio_path": "audio/test/foa_70610f2a1f27e883d455.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_e5cc6cc74be92d628250", "split": "test", "audio_id": "foa_3413672014e89ed682d2", "audio_path": "audio/test/foa_3413672014e89ed682d2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 2.1s.", "canonical_answer": "2.1s", "answer_meta": {"onset_time": 2.1}}
{"qa_id": "qa_8bc02e47bd235eb85b0f", "split": "test", "audio_id": "foa_fc2aa0c6a8baf68823a0", "audio_path": "audio/test/foa_fc2aa0c6a8baf68823a0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_6271e45081e912b73a01", "split": "test", "audio_id": "foa_5d01a6b622fd3ec3df03", "audio_path": "audio/test/foa_5d01a6b622fd3ec3df03.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "92.7 degrees", "canonical_answer": "92.7 degrees", "answer_meta": {"azimuth_deg": 92.7}}
{"qa_id": "qa_dd98a369fb8c1612f239", "split": "test", "audio_id": "foa_a1878aa0bcbb3b3538ec", "audio_path": "audio/test/foa_a1878aa0bcbb3b3538ec.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the drawer cabinet positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.2 degrees", "canonical_answer": "-11.2 degrees", "answer_meta": {"elevation_deg": -11.2}}
{"qa_id": "qa_89e4ff873a20257bc974", "split": "test", "audio_id": "foa_8ad30e1ab60c01a563d3", "audio_path": "audio/test/foa_8ad30e1ab60c01a563d3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing sound originating from the left and below begin? Answer in one sentence.", "answer": "The singing sound coming from that direction begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_e1367fedb98dc9444da4", "split": "test", "audio_id": "foa_a68845829e2883a8bf4d", "audio_path": "audio/test/foa_a68845829e2883a8bf4d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-77.8 degrees", "canonical_answer": "-77.8 degrees", "answer_meta": {"azimuth_deg": -77.8}}
{"qa_id": "qa_74e159e71a7f4b06e059", "split": "test", "audio_id": "foa_3dd00cd57aec1e443e4e", "audio_path": "audio/test/foa_3dd00cd57aec1e443e4e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_8af46d4cc85086dd842d", "split": "test", "audio_id": "foa_d5a484fd2be04f09f3ff", "audio_path": "audio/test/foa_d5a484fd2be04f09f3ff.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned to the left first begin to play? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9dec6879ba535455c12b", "split": "test", "audio_id": "foa_7a24e00a1d13c35aa568", "audio_path": "audio/test/foa_7a24e00a1d13c35aa568.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.0 degrees", "canonical_answer": "-22.0 degrees", "answer_meta": {"elevation_deg": -22.0}}
{"qa_id": "qa_8c8ec8221416f72f4d5a", "split": "test", "audio_id": "foa_78508c3d5c7d8491a0c6", "audio_path": "audio/test/foa_78508c3d5c7d8491a0c6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound from the front-left direction begin? Answer in one sentence.", "answer": "The sound originating from the front-left becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_cc6335a180c3eacf4d37", "split": "test", "audio_id": "foa_e86a0ab3e755ffd4c1fa", "audio_path": "audio/test/foa_e86a0ab3e755ffd4c1fa.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing sound source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_5bcce9b278ba4f23028c", "split": "test", "audio_id": "foa_4457db441997391ca3fd", "audio_path": "audio/test/foa_4457db441997391ca3fd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-44.9 degrees", "canonical_answer": "-44.9 degrees", "answer_meta": {"elevation_deg": -44.9}}
{"qa_id": "qa_ef19350ca4a77690145a", "split": "test", "audio_id": "foa_47285f982f3100fd4874", "audio_path": "audio/test/foa_47285f982f3100fd4874.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-65.7 degrees", "canonical_answer": "-65.7 degrees", "answer_meta": {"azimuth_deg": -65.7}}
{"qa_id": "qa_028721d6ddd0623ceb5f", "split": "test", "audio_id": "foa_bd2d3f0766fd2f217651", "audio_path": "audio/test/foa_bd2d3f0766fd2f217651.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the vehicle in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_5d1f55ccd3a6c22dc3d8", "split": "test", "audio_id": "foa_c74c934f2f3e7cb0a580", "audio_path": "audio/test/foa_c74c934f2f3e7cb0a580.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.1 degrees", "canonical_answer": "-83.1 degrees", "answer_meta": {"azimuth_deg": -83.1}}
{"qa_id": "qa_489a83cd7f02639337ca", "split": "test", "audio_id": "foa_318fea4fa52814b7a076", "audio_path": "audio/test/foa_318fea4fa52814b7a076.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.3 degrees", "canonical_answer": "-28.3 degrees", "answer_meta": {"elevation_deg": -28.3}}
{"qa_id": "qa_cdd64d701908bdd888a7", "split": "test", "audio_id": "foa_9289aad8ed0aa308ba7f", "audio_path": "audio/test/foa_9289aad8ed0aa308ba7f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the back-right direction first begin? Answer in one sentence.", "answer": "The sound source located in the back-right starts at 1.8s.", "canonical_answer": "1.8s", "answer_meta": {"onset_time": 1.8}}
{"qa_id": "qa_1366f195debce9865672", "split": "test", "audio_id": "foa_80e43e621ebe1df62684", "audio_path": "audio/test/foa_80e43e621ebe1df62684.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.2 degrees", "canonical_answer": "22.2 degrees", "answer_meta": {"azimuth_deg": 22.2}}
{"qa_id": "qa_9884a3ceefd91c072a58", "split": "test", "audio_id": "foa_aaaf23058ade9d52416d", "audio_path": "audio/test/foa_aaaf23058ade9d52416d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the war sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_64ae77cac35254027486", "split": "test", "audio_id": "foa_50095423178c50899b93", "audio_path": "audio/test/foa_50095423178c50899b93.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.0 degrees", "canonical_answer": "5.0 degrees", "answer_meta": {"elevation_deg": 5.0}}
{"qa_id": "qa_a602941b29b9eaa8c6c4", "split": "test", "audio_id": "foa_bdb4a849cf1a01cacad1", "audio_path": "audio/test/foa_bdb4a849cf1a01cacad1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound coming from the back-left direction starts at 0.8s.", "canonical_answer": "0.8s", "answer_meta": {"onset_time": 0.8}}
{"qa_id": "qa_5cafe38bf9409bb56734", "split": "test", "audio_id": "foa_dc49942544827a71fec3", "audio_path": "audio/test/foa_dc49942544827a71fec3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the laughter occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.1 degrees", "canonical_answer": "15.1 degrees", "answer_meta": {"elevation_deg": 15.1}}
{"qa_id": "qa_779b5afddb7b9f444e7f", "split": "test", "audio_id": "foa_50f0404f2c2225832014", "audio_path": "audio/test/foa_50f0404f2c2225832014.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-131.1 degrees", "canonical_answer": "-131.1 degrees", "answer_meta": {"azimuth_deg": -131.1}}
{"qa_id": "qa_cdae9dd163595d08968c", "split": "test", "audio_id": "foa_05f671854f9689e8cea2", "audio_path": "audio/test/foa_05f671854f9689e8cea2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the scratching sound originate from the front-left direction? Answer in one sentence.", "answer": "The scratching sound begins at 3.2s.", "canonical_answer": "3.2s", "answer_meta": {"onset_time": 3.2}}
{"qa_id": "qa_bbdf18f0167319e8b1a3", "split": "test", "audio_id": "foa_4c324da3553fe5c961b4", "audio_path": "audio/test/foa_4c324da3553fe5c961b4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_05c5ff3ca5dea75c811b", "split": "test", "audio_id": "foa_bae309dbf01fe3b7a83f", "audio_path": "audio/test/foa_bae309dbf01fe3b7a83f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.9 degrees", "canonical_answer": "-30.9 degrees", "answer_meta": {"elevation_deg": -30.9}}
{"qa_id": "qa_83f1c4b6e5565fde60b1", "split": "test", "audio_id": "foa_5b037fb6b9f47cc07927", "audio_path": "audio/test/foa_5b037fb6b9f47cc07927.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth angle of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.3 degrees", "canonical_answer": "-18.3 degrees", "answer_meta": {"azimuth_deg": -18.3}}
{"qa_id": "qa_bb3ba113256f77fe9d20", "split": "test", "audio_id": "foa_5d794aa9853bd533cfe3", "audio_path": "audio/test/foa_5d794aa9853bd533cfe3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_58a94ac09b2208e3b1b4", "split": "test", "audio_id": "foa_8156dd16cc9f9795b132", "audio_path": "audio/test/foa_8156dd16cc9f9795b132.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound located to the front-right begin? Answer in one sentence.", "answer": "The breathing sound starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0776f6e492d6ef45c1a6", "split": "test", "audio_id": "foa_b79df9e71860acdd3b3d", "audio_path": "audio/test/foa_b79df9e71860acdd3b3d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.0 degrees", "canonical_answer": "4.0 degrees", "answer_meta": {"elevation_deg": 4.0}}
{"qa_id": "qa_951458b8f0ecab3ad39b", "split": "test", "audio_id": "foa_92363ab7bce55d5d5b5f", "audio_path": "audio/test/foa_92363ab7bce55d5d5b5f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_43678c3c868807d77f41", "split": "test", "audio_id": "foa_43f4f1830cc3f17a8253", "audio_path": "audio/test/foa_43f4f1830cc3f17a8253.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "117.1 degrees", "canonical_answer": "117.1 degrees", "answer_meta": {"azimuth_deg": 117.1}}
{"qa_id": "qa_a1e6d2bbb132cf8a83fc", "split": "test", "audio_id": "foa_34041b13513481052487", "audio_path": "audio/test/foa_34041b13513481052487.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 0.4 seconds.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_0b12d94e3012623f7d38", "split": "test", "audio_id": "foa_13390647de25d3541e6d", "audio_path": "audio/test/foa_13390647de25d3541e6d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the writing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-85.8 degrees", "canonical_answer": "-85.8 degrees", "answer_meta": {"azimuth_deg": -85.8}}
{"qa_id": "qa_1b7212d6579c6a3c2cf5", "split": "test", "audio_id": "foa_20e53f042f1bb9eea40a", "audio_path": "audio/test/foa_20e53f042f1bb9eea40a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.6 degrees", "canonical_answer": "10.6 degrees", "answer_meta": {"elevation_deg": 10.6}}
{"qa_id": "qa_1121dca26cff8d5cb855", "split": "test", "audio_id": "foa_024958465c8d430bca69", "audio_path": "audio/test/foa_024958465c8d430bca69.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the back-left and below begin? Answer in one sentence.", "answer": "The sound originating from that direction begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_9aca0f5ff9bd67099b89", "split": "test", "audio_id": "foa_7a6eac262cfbaea9e286", "audio_path": "audio/test/foa_7a6eac262cfbaea9e286.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_1fb134d6ecb8768dc9b5", "split": "test", "audio_id": "foa_a6af5b0196ce8f67dec3", "audio_path": "audio/test/foa_a6af5b0196ce8f67dec3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the tape positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.6 degrees", "canonical_answer": "-26.6 degrees", "answer_meta": {"elevation_deg": -26.6}}
{"qa_id": "qa_6cc93b3d7409d4a8df35", "split": "test", "audio_id": "foa_6bd8a89fd730669673c9", "audio_path": "audio/test/foa_6bd8a89fd730669673c9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the scratching sound occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_286735e8be0a5ff7601f", "split": "test", "audio_id": "foa_62250eededf41c660e3b", "audio_path": "audio/test/foa_62250eededf41c660e3b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the writing sound originating from the back-left and below begin? Answer in one sentence.", "answer": "The sound of writing originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e852dc6424db3d8fa2c8", "split": "test", "audio_id": "foa_aa5a017ec6fc62b0d1c0", "audio_path": "audio/test/foa_aa5a017ec6fc62b0d1c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "105.9 degrees", "canonical_answer": "105.9 degrees", "answer_meta": {"azimuth_deg": 105.9}}
{"qa_id": "qa_3e681463196832a87646", "split": "test", "audio_id": "foa_ce2c285d11c7bd0f350f", "audio_path": "audio/test/foa_ce2c285d11c7bd0f350f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-147.8 degrees", "canonical_answer": "-147.8 degrees", "answer_meta": {"azimuth_deg": -147.8}}
{"qa_id": "qa_12bbe09561cc957da675", "split": "test", "audio_id": "foa_49677c8e5afac2605da6", "audio_path": "audio/test/foa_49677c8e5afac2605da6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and below the observer begin? Answer in one sentence.", "answer": "The sound source located to the left and below begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_43828e120f567a1fb971", "split": "test", "audio_id": "foa_dfeb21265e0db9011665", "audio_path": "audio/test/foa_dfeb21265e0db9011665.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the aircraft located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_6b22c693f5bdf6cee6ba", "split": "test", "audio_id": "foa_da038f4cd50af02a7be1", "audio_path": "audio/test/foa_da038f4cd50af02a7be1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the paper in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_9b5386a99f710ac3eded", "split": "test", "audio_id": "foa_c3eaf0b88844252a6b5f", "audio_path": "audio/test/foa_c3eaf0b88844252a6b5f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the gong in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_dc0851737f4da9b0b85e", "split": "test", "audio_id": "foa_315e00f718e7f2a5a2b3", "audio_path": "audio/test/foa_315e00f718e7f2a5a2b3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.0 degrees", "canonical_answer": "-59.0 degrees", "answer_meta": {"azimuth_deg": -59.0}}
{"qa_id": "qa_7874c049ea973940c35f", "split": "test", "audio_id": "foa_aff2588901ada9ef01a2", "audio_path": "audio/test/foa_aff2588901ada9ef01a2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.6 degrees", "canonical_answer": "-9.6 degrees", "answer_meta": {"elevation_deg": -9.6}}
{"qa_id": "qa_fefb180043d3958cf785", "split": "test", "audio_id": "foa_1d61b3321948c614e595", "audio_path": "audio/test/foa_1d61b3321948c614e595.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the front-right start? Answer in one sentence.", "answer": "The percussion sound coming from the front-right begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_16d593a9de0da7b8619c", "split": "test", "audio_id": "foa_7725204bab3ae9d61aa4", "audio_path": "audio/test/foa_7725204bab3ae9d61aa4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_eba6021c49aef30e96eb", "split": "test", "audio_id": "foa_e2bd1891753e2bbc2efe", "audio_path": "audio/test/foa_e2bd1891753e2bbc2efe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.6 degrees", "canonical_answer": "-27.6 degrees", "answer_meta": {"azimuth_deg": -27.6}}
{"qa_id": "qa_850a2cf3cde1b1fe3439", "split": "test", "audio_id": "foa_67fa6a8e02cbbc207a66", "audio_path": "audio/test/foa_67fa6a8e02cbbc207a66.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and below position begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.9s.", "canonical_answer": "0.9s", "answer_meta": {"onset_time": 0.9}}
{"qa_id": "qa_a8d32f2a25c5b06614ce", "split": "test", "audio_id": "foa_36797006964dcafcac5a", "audio_path": "audio/test/foa_36797006964dcafcac5a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the glass located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.4 degrees", "canonical_answer": "28.4 degrees", "answer_meta": {"elevation_deg": 28.4}}
{"qa_id": "qa_7641cdef95f14dc16a5f", "split": "test", "audio_id": "foa_14d49311177f1560be6a", "audio_path": "audio/test/foa_14d49311177f1560be6a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and above the listener begin? Answer in one sentence.", "answer": "The sound originating from that position begins at 1.7s.", "canonical_answer": "1.7s", "answer_meta": {"onset_time": 1.7}}
{"qa_id": "qa_22c8c3207c2b08ee6b3c", "split": "test", "audio_id": "foa_1474ae15a7a91536d359", "audio_path": "audio/test/foa_1474ae15a7a91536d359.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the typing sound in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.1 degrees", "canonical_answer": "-9.1 degrees", "answer_meta": {"elevation_deg": -9.1}}
{"qa_id": "qa_2752ca0de0b06e1e455e", "split": "test", "audio_id": "foa_20523beddd9423ce7e66", "audio_path": "audio/test/foa_20523beddd9423ce7e66.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.3 degrees", "canonical_answer": "41.3 degrees", "answer_meta": {"azimuth_deg": 41.3}}
{"qa_id": "qa_ba24e8b5e26ce1e68f47", "split": "test", "audio_id": "foa_544ba9d80ac72e6beebb", "audio_path": "audio/test/foa_544ba9d80ac72e6beebb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the war sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_58d9fedcaeba685c561f", "split": "test", "audio_id": "foa_de3c1d7a5d95a8510c9d", "audio_path": "audio/test/foa_de3c1d7a5d95a8510c9d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_422aa29cda507d476283", "split": "test", "audio_id": "foa_aff2c407a5d1ee0d666d", "audio_path": "audio/test/foa_aff2c407a5d1ee0d666d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the body sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The body sound begins at 16.0s.", "canonical_answer": "16.0s", "answer_meta": {"onset_time": 16.0}}
{"qa_id": "qa_c6ec70ae4892d68e289f", "split": "test", "audio_id": "foa_2dc499571657da91a022", "audio_path": "audio/test/foa_2dc499571657da91a022.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "78.2 degrees", "canonical_answer": "78.2 degrees", "answer_meta": {"azimuth_deg": 78.2}}
{"qa_id": "qa_71361a034080f0ffbca6", "split": "test", "audio_id": "foa_493cc68e6403c3a23869", "audio_path": "audio/test/foa_493cc68e6403c3a23869.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.1 degrees", "canonical_answer": "-4.1 degrees", "answer_meta": {"elevation_deg": -4.1}}
{"qa_id": "qa_fcccd586dd4bb8c20b36", "split": "test", "audio_id": "foa_2172890faa4181c2091f", "audio_path": "audio/test/foa_2172890faa4181c2091f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction first begin? Answer in one sentence.", "answer": "The sound originating from the back-right becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_90517cb984c651527d3a", "split": "test", "audio_id": "foa_22dc10e4205ebb1a660c", "audio_path": "audio/test/foa_22dc10e4205ebb1a660c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.1 degrees", "canonical_answer": "38.1 degrees", "answer_meta": {"azimuth_deg": 38.1}}
{"qa_id": "qa_042dda77fe7083c6e214", "split": "test", "audio_id": "foa_deb86f12caee74c0d17a", "audio_path": "audio/test/foa_deb86f12caee74c0d17a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.9 degrees", "canonical_answer": "17.9 degrees", "answer_meta": {"elevation_deg": 17.9}}
{"qa_id": "qa_5c2c9ed92bcc191ddf6b", "split": "test", "audio_id": "foa_fee2c15ec4d685e027cd", "audio_path": "audio/test/foa_fee2c15ec4d685e027cd.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink sound source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_adfc47ed9890386ecc39", "split": "test", "audio_id": "foa_b0dd968b260cc6d4a5b3", "audio_path": "audio/test/foa_b0dd968b260cc6d4a5b3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "121.3 degrees", "canonical_answer": "121.3 degrees", "answer_meta": {"azimuth_deg": 121.3}}
{"qa_id": "qa_3433f831f65ba428d45c", "split": "test", "audio_id": "foa_0fbe32cf6ebcf7927c06", "audio_path": "audio/test/foa_0fbe32cf6ebcf7927c06.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originate from the front? Answer in one sentence.", "answer": "The sound source located in the front becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_47448c0bb6d41f9a6dba", "split": "test", "audio_id": "foa_ddbda3aa35a2fd3a059e", "audio_path": "audio/test/foa_ddbda3aa35a2fd3a059e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.8 degrees", "canonical_answer": "-14.8 degrees", "answer_meta": {"elevation_deg": -14.8}}
{"qa_id": "qa_2a3e9f20f01d6be90010", "split": "test", "audio_id": "foa_d78195112438db139942", "audio_path": "audio/test/foa_d78195112438db139942.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the machine from the microphone in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_2f631c41bc6510a6f9fe", "split": "test", "audio_id": "foa_079997551417c6e4f4d7", "audio_path": "audio/test/foa_079997551417c6e4f4d7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the typing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.9 meters", "canonical_answer": "3.9 meters", "answer_meta": {"distance_m": 3.9}}
{"qa_id": "qa_6be5be7ae0d8db8b7ed8", "split": "test", "audio_id": "foa_7843418d3293a46d1f4b", "audio_path": "audio/test/foa_7843418d3293a46d1f4b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.9 degrees", "canonical_answer": "-20.9 degrees", "answer_meta": {"azimuth_deg": -20.9}}
{"qa_id": "qa_b5bf9bc49f2009355183", "split": "test", "audio_id": "foa_b5e512602d8cab8cb036", "audio_path": "audio/test/foa_b5e512602d8cab8cb036.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the typing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.9 degrees", "canonical_answer": "-10.9 degrees", "answer_meta": {"elevation_deg": -10.9}}
{"qa_id": "qa_944ee9534a0691d6b0d7", "split": "test", "audio_id": "foa_eeaf97fb142e5039f40c", "audio_path": "audio/test/foa_eeaf97fb142e5039f40c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left position begin? Answer in one sentence.", "answer": "The sound source located in the back-left begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_ddc2eda9f755d604154e", "split": "test", "audio_id": "foa_b63f3b564f23caf0e984", "audio_path": "audio/test/foa_b63f3b564f23caf0e984.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the typing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.9 degrees", "canonical_answer": "17.9 degrees", "answer_meta": {"elevation_deg": 17.9}}
{"qa_id": "qa_61c161e94b4e7a0a023c", "split": "test", "audio_id": "foa_b5313a566f56e2b4fdaf", "audio_path": "audio/test/foa_b5313a566f56e2b4fdaf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the glass from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_f3e6e0f776c7c777bd15", "split": "test", "audio_id": "foa_d0cdbc574302619b25b8", "audio_path": "audio/test/foa_d0cdbc574302619b25b8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Where is the human vocalization located in terms of azimuth? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "135.5 degrees", "canonical_answer": "135.5 degrees", "answer_meta": {"azimuth_deg": 135.5}}
{"qa_id": "qa_c4aac328df92f4d2ce96", "split": "test", "audio_id": "foa_c4b51a261f76816b08aa", "audio_path": "audio/test/foa_c4b51a261f76816b08aa.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the front-right first begin? Answer in one sentence.", "answer": "The sound originating from the front-right begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d04de787ba5b62c20c9e", "split": "test", "audio_id": "foa_4ad49d83c05c140bc96d", "audio_path": "audio/test/foa_4ad49d83c05c140bc96d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "39.7 degrees", "canonical_answer": "39.7 degrees", "answer_meta": {"elevation_deg": 39.7}}
{"qa_id": "qa_3812ba0a3f37797399ac", "split": "test", "audio_id": "foa_d933c46be444ae9b3869", "audio_path": "audio/test/foa_d933c46be444ae9b3869.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_5d9440e54988eeb16134", "split": "test", "audio_id": "foa_7ed53f2d810d29c52a36", "audio_path": "audio/test/foa_7ed53f2d810d29c52a36.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.6 degrees", "canonical_answer": "28.6 degrees", "answer_meta": {"azimuth_deg": 28.6}}
{"qa_id": "qa_80de4d03944a95802900", "split": "test", "audio_id": "foa_fd85ab315c9bed9138d8", "audio_path": "audio/test/foa_fd85ab315c9bed9138d8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the metal clink sound originating from the back-right position begin? Answer in one sentence.", "answer": "The sound originating from the back-right starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_f250e71b28bb8fdc3e21", "split": "test", "audio_id": "foa_a16aa9f5e446c9737659", "audio_path": "audio/test/foa_a16aa9f5e446c9737659.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "69.2 degrees", "canonical_answer": "69.2 degrees", "answer_meta": {"azimuth_deg": 69.2}}
{"qa_id": "qa_1c811990e0a052119d76", "split": "test", "audio_id": "foa_70d84f3d64c171b6b25a", "audio_path": "audio/test/foa_70d84f3d64c171b6b25a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.3 degrees", "canonical_answer": "-33.3 degrees", "answer_meta": {"elevation_deg": -33.3}}
{"qa_id": "qa_1cff84b94143f68ebac1", "split": "test", "audio_id": "foa_d04c1f118100a259354b", "audio_path": "audio/test/foa_d04c1f118100a259354b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wood in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_bdcabf196e1260738a55", "split": "test", "audio_id": "foa_a3fa1382f63b874cabc5", "audio_path": "audio/test/foa_a3fa1382f63b874cabc5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_5973baf778609273772a", "split": "test", "audio_id": "foa_5762c120a1ef4ae7868c", "audio_path": "audio/test/foa_5762c120a1ef4ae7868c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the zipper sound originating from the back-left and above start? Answer in one sentence.", "answer": "The sound coming from that location begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_8ed25259acd1dc67cf6a", "split": "test", "audio_id": "foa_0d2f5b02db01fb41eff3", "audio_path": "audio/test/foa_0d2f5b02db01fb41eff3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.9 degrees", "canonical_answer": "-16.9 degrees", "answer_meta": {"elevation_deg": -16.9}}
{"qa_id": "qa_dada8cfe83f63aee9f11", "split": "test", "audio_id": "foa_f2f21a6c8c487701819a", "audio_path": "audio/test/foa_f2f21a6c8c487701819a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the typing sound originating from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.8 degrees", "canonical_answer": "-120.8 degrees", "answer_meta": {"azimuth_deg": -120.8}}
{"qa_id": "qa_3714f807c5f0f36bfed5", "split": "test", "audio_id": "foa_2cfc389215b2912aad7d", "audio_path": "audio/test/foa_2cfc389215b2912aad7d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the home sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_945275558cff22463c61", "split": "test", "audio_id": "foa_e470f4813c98787d6672", "audio_path": "audio/test/foa_e470f4813c98787d6672.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.1 degrees", "canonical_answer": "27.1 degrees", "answer_meta": {"elevation_deg": 27.1}}
{"qa_id": "qa_907a7a17a4407a9ae664", "split": "test", "audio_id": "foa_108e6362dfbb7a59f500", "audio_path": "audio/test/foa_108e6362dfbb7a59f500.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.8 degrees", "canonical_answer": "54.8 degrees", "answer_meta": {"azimuth_deg": 54.8}}
{"qa_id": "qa_d3e89dfbcadc74d7f2d8", "split": "test", "audio_id": "foa_0fd00ec9e7fe6acc93fa", "audio_path": "audio/test/foa_0fd00ec9e7fe6acc93fa.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the front-right and below first begin? Answer in one sentence.", "answer": "The sound source originating from that position becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_ceee6962f6a1ab9a547b", "split": "test", "audio_id": "foa_306f69d1fe796238c322", "audio_path": "audio/test/foa_306f69d1fe796238c322.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_b0cb28f5900a2ef626fa", "split": "test", "audio_id": "foa_c8f07b88bd882e6074f3", "audio_path": "audio/test/foa_c8f07b88bd882e6074f3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the front first begin? Answer in one sentence.", "answer": "The percussion sound becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0a337d08a73472d8ff3a", "split": "test", "audio_id": "foa_fce45a5cff902cd7e0df", "audio_path": "audio/test/foa_fce45a5cff902cd7e0df.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-45.9 degrees", "canonical_answer": "-45.9 degrees", "answer_meta": {"azimuth_deg": -45.9}}
{"qa_id": "qa_8436b01e8f1ddf649dee", "split": "test", "audio_id": "foa_c55c676b65dd05d48745", "audio_path": "audio/test/foa_c55c676b65dd05d48745.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the female speech in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_1aad81de94f461f77585", "split": "test", "audio_id": "foa_c925688b659a6517cc0e", "audio_path": "audio/test/foa_c925688b659a6517cc0e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.4 degrees", "canonical_answer": "-11.4 degrees", "answer_meta": {"elevation_deg": -11.4}}
{"qa_id": "qa_7a3b8c00712196e7f559", "split": "test", "audio_id": "foa_48769ef1af32bf5e6545", "audio_path": "audio/test/foa_48769ef1af32bf5e6545.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crushing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_94c97ef0fd9a530b34c7", "split": "test", "audio_id": "foa_fbb8f7f7cf38b4293335", "audio_path": "audio/test/foa_fbb8f7f7cf38b4293335.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound source located in front and above becomes active at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_270c818ae258189bbcd4", "split": "test", "audio_id": "foa_253df34fb4757548a373", "audio_path": "audio/test/foa_253df34fb4757548a373.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the human vocalization in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "43.2 degrees", "canonical_answer": "43.2 degrees", "answer_meta": {"elevation_deg": 43.2}}
{"qa_id": "qa_d5a88fc141b6ac5c0940", "split": "test", "audio_id": "foa_5e7e5a2837fa4c16e6ad", "audio_path": "audio/test/foa_5e7e5a2837fa4c16e6ad.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the wind source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "157.8 degrees", "canonical_answer": "157.8 degrees", "answer_meta": {"azimuth_deg": 157.8}}
{"qa_id": "qa_6c7cc9920fbb6de73588", "split": "test", "audio_id": "foa_adeedadca43302d97973", "audio_path": "audio/test/foa_adeedadca43302d97973.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back of the scene begin? Answer in one sentence.", "answer": "The sound source located in the back becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c816db6179a2d846f45e", "split": "test", "audio_id": "foa_1a0d05f0b60dfd97fda8", "audio_path": "audio/test/foa_1a0d05f0b60dfd97fda8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-43.1 degrees", "canonical_answer": "-43.1 degrees", "answer_meta": {"azimuth_deg": -43.1}}
{"qa_id": "qa_1220855c4271c5d80b28", "split": "test", "audio_id": "foa_91f917f52457df87393a", "audio_path": "audio/test/foa_91f917f52457df87393a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the male speech coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "39.9 degrees", "canonical_answer": "39.9 degrees", "answer_meta": {"elevation_deg": 39.9}}
{"qa_id": "qa_57e66e6e7db4c73ad66b", "split": "test", "audio_id": "foa_ee00bdb417f6d28c7153", "audio_path": "audio/test/foa_ee00bdb417f6d28c7153.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_991728f53f5592fca64f", "split": "test", "audio_id": "foa_4301b94116695f1d93d5", "audio_path": "audio/test/foa_4301b94116695f1d93d5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the telephone alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-166.2 degrees", "canonical_answer": "-166.2 degrees", "answer_meta": {"azimuth_deg": -166.2}}
{"qa_id": "qa_57e565adcffc5dc2bfec", "split": "test", "audio_id": "foa_68a29b9ce73b40d2d5f2", "audio_path": "audio/test/foa_68a29b9ce73b40d2d5f2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.7 degrees", "canonical_answer": "-36.7 degrees", "answer_meta": {"elevation_deg": -36.7}}
{"qa_id": "qa_a0651e189256ac531d04", "split": "test", "audio_id": "foa_1b2c7b81357e68f238ed", "audio_path": "audio/test/foa_1b2c7b81357e68f238ed.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound from the left side begin? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_bfcdb4fe20f8fbcf7566", "split": "test", "audio_id": "foa_546d8dab9ee66a0e32bb", "audio_path": "audio/test/foa_546d8dab9ee66a0e32bb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_650fa1dbe273f18d3767", "split": "test", "audio_id": "foa_d99541a34047c9dcf5b2", "audio_path": "audio/test/foa_d99541a34047c9dcf5b2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_5ef7c4fc5491ab0dcc00", "split": "test", "audio_id": "foa_53e9b4ceef6d424d2cd8", "audio_path": "audio/test/foa_53e9b4ceef6d424d2cd8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.0 degrees", "canonical_answer": "-144.0 degrees", "answer_meta": {"azimuth_deg": -144.0}}
{"qa_id": "qa_f0a68703d37cecc2a0ed", "split": "test", "audio_id": "foa_17a221b3aa702ff29737", "audio_path": "audio/test/foa_17a221b3aa702ff29737.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the drum located to the front-right and above begin to play? Answer in one sentence.", "answer": "The drum located to the front-right and above starts playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1a42432f4b96710aff59", "split": "test", "audio_id": "foa_110d0026e049ac98bd7c", "audio_path": "audio/test/foa_110d0026e049ac98bd7c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_914e6896f48ce34d4e54", "split": "test", "audio_id": "foa_62106da0789a6db48b8b", "audio_path": "audio/test/foa_62106da0789a6db48b8b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the front-right start playing? Answer in one sentence.", "answer": "The sound originating from the front-right becomes active at 1.9s.", "canonical_answer": "1.9s", "answer_meta": {"onset_time": 1.9}}
{"qa_id": "qa_8262521c9c87443e4950", "split": "test", "audio_id": "foa_ad5246c1a2977dca9590", "audio_path": "audio/test/foa_ad5246c1a2977dca9590.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.2 degrees", "canonical_answer": "-16.2 degrees", "answer_meta": {"elevation_deg": -16.2}}
{"qa_id": "qa_83d9b63a0e618de54ac7", "split": "test", "audio_id": "foa_6da6d6ff486f4a7bfedf", "audio_path": "audio/test/foa_6da6d6ff486f4a7bfedf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the thunderstorm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_6e4f837a0f2203628664", "split": "test", "audio_id": "foa_41c989a6f38908c5033a", "audio_path": "audio/test/foa_41c989a6f38908c5033a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "101.5 degrees", "canonical_answer": "101.5 degrees", "answer_meta": {"azimuth_deg": 101.5}}
{"qa_id": "qa_6cfdfb5299073be47fd0", "split": "test", "audio_id": "foa_7713ed2fd2b1df051ddc", "audio_path": "audio/test/foa_7713ed2fd2b1df051ddc.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.3 degrees", "canonical_answer": "3.3 degrees", "answer_meta": {"elevation_deg": 3.3}}
{"qa_id": "qa_b7c43eafcac7ff039ac3", "split": "test", "audio_id": "foa_7b0e3133b6a47580ade5", "audio_path": "audio/test/foa_7b0e3133b6a47580ade5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound source from the back-right becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_6b727953a883a9364371", "split": "test", "audio_id": "foa_16645f02b420652e466e", "audio_path": "audio/test/foa_16645f02b420652e466e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_ff6732d80197eab56da2", "split": "test", "audio_id": "foa_f1e1ef2eaee957e4b715", "audio_path": "audio/test/foa_f1e1ef2eaee957e4b715.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.8 degrees", "canonical_answer": "-63.8 degrees", "answer_meta": {"azimuth_deg": -63.8}}
{"qa_id": "qa_7aac96e184aa73500418", "split": "test", "audio_id": "foa_7cf00d7f62decb3a4bc9", "audio_path": "audio/test/foa_7cf00d7f62decb3a4bc9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The percussion sound coming from the front-left begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_76b7ae384644a9b33552", "split": "test", "audio_id": "foa_92723e3a305cf62af5bb", "audio_path": "audio/test/foa_92723e3a305cf62af5bb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the car in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_4f7704e959ccec1e99f5", "split": "test", "audio_id": "foa_6a94248a97c621f1fd25", "audio_path": "audio/test/foa_6a94248a97c621f1fd25.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tape positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.9 degrees", "canonical_answer": "-13.9 degrees", "answer_meta": {"azimuth_deg": -13.9}}
{"qa_id": "qa_bef41cf6471ccd228e23", "split": "test", "audio_id": "foa_22ea652bd1a1d8466d84", "audio_path": "audio/test/foa_22ea652bd1a1d8466d84.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.2 degrees", "canonical_answer": "-5.2 degrees", "answer_meta": {"elevation_deg": -5.2}}
{"qa_id": "qa_30946ecc0f9934c010f8", "split": "test", "audio_id": "foa_f7059bfafb99b5445261", "audio_path": "audio/test/foa_f7059bfafb99b5445261.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "163.5 degrees", "canonical_answer": "163.5 degrees", "answer_meta": {"azimuth_deg": 163.5}}
{"qa_id": "qa_a1e1393f0cdcd8ad76ee", "split": "test", "audio_id": "foa_677f7a9e8685475b022b", "audio_path": "audio/test/foa_677f7a9e8685475b022b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.5 degrees", "canonical_answer": "33.5 degrees", "answer_meta": {"elevation_deg": 33.5}}
{"qa_id": "qa_e6ed67874124cceb41fa", "split": "test", "audio_id": "foa_7f328aafa84eb845d4b7", "audio_path": "audio/test/foa_7f328aafa84eb845d4b7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the printer from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_8a44906cc79a7769f019", "split": "test", "audio_id": "foa_9d557e7015d3721566f7", "audio_path": "audio/test/foa_9d557e7015d3721566f7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction first begin? Answer in one sentence.", "answer": "The sound source located in the back-right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_de305e152c70e323ab40", "split": "test", "audio_id": "foa_4bc471216dd66b0d679d", "audio_path": "audio/test/foa_4bc471216dd66b0d679d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the printer located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.2 degrees", "canonical_answer": "13.2 degrees", "answer_meta": {"elevation_deg": 13.2}}
{"qa_id": "qa_2650f9733aca6d29bd58", "split": "test", "audio_id": "foa_0d22e65cfb98b48d4993", "audio_path": "audio/test/foa_0d22e65cfb98b48d4993.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the war sound, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_061b4aa9f711bf5b6b92", "split": "test", "audio_id": "foa_de12b12c7e96fa74761d", "audio_path": "audio/test/foa_de12b12c7e96fa74761d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and above begin? Answer in one sentence.", "answer": "The sound source coming from that direction becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_2a9d22205c97bf17114b", "split": "test", "audio_id": "foa_500ac07bb5c40befc523", "audio_path": "audio/test/foa_500ac07bb5c40befc523.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the laughter occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.5 degrees", "canonical_answer": "3.5 degrees", "answer_meta": {"azimuth_deg": 3.5}}
{"qa_id": "qa_e1d1d1d1a38d62e16a42", "split": "test", "audio_id": "foa_5436ed84780a5fa75dc0", "audio_path": "audio/test/foa_5436ed84780a5fa75dc0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "70.5 degrees", "canonical_answer": "70.5 degrees", "answer_meta": {"azimuth_deg": 70.5}}
{"qa_id": "qa_aa11a9e3340a5cb69426", "split": "test", "audio_id": "foa_1dc6c4d81bce56e41ad7", "audio_path": "audio/test/foa_1dc6c4d81bce56e41ad7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the laughter in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_2c83cd3545045013704a", "split": "test", "audio_id": "foa_bedecfb8e94e6c588f1b", "audio_path": "audio/test/foa_bedecfb8e94e6c588f1b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.5 degrees", "canonical_answer": "10.5 degrees", "answer_meta": {"elevation_deg": 10.5}}
{"qa_id": "qa_2d9b43d8279ff2a0c618", "split": "test", "audio_id": "foa_e4469ef6b23d8705a173", "audio_path": "audio/test/foa_e4469ef6b23d8705a173.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and above begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 15.8 seconds.", "canonical_answer": "15.8s", "answer_meta": {"onset_time": 15.8}}
{"qa_id": "qa_c3eeee6c5d61dc32b646", "split": "test", "audio_id": "foa_77525b253c9fa13f2a15", "audio_path": "audio/test/foa_77525b253c9fa13f2a15.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "15.0 degrees", "canonical_answer": "15.0 degrees", "answer_meta": {"elevation_deg": 15.0}}
{"qa_id": "qa_0f1187127a4ef5ee4c65", "split": "test", "audio_id": "foa_993338bc41a741b8ca9f", "audio_path": "audio/test/foa_993338bc41a741b8ca9f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_94baf7c8104dc8865be6", "split": "test", "audio_id": "foa_00ef714e746e1d1bd06f", "audio_path": "audio/test/foa_00ef714e746e1d1bd06f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-124.4 degrees", "canonical_answer": "-124.4 degrees", "answer_meta": {"azimuth_deg": -124.4}}
{"qa_id": "qa_22091d3cf3c6835c4342", "split": "test", "audio_id": "foa_e5c2834bd34d2a0986f1", "audio_path": "audio/test/foa_e5c2834bd34d2a0986f1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located at the front begin? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_25e00415a21ea9293f47", "split": "test", "audio_id": "foa_13ebf5ae417e6c750d2a", "audio_path": "audio/test/foa_13ebf5ae417e6c750d2a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the wind sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.9 degrees", "canonical_answer": "-9.9 degrees", "answer_meta": {"elevation_deg": -9.9}}
{"qa_id": "qa_db9da7148e2a87ce408e", "split": "test", "audio_id": "foa_ded64410fa613dbaed24", "audio_path": "audio/test/foa_ded64410fa613dbaed24.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the knocking sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound source becomes active at 2.8 seconds.", "canonical_answer": "2.8s", "answer_meta": {"onset_time": 2.8}}
{"qa_id": "qa_7193280824457ab16fd6", "split": "test", "audio_id": "foa_721617bb9121dbad6d61", "audio_path": "audio/test/foa_721617bb9121dbad6d61.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "150.6 degrees", "canonical_answer": "150.6 degrees", "answer_meta": {"azimuth_deg": 150.6}}
{"qa_id": "qa_7475e42d62956886f5c8", "split": "test", "audio_id": "foa_cd0bc1a626a229553457", "audio_path": "audio/test/foa_cd0bc1a626a229553457.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech being produced relative to the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_4928cdf9f33e34fddd70", "split": "test", "audio_id": "foa_c1eb32f3b46dc6e48814", "audio_path": "audio/test/foa_c1eb32f3b46dc6e48814.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left starts at 5.9s.", "canonical_answer": "5.9s", "answer_meta": {"onset_time": 5.9}}
{"qa_id": "qa_0b834da4b3e5081852e2", "split": "test", "audio_id": "foa_1a5520099d8e533e1320", "audio_path": "audio/test/foa_1a5520099d8e533e1320.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.5 degrees", "canonical_answer": "16.5 degrees", "answer_meta": {"elevation_deg": 16.5}}
{"qa_id": "qa_8908a29895c36c6ca3c8", "split": "test", "audio_id": "foa_ede30806b81f48fd2ad2", "audio_path": "audio/test/foa_ede30806b81f48fd2ad2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.5 meters", "canonical_answer": "4.5 meters", "answer_meta": {"distance_m": 4.5}}
{"qa_id": "qa_7d59f6d3824b03e57a31", "split": "test", "audio_id": "foa_3b957e7d9c87028e3303", "audio_path": "audio/test/foa_3b957e7d9c87028e3303.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "129.8 degrees", "canonical_answer": "129.8 degrees", "answer_meta": {"azimuth_deg": 129.8}}
{"qa_id": "qa_ab0ae167fa544b7c9102", "split": "test", "audio_id": "foa_e58711b773da45e32a0e", "audio_path": "audio/test/foa_e58711b773da45e32a0e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the home sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.2 degrees", "canonical_answer": "1.2 degrees", "answer_meta": {"elevation_deg": 1.2}}
{"qa_id": "qa_1eef1abfe69973fba5ce", "split": "test", "audio_id": "foa_451c55c0c0977b398638", "audio_path": "audio/test/foa_451c55c0c0977b398638.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "66.6 degrees", "canonical_answer": "66.6 degrees", "answer_meta": {"azimuth_deg": 66.6}}
{"qa_id": "qa_8c38e777bb4b26d0e772", "split": "test", "audio_id": "foa_6964547b8dde12940212", "audio_path": "audio/test/foa_6964547b8dde12940212.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the thunderstorm in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_a4081386d0f7670760ef", "split": "test", "audio_id": "foa_efdb415935116640ec03", "audio_path": "audio/test/foa_efdb415935116640ec03.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cooking sound originate from the left side? Answer in one sentence.", "answer": "The cooking sound begins at 3.5 seconds.", "canonical_answer": "3.5s", "answer_meta": {"onset_time": 3.5}}
{"qa_id": "qa_969144bd6184c3ee0943", "split": "test", "audio_id": "foa_618c14983839f14907f0", "audio_path": "audio/test/foa_618c14983839f14907f0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the clock in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_f86e3bcf3f8e218870c6", "split": "test", "audio_id": "foa_5c570addc978ec66c947", "audio_path": "audio/test/foa_5c570addc978ec66c947.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.8 degrees", "canonical_answer": "6.8 degrees", "answer_meta": {"elevation_deg": 6.8}}
{"qa_id": "qa_5891c5314eeb05829da1", "split": "test", "audio_id": "foa_798f5024dbb1667c5df7", "audio_path": "audio/test/foa_798f5024dbb1667c5df7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-135.0 degrees", "canonical_answer": "-135.0 degrees", "answer_meta": {"azimuth_deg": -135.0}}
{"qa_id": "qa_4a04507f7ccf3c56f337", "split": "test", "audio_id": "foa_51f2c63a5717dcc745e6", "audio_path": "audio/test/foa_51f2c63a5717dcc745e6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the metal clink sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The metal clink sound becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_49506413ee7741b53169", "split": "test", "audio_id": "foa_bd5f5d87865c48a63a8c", "audio_path": "audio/test/foa_bd5f5d87865c48a63a8c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.1 degrees", "canonical_answer": "22.1 degrees", "answer_meta": {"azimuth_deg": 22.1}}
{"qa_id": "qa_89a024dd6b248e3eaeca", "split": "test", "audio_id": "foa_3fc9d3b723cca0c7aa9f", "audio_path": "audio/test/foa_3fc9d3b723cca0c7aa9f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned in the front-right start playing? Answer in one sentence.", "answer": "The string instrument begins playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_948c1185f1a97390abf6", "split": "test", "audio_id": "foa_4f0df2bf51b676338bc3", "audio_path": "audio/test/foa_4f0df2bf51b676338bc3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the musical instrument in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "35.2 degrees", "canonical_answer": "35.2 degrees", "answer_meta": {"elevation_deg": 35.2}}
{"qa_id": "qa_648cac16721201f38971", "split": "test", "audio_id": "foa_9acc46079681fbbdf59f", "audio_path": "audio/test/foa_9acc46079681fbbdf59f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_9e705a291c63d30eaee1", "split": "test", "audio_id": "foa_ae58d97ca3635ae3622a", "audio_path": "audio/test/foa_ae58d97ca3635ae3622a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and below position begin? Answer in one sentence.", "answer": "The sound coming from that direction begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_bb6c6c896b141cea1ef5", "split": "test", "audio_id": "foa_084b22b195ac51785b0f", "audio_path": "audio/test/foa_084b22b195ac51785b0f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.7 degrees", "canonical_answer": "-7.7 degrees", "answer_meta": {"elevation_deg": -7.7}}
{"qa_id": "qa_c6c532aeb171b70b0ff3", "split": "test", "audio_id": "foa_808e421ee6af9a93e176", "audio_path": "audio/test/foa_808e421ee6af9a93e176.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the paper in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_13133be92b3875df1c24", "split": "test", "audio_id": "foa_48a78d415f797e0d7280", "audio_path": "audio/test/foa_48a78d415f797e0d7280.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "95.3 degrees", "canonical_answer": "95.3 degrees", "answer_meta": {"azimuth_deg": 95.3}}
{"qa_id": "qa_d7334a1b758523a7b650", "split": "test", "audio_id": "foa_a3fa95584804b8af8a8f", "audio_path": "audio/test/foa_a3fa95584804b8af8a8f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "170.0 degrees", "canonical_answer": "170.0 degrees", "answer_meta": {"azimuth_deg": 170.0}}
{"qa_id": "qa_de5882b0ab75cc5cb63e", "split": "test", "audio_id": "foa_4afde778b43f2fa90b0e", "audio_path": "audio/test/foa_4afde778b43f2fa90b0e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_ba17ccae02d1c33bfe4f", "split": "test", "audio_id": "foa_b955845fc2b0c841179e", "audio_path": "audio/test/foa_b955845fc2b0c841179e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.2 degrees", "canonical_answer": "-31.2 degrees", "answer_meta": {"elevation_deg": -31.2}}
{"qa_id": "qa_a6cb9271d667c3f8f417", "split": "test", "audio_id": "foa_6d2890d1f8c07da1b7e0", "audio_path": "audio/test/foa_6d2890d1f8c07da1b7e0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound coming from the right becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_6dad844257549110a2d8", "split": "test", "audio_id": "foa_ccba0605303f64274052", "audio_path": "audio/test/foa_ccba0605303f64274052.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_c1a5244c3eff83e6684f", "split": "test", "audio_id": "foa_ef35092473b306aede70", "audio_path": "audio/test/foa_ef35092473b306aede70.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the rear and below start? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_4e2a5ba3cbb9d0ae67f1", "split": "test", "audio_id": "foa_218e449f556db77e6df9", "audio_path": "audio/test/foa_218e449f556db77e6df9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.7 degrees", "canonical_answer": "-31.7 degrees", "answer_meta": {"elevation_deg": -31.7}}
{"qa_id": "qa_fa6a9b4a35fdefad0eac", "split": "test", "audio_id": "foa_871fbe4bc3a41c119007", "audio_path": "audio/test/foa_871fbe4bc3a41c119007.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.1 degrees", "canonical_answer": "-52.1 degrees", "answer_meta": {"azimuth_deg": -52.1}}
{"qa_id": "qa_b59acc39cbce233feab3", "split": "test", "audio_id": "foa_5fc8c3ef2eb08a829ed9", "audio_path": "audio/test/foa_5fc8c3ef2eb08a829ed9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.6 degrees", "canonical_answer": "-36.6 degrees", "answer_meta": {"azimuth_deg": -36.6}}
{"qa_id": "qa_4aceafea083040244f28", "split": "test", "audio_id": "foa_eed017e716e9f942f588", "audio_path": "audio/test/foa_eed017e716e9f942f588.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the glass? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_840faa136dfa7f2269cb", "split": "test", "audio_id": "foa_0f1879e66ab5c8793c6e", "audio_path": "audio/test/foa_0f1879e66ab5c8793c6e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left start? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_460d1d38489285f11110", "split": "test", "audio_id": "foa_fb81873233564f7d76b1", "audio_path": "audio/test/foa_fb81873233564f7d76b1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.7 degrees", "canonical_answer": "2.7 degrees", "answer_meta": {"elevation_deg": 2.7}}
{"qa_id": "qa_010252c0884c434e5561", "split": "test", "audio_id": "foa_90dc9fb0f7f2028013fc", "audio_path": "audio/test/foa_90dc9fb0f7f2028013fc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left begins its activity at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d8150339ce52fccb6e42", "split": "test", "audio_id": "foa_0aee87371feecbd813bd", "audio_path": "audio/test/foa_0aee87371feecbd813bd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.4 degrees", "canonical_answer": "11.4 degrees", "answer_meta": {"elevation_deg": 11.4}}
{"qa_id": "qa_015cc20f3e0e3dba83fe", "split": "test", "audio_id": "foa_54cf5ca6eb5b9ce01632", "audio_path": "audio/test/foa_54cf5ca6eb5b9ce01632.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_bdd71bd778ff4cb6a597", "split": "test", "audio_id": "foa_ccbff1bec72ed958caf0", "audio_path": "audio/test/foa_ccbff1bec72ed958caf0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-68.9 degrees", "canonical_answer": "-68.9 degrees", "answer_meta": {"azimuth_deg": -68.9}}
{"qa_id": "qa_79816b3e81a9ca4ca3c5", "split": "test", "audio_id": "foa_f7d34bd998e5d466e54c", "audio_path": "audio/test/foa_f7d34bd998e5d466e54c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and below begin? Answer in one sentence.", "answer": "The sound source located in the back-right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6bb345ab00f93f254109", "split": "test", "audio_id": "foa_0178d7ce40917963bda2", "audio_path": "audio/test/foa_0178d7ce40917963bda2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "50.4 degrees", "canonical_answer": "50.4 degrees", "answer_meta": {"azimuth_deg": 50.4}}
{"qa_id": "qa_334df1ebb7e69f2161c1", "split": "test", "audio_id": "foa_ac4f702aa582a3c194c4", "audio_path": "audio/test/foa_ac4f702aa582a3c194c4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the musical instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_abe55625461baeb773a3", "split": "test", "audio_id": "foa_91508f7a48f64f903039", "audio_path": "audio/test/foa_91508f7a48f64f903039.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle can the sound of water be heard? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.0 degrees", "canonical_answer": "-33.0 degrees", "answer_meta": {"elevation_deg": -33.0}}
{"qa_id": "qa_b880737f8adf6424c0fe", "split": "test", "audio_id": "foa_c20b4dd98c5d1e9ab75a", "audio_path": "audio/test/foa_c20b4dd98c5d1e9ab75a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the zipper positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.9 degrees", "canonical_answer": "-34.9 degrees", "answer_meta": {"elevation_deg": -34.9}}
{"qa_id": "qa_2c995cc7ba5963fe02c4", "split": "test", "audio_id": "foa_9605cfce12ab89c7c828", "audio_path": "audio/test/foa_9605cfce12ab89c7c828.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_7bd6d9151c4594c25639", "split": "test", "audio_id": "foa_726dec61d0f794c45957", "audio_path": "audio/test/foa_726dec61d0f794c45957.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 1.4s.", "canonical_answer": "1.4s", "answer_meta": {"onset_time": 1.4}}
{"qa_id": "qa_65b0054ff75bf61f2da8", "split": "test", "audio_id": "foa_a2ee57b22400aac40a90", "audio_path": "audio/test/foa_a2ee57b22400aac40a90.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "65.1 degrees", "canonical_answer": "65.1 degrees", "answer_meta": {"azimuth_deg": 65.1}}
{"qa_id": "qa_289366455915c53899e5", "split": "test", "audio_id": "foa_a7e67b87ca81d7ff15b5", "audio_path": "audio/test/foa_a7e67b87ca81d7ff15b5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.5 degrees", "canonical_answer": "-10.5 degrees", "answer_meta": {"elevation_deg": -10.5}}
{"qa_id": "qa_c486739a8e1635a31463", "split": "test", "audio_id": "foa_d1d89db8fade7969e436", "audio_path": "audio/test/foa_d1d89db8fade7969e436.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person laughing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_4b15116155b4a9a5cc93", "split": "test", "audio_id": "foa_fc4f1768cb8bbd228bdd", "audio_path": "audio/test/foa_fc4f1768cb8bbd228bdd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left side begin? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_44b56c008d6525166904", "split": "test", "audio_id": "foa_eb35c096dfb4c20215b5", "audio_path": "audio/test/foa_eb35c096dfb4c20215b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-81.3 degrees", "canonical_answer": "-81.3 degrees", "answer_meta": {"azimuth_deg": -81.3}}
{"qa_id": "qa_c3c152a1c5e1ab3c1814", "split": "test", "audio_id": "foa_769d986b7e2362220073", "audio_path": "audio/test/foa_769d986b7e2362220073.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_8586bd37a45b1540140d", "split": "test", "audio_id": "foa_2195f990240a51d77da1", "audio_path": "audio/test/foa_2195f990240a51d77da1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.8 degrees", "canonical_answer": "1.8 degrees", "answer_meta": {"elevation_deg": 1.8}}
{"qa_id": "qa_289b22254a96338e1a22", "split": "test", "audio_id": "foa_db331095afc72385fc0c", "audio_path": "audio/test/foa_db331095afc72385fc0c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-172.4 degrees", "canonical_answer": "-172.4 degrees", "answer_meta": {"azimuth_deg": -172.4}}
{"qa_id": "qa_d9a38a8b51d34df07006", "split": "test", "audio_id": "foa_0f3532e2d4eb18baab18", "audio_path": "audio/test/foa_0f3532e2d4eb18baab18.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm originating from the left side first begin? Answer in one sentence.", "answer": "The alarm originating from the left becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_f3d6d36f69b18e973632", "split": "test", "audio_id": "foa_fc9e9277e262c9056fb4", "audio_path": "audio/test/foa_fc9e9277e262c9056fb4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the telephone alarm in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_612d4a611487b93ed6e5", "split": "test", "audio_id": "foa_c4eb4b3f5898a5440ec3", "audio_path": "audio/test/foa_c4eb4b3f5898a5440ec3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human voice located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "34.4 degrees", "canonical_answer": "34.4 degrees", "answer_meta": {"azimuth_deg": 34.4}}
{"qa_id": "qa_58697d7a4d596eb7cdcf", "split": "test", "audio_id": "foa_4180039e78b34c9b1675", "audio_path": "audio/test/foa_4180039e78b34c9b1675.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the singing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.2 degrees", "canonical_answer": "-16.2 degrees", "answer_meta": {"elevation_deg": -16.2}}
{"qa_id": "qa_6e4f73a9eb815606aa17", "split": "test", "audio_id": "foa_4f9c7d832c707049fa4c", "audio_path": "audio/test/foa_4f9c7d832c707049fa4c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound originating from the front-right start? Answer in one sentence.", "answer": "The sound of breathing begins at the 5.0s mark.", "canonical_answer": "5.0s", "answer_meta": {"onset_time": 5.0}}
{"qa_id": "qa_10ec975f08ffed3c96a1", "split": "test", "audio_id": "foa_fa23ada5bcd177c280c4", "audio_path": "audio/test/foa_fa23ada5bcd177c280c4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the printer located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.4 degrees", "canonical_answer": "-10.4 degrees", "answer_meta": {"elevation_deg": -10.4}}
{"qa_id": "qa_b70714878b17f698cf19", "split": "test", "audio_id": "foa_c86f017509444831576b", "audio_path": "audio/test/foa_c86f017509444831576b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the train? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_c4db0ff7c5d0fe091443", "split": "test", "audio_id": "foa_0fff63becfd7fbfb2535", "audio_path": "audio/test/foa_0fff63becfd7fbfb2535.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound from the front-right direction begin? Answer in one sentence.", "answer": "The speech sound originating from the front-right starts at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_b6768dc4573e49ec3a4c", "split": "test", "audio_id": "foa_c8c16725b56c1a2704fd", "audio_path": "audio/test/foa_c8c16725b56c1a2704fd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "76.9 degrees", "canonical_answer": "76.9 degrees", "answer_meta": {"azimuth_deg": 76.9}}
{"qa_id": "qa_c7b490f197c0e139f863", "split": "test", "audio_id": "foa_80de5b5dc9165d0fb54a", "audio_path": "audio/test/foa_80de5b5dc9165d0fb54a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source originating from the front first begin to play? Answer in one sentence.", "answer": "The sound source located in front becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_fd8eecc2f31a9f192758", "split": "test", "audio_id": "foa_8acf6e4282bc8f91e01d", "audio_path": "audio/test/foa_8acf6e4282bc8f91e01d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-168.3 degrees", "canonical_answer": "-168.3 degrees", "answer_meta": {"azimuth_deg": -168.3}}
{"qa_id": "qa_140077780aacd6b98a6c", "split": "test", "audio_id": "foa_396b8486cb44174113e1", "audio_path": "audio/test/foa_396b8486cb44174113e1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the paper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.7 degrees", "canonical_answer": "-29.7 degrees", "answer_meta": {"elevation_deg": -29.7}}
{"qa_id": "qa_07050cf6bd7fc11cbcd1", "split": "test", "audio_id": "foa_1829dfd61beeda6eca49", "audio_path": "audio/test/foa_1829dfd61beeda6eca49.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_b8b400f29ae8d45e0177", "split": "test", "audio_id": "foa_5dced0be8ca71934a2b5", "audio_path": "audio/test/foa_5dced0be8ca71934a2b5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and below start? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_5b9368fd83c2b3d79984", "split": "test", "audio_id": "foa_ef3893c45ec3764c3ee4", "audio_path": "audio/test/foa_ef3893c45ec3764c3ee4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.0 degrees", "canonical_answer": "41.0 degrees", "answer_meta": {"elevation_deg": 41.0}}
{"qa_id": "qa_4a5c27ab86c88c287d52", "split": "test", "audio_id": "foa_709c42da0b84d7b853b4", "audio_path": "audio/test/foa_709c42da0b84d7b853b4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "95.7 degrees", "canonical_answer": "95.7 degrees", "answer_meta": {"azimuth_deg": 95.7}}
{"qa_id": "qa_e4bdea1458a61d3a6c70", "split": "test", "audio_id": "foa_f165292604bf3c51ad64", "audio_path": "audio/test/foa_f165292604bf3c51ad64.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crack? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_f9a1ae158f43217da1c4", "split": "test", "audio_id": "foa_1ed46abbee56c1cd5c3c", "audio_path": "audio/test/foa_1ed46abbee56c1cd5c3c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.5 degrees", "canonical_answer": "-3.5 degrees", "answer_meta": {"azimuth_deg": -3.5}}
{"qa_id": "qa_f2dbe61a06293246a1eb", "split": "test", "audio_id": "foa_3b858974305a318efa75", "audio_path": "audio/test/foa_3b858974305a318efa75.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below start? Answer in one sentence.", "answer": "The sound source becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_ebec5d62b5b69e5b8f1e", "split": "test", "audio_id": "foa_b4501dde6928ce5efec0", "audio_path": "audio/test/foa_b4501dde6928ce5efec0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.9 degrees", "canonical_answer": "3.9 degrees", "answer_meta": {"elevation_deg": 3.9}}
{"qa_id": "qa_2fcf0d0c23415aad31e2", "split": "test", "audio_id": "foa_52700ef7ce68896d4a93", "audio_path": "audio/test/foa_52700ef7ce68896d4a93.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drawer cabinet from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_8883776141d3f1032e44", "split": "test", "audio_id": "foa_f30e90bd7e92eb7ba35a", "audio_path": "audio/test/foa_f30e90bd7e92eb7ba35a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_fdac2ed5023ff66746ec", "split": "test", "audio_id": "foa_ab9511785c56e913fecf", "audio_path": "audio/test/foa_ab9511785c56e913fecf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the footsteps? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-130.9 degrees", "canonical_answer": "-130.9 degrees", "answer_meta": {"azimuth_deg": -130.9}}
{"qa_id": "qa_b5d4bc49adfa8295aec5", "split": "test", "audio_id": "foa_9f2e39d182a4b80c1b0a", "audio_path": "audio/test/foa_9f2e39d182a4b80c1b0a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the machine positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.9 degrees", "canonical_answer": "19.9 degrees", "answer_meta": {"elevation_deg": 19.9}}
{"qa_id": "qa_5a68e5b02fdf8c2d7988", "split": "test", "audio_id": "foa_61d557ffd829853b7270", "audio_path": "audio/test/foa_61d557ffd829853b7270.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below become audible? Answer in one sentence.", "answer": "The sound source located to the right and below begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_60adeb199da780664fcb", "split": "test", "audio_id": "foa_b3627dd6355724a5d09f", "audio_path": "audio/test/foa_b3627dd6355724a5d09f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 2.7s.", "canonical_answer": "2.7s", "answer_meta": {"onset_time": 2.7}}
{"qa_id": "qa_5d9211d5983ed0a52f23", "split": "test", "audio_id": "foa_d86af96a34b3de6afc5d", "audio_path": "audio/test/foa_d86af96a34b3de6afc5d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.5 degrees", "canonical_answer": "-59.5 degrees", "answer_meta": {"azimuth_deg": -59.5}}
{"qa_id": "qa_4eeff6d9607c7a254c0f", "split": "test", "audio_id": "foa_3f3195f6e552fe425575", "audio_path": "audio/test/foa_3f3195f6e552fe425575.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_281253f1be2e4e52a45a", "split": "test", "audio_id": "foa_a2dcd42686c85a929c8c", "audio_path": "audio/test/foa_a2dcd42686c85a929c8c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.7 degrees", "canonical_answer": "10.7 degrees", "answer_meta": {"elevation_deg": 10.7}}
{"qa_id": "qa_ea646cacba8cffc0036a", "split": "test", "audio_id": "foa_f783e7dd885dfcd4e6f4", "audio_path": "audio/test/foa_f783e7dd885dfcd4e6f4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-72.7 degrees", "canonical_answer": "-72.7 degrees", "answer_meta": {"azimuth_deg": -72.7}}
{"qa_id": "qa_d800ea7316e70dcdd379", "split": "test", "audio_id": "foa_e75e4521271d24ea3de5", "audio_path": "audio/test/foa_e75e4521271d24ea3de5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the appliance? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_4fc1e9cd846697c479ab", "split": "test", "audio_id": "foa_b6fe10f87e6dcab8a6f9", "audio_path": "audio/test/foa_b6fe10f87e6dcab8a6f9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.6 degrees", "canonical_answer": "2.6 degrees", "answer_meta": {"elevation_deg": 2.6}}
{"qa_id": "qa_a0998e10423973e3734f", "split": "test", "audio_id": "foa_c0a797cd7b38d5c8e009", "audio_path": "audio/test/foa_c0a797cd7b38d5c8e009.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound originating from the back-right becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_4e5f7ab74dff73f73aa7", "split": "test", "audio_id": "foa_38e68087f88200b95d91", "audio_path": "audio/test/foa_38e68087f88200b95d91.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_2fa6a5f5d630be877ee3", "split": "test", "audio_id": "foa_33cb5aaeaaeed50ceb64", "audio_path": "audio/test/foa_33cb5aaeaaeed50ceb64.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the paper sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "127.0 degrees", "canonical_answer": "127.0 degrees", "answer_meta": {"azimuth_deg": 127.0}}
{"qa_id": "qa_7c5e56547263cca7af0b", "split": "test", "audio_id": "foa_96fcf5463c36312663b6", "audio_path": "audio/test/foa_96fcf5463c36312663b6.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_ffd71f9f3d6d2b115eeb", "split": "test", "audio_id": "foa_8ed858a64b6986cbb4d3", "audio_path": "audio/test/foa_8ed858a64b6986cbb4d3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the body sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source coming from the left and below begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_cc3afb1f1f37a042afab", "split": "test", "audio_id": "foa_918040ba1db0a7669cf1", "audio_path": "audio/test/foa_918040ba1db0a7669cf1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.0 degrees", "canonical_answer": "-16.0 degrees", "answer_meta": {"elevation_deg": -16.0}}
{"qa_id": "qa_f5ce0c852f815c5bedb1", "split": "test", "audio_id": "foa_9c0bfcb8c8f0b3fe0685", "audio_path": "audio/test/foa_9c0bfcb8c8f0b3fe0685.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the human vocalization originate from the front-left position? Answer in one sentence.", "answer": "The human vocalization begins at the front-left position at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_0d4890282ce2558815d2", "split": "test", "audio_id": "foa_80b3744af9ebf0adbd0d", "audio_path": "audio/test/foa_80b3744af9ebf0adbd0d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the camera from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_8cada9dda5737acded2f", "split": "test", "audio_id": "foa_552ea05dcf5676317d7d", "audio_path": "audio/test/foa_552ea05dcf5676317d7d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "69.3 degrees", "canonical_answer": "69.3 degrees", "answer_meta": {"azimuth_deg": 69.3}}
{"qa_id": "qa_9b574b90a8b3dbe2ad1c", "split": "test", "audio_id": "foa_76f7aef16147a8de7104", "audio_path": "audio/test/foa_76f7aef16147a8de7104.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the kitchenware located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "61.3 degrees", "canonical_answer": "61.3 degrees", "answer_meta": {"azimuth_deg": 61.3}}
{"qa_id": "qa_f873b9f67c66ad8e9b7e", "split": "test", "audio_id": "foa_52d652311b3375ef95bb", "audio_path": "audio/test/foa_52d652311b3375ef95bb.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and below begin? Answer in one sentence.", "answer": "The sound source located in that direction begins at 1.3s.", "canonical_answer": "1.3s", "answer_meta": {"onset_time": 1.3}}
{"qa_id": "qa_99905bc695e9b2563b7f", "split": "test", "audio_id": "foa_7f3a545fc5e682793d37", "audio_path": "audio/test/foa_7f3a545fc5e682793d37.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_0f438e1669b6f4e83c1e", "split": "test", "audio_id": "foa_13c040f4aa02970eb913", "audio_path": "audio/test/foa_13c040f4aa02970eb913.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the tool? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.9 degrees", "canonical_answer": "-52.9 degrees", "answer_meta": {"elevation_deg": -52.9}}
{"qa_id": "qa_5d2f2fc07990c0c1812f", "split": "test", "audio_id": "foa_a7dfc47d978450c6c620", "audio_path": "audio/test/foa_a7dfc47d978450c6c620.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_d622f6aea588bd49ab18", "split": "test", "audio_id": "foa_72c65fb2e922521503cf", "audio_path": "audio/test/foa_72c65fb2e922521503cf.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front become audible? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_1932c11f8dfdcfbf742f", "split": "test", "audio_id": "foa_223bfa814552c8dc8b9f", "audio_path": "audio/test/foa_223bfa814552c8dc8b9f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "106.8 degrees", "canonical_answer": "106.8 degrees", "answer_meta": {"azimuth_deg": 106.8}}
{"qa_id": "qa_78b311e045e1e0a035da", "split": "test", "audio_id": "foa_fd50dd6286b7c49b6751", "audio_path": "audio/test/foa_fd50dd6286b7c49b6751.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech sound source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.1 degrees", "canonical_answer": "-1.1 degrees", "answer_meta": {"elevation_deg": -1.1}}
{"qa_id": "qa_3ee6ce64c25ef4cecf9e", "split": "test", "audio_id": "foa_854bf9e7889b9a6308d6", "audio_path": "audio/test/foa_854bf9e7889b9a6308d6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_a87849339175cb298742", "split": "test", "audio_id": "foa_209ba3766e1016fceb59", "audio_path": "audio/test/foa_209ba3766e1016fceb59.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and above the listener begin? Answer in one sentence.", "answer": "The sound originating from that position begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_dd0490f9da2cc9331f24", "split": "test", "audio_id": "foa_393c3ab6e9a65081effa", "audio_path": "audio/test/foa_393c3ab6e9a65081effa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.8 degrees", "canonical_answer": "21.8 degrees", "answer_meta": {"azimuth_deg": 21.8}}
{"qa_id": "qa_51e911b9dc5a4d763df7", "split": "test", "audio_id": "foa_4ab29c1ffd9241344b6c", "audio_path": "audio/test/foa_4ab29c1ffd9241344b6c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drawer cabinet? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_53ccfbc2a914e403b43c", "split": "test", "audio_id": "foa_edbfaa0a3d907d7242a9", "audio_path": "audio/test/foa_edbfaa0a3d907d7242a9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-147.6 degrees", "canonical_answer": "-147.6 degrees", "answer_meta": {"azimuth_deg": -147.6}}
{"qa_id": "qa_9bfdd02124332209dde5", "split": "test", "audio_id": "foa_ec7eb27a0278b0d7df6f", "audio_path": "audio/test/foa_ec7eb27a0278b0d7df6f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound originating from behind the listener begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1aefd73be0bff31d690d", "split": "test", "audio_id": "foa_ec14e5106823262154ba", "audio_path": "audio/test/foa_ec14e5106823262154ba.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.7 degrees", "canonical_answer": "-34.7 degrees", "answer_meta": {"elevation_deg": -34.7}}
{"qa_id": "qa_fefd53290d0f3c6bc6b0", "split": "test", "audio_id": "foa_9a697d4bfbe325d975bf", "audio_path": "audio/test/foa_9a697d4bfbe325d975bf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_914cef04f89286be5654", "split": "test", "audio_id": "foa_a618daa83805fafb53e9", "audio_path": "audio/test/foa_a618daa83805fafb53e9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the crackle in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_ceb873b80ac59aa52b48", "split": "test", "audio_id": "foa_fbc3af7f21de4bc70754", "audio_path": "audio/test/foa_fbc3af7f21de4bc70754.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.0 degrees", "canonical_answer": "-6.0 degrees", "answer_meta": {"azimuth_deg": -6.0}}
{"qa_id": "qa_5de5a68a130ee46c1b3b", "split": "test", "audio_id": "foa_dc20a2bf5857085dc847", "audio_path": "audio/test/foa_dc20a2bf5857085dc847.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the body sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.0 degrees", "canonical_answer": "-23.0 degrees", "answer_meta": {"elevation_deg": -23.0}}
{"qa_id": "qa_c228269dda9403ad3c69", "split": "test", "audio_id": "foa_e149a0cab632fce62f8c", "audio_path": "audio/test/foa_e149a0cab632fce62f8c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the finger snapping sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The finger snapping sound begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_35da3a74fb6a1be2d26b", "split": "test", "audio_id": "foa_d0d61cf2b9688cb3f1ef", "audio_path": "audio/test/foa_d0d61cf2b9688cb3f1ef.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and above begin? Answer in one sentence.", "answer": "The sound originating from that direction begins at 2.0s.", "canonical_answer": "2.0s", "answer_meta": {"onset_time": 2.0}}
{"qa_id": "qa_83ed23050e0126b72182", "split": "test", "audio_id": "foa_674d7fa5997f4fe52827", "audio_path": "audio/test/foa_674d7fa5997f4fe52827.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_bd8711ea5a02bb9824e3", "split": "test", "audio_id": "foa_ea4a1a863ae0556200c0", "audio_path": "audio/test/foa_ea4a1a863ae0556200c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.3 degrees", "canonical_answer": "-26.3 degrees", "answer_meta": {"azimuth_deg": -26.3}}
{"qa_id": "qa_dd3e8108617eb12a3151", "split": "test", "audio_id": "foa_28caa21f0d3aec5d02f8", "audio_path": "audio/test/foa_28caa21f0d3aec5d02f8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the frog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.7 degrees", "canonical_answer": "-15.7 degrees", "answer_meta": {"elevation_deg": -15.7}}
{"qa_id": "qa_43a6a61c5d57bcf1624d", "split": "test", "audio_id": "foa_9d1057362eb4d3b416c3", "audio_path": "audio/test/foa_9d1057362eb4d3b416c3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-148.4 degrees", "canonical_answer": "-148.4 degrees", "answer_meta": {"azimuth_deg": -148.4}}
{"qa_id": "qa_49e97b6561ceb6f5ad61", "split": "test", "audio_id": "foa_87b0f56d177edff946d9", "audio_path": "audio/test/foa_87b0f56d177edff946d9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_b1570bf9591cfa6fce3f", "split": "test", "audio_id": "foa_a46466c77bf69ef32974", "audio_path": "audio/test/foa_a46466c77bf69ef32974.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the train sound originating from the back-right and below position begin? Answer in one sentence.", "answer": "The sound coming from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_74a515e4c88df4216456", "split": "test", "audio_id": "foa_a74fbaa608b43c8bbfdb", "audio_path": "audio/test/foa_a74fbaa608b43c8bbfdb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.7 degrees", "canonical_answer": "11.7 degrees", "answer_meta": {"elevation_deg": 11.7}}
{"qa_id": "qa_ed9302f29d0a3c58100e", "split": "test", "audio_id": "foa_0383e14c2c0da69bfbd3", "audio_path": "audio/test/foa_0383e14c2c0da69bfbd3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the percussion? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.3 degrees", "canonical_answer": "-25.3 degrees", "answer_meta": {"elevation_deg": -25.3}}
{"qa_id": "qa_033de0c521d7075f43bd", "split": "test", "audio_id": "foa_44bb129b23158aeccce0", "audio_path": "audio/test/foa_44bb129b23158aeccce0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "95.5 degrees", "canonical_answer": "95.5 degrees", "answer_meta": {"azimuth_deg": 95.5}}
{"qa_id": "qa_caec40b616249b00a4ca", "split": "test", "audio_id": "foa_761600a92334b0bfae0f", "audio_path": "audio/test/foa_761600a92334b0bfae0f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_9601de89bc691147f158", "split": "test", "audio_id": "foa_880821d06603f88b7afe", "audio_path": "audio/test/foa_880821d06603f88b7afe.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side first begin? Answer in one sentence.", "answer": "The sound coming from the left becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_d1d3a9ca3500a375b26f", "split": "test", "audio_id": "foa_08320e29b42dea7dbaf5", "audio_path": "audio/test/foa_08320e29b42dea7dbaf5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the bell located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_a6dd0b4d2a39740f45f1", "split": "test", "audio_id": "foa_37454c3d79723c20ade1", "audio_path": "audio/test/foa_37454c3d79723c20ade1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-110.8 degrees", "canonical_answer": "-110.8 degrees", "answer_meta": {"azimuth_deg": -110.8}}
{"qa_id": "qa_ea286b1c75cada75df0c", "split": "test", "audio_id": "foa_c2734ef47e78516af105", "audio_path": "audio/test/foa_c2734ef47e78516af105.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the paper positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.8 degrees", "canonical_answer": "4.8 degrees", "answer_meta": {"elevation_deg": 4.8}}
{"qa_id": "qa_f48dfe020a6912b472bb", "split": "test", "audio_id": "foa_f504227a24bf1fc98879", "audio_path": "audio/test/foa_f504227a24bf1fc98879.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and to the left, below the horizon, begin? Answer in one sentence.", "answer": "The sound source starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_878d11c6cefac8acf05d", "split": "test", "audio_id": "foa_76b09212853f12fd3a66", "audio_path": "audio/test/foa_76b09212853f12fd3a66.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-105.2 degrees", "canonical_answer": "-105.2 degrees", "answer_meta": {"azimuth_deg": -105.2}}
{"qa_id": "qa_9690d7515cd2c780825b", "split": "test", "audio_id": "foa_adf6f901066f1608d74f", "audio_path": "audio/test/foa_adf6f901066f1608d74f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the knock? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_3be9339010ed35bc5d4d", "split": "test", "audio_id": "foa_a3c859aad37659974aaa", "audio_path": "audio/test/foa_a3c859aad37659974aaa.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located behind and above the observer begin? Answer in one sentence.", "answer": "The sound source located behind and above begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_56072773d8b7275ca789", "split": "test", "audio_id": "foa_b4c22c7c76bbc08463a9", "audio_path": "audio/test/foa_b4c22c7c76bbc08463a9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.9 degrees", "canonical_answer": "23.9 degrees", "answer_meta": {"elevation_deg": 23.9}}
{"qa_id": "qa_78512803f6ed8bf07303", "split": "test", "audio_id": "foa_be943cf46b54dbd8a616", "audio_path": "audio/test/foa_be943cf46b54dbd8a616.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "43.9 degrees", "canonical_answer": "43.9 degrees", "answer_meta": {"azimuth_deg": 43.9}}
{"qa_id": "qa_066e4883cd94d1a8ff53", "split": "test", "audio_id": "foa_970a4f19eb3a4b18eb12", "audio_path": "audio/test/foa_970a4f19eb3a4b18eb12.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the vehicle located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_a2a282d52b3a3a7b7000", "split": "test", "audio_id": "foa_9e3aa1ea214f385f3181", "audio_path": "audio/test/foa_9e3aa1ea214f385f3181.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source located behind the listener begin? Answer in one sentence.", "answer": "The sound originating from behind the listener begins at 8.3s.", "canonical_answer": "8.3s", "answer_meta": {"onset_time": 8.3}}
{"qa_id": "qa_af27acd51fd6e2babcee", "split": "test", "audio_id": "foa_0ba46b507edc02188364", "audio_path": "audio/test/foa_0ba46b507edc02188364.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.7 degrees", "canonical_answer": "-23.7 degrees", "answer_meta": {"elevation_deg": -23.7}}
{"qa_id": "qa_a0d0ca48438c72a50e51", "split": "test", "audio_id": "foa_e1dae794cfdccf576f61", "audio_path": "audio/test/foa_e1dae794cfdccf576f61.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-6.7 degrees", "canonical_answer": "-6.7 degrees", "answer_meta": {"elevation_deg": -6.7}}
{"qa_id": "qa_ec0bc092ad69b1f0369c", "split": "test", "audio_id": "foa_0d3bcc7cb035880e1d7a", "audio_path": "audio/test/foa_0d3bcc7cb035880e1d7a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and below start? Answer in one sentence.", "answer": "The sound coming from the back and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_8cccdce5ac7da76560ca", "split": "test", "audio_id": "foa_09a7606f7e82d5a9a263", "audio_path": "audio/test/foa_09a7606f7e82d5a9a263.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the breathing sound occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_c80dabcb1b6484ca9f3e", "split": "test", "audio_id": "foa_1ae7cc0f7010bfa6061a", "audio_path": "audio/test/foa_1ae7cc0f7010bfa6061a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.8 degrees", "canonical_answer": "-11.8 degrees", "answer_meta": {"azimuth_deg": -11.8}}
{"qa_id": "qa_da57c1794463128c6906", "split": "test", "audio_id": "foa_cfefb586b85fb893c079", "audio_path": "audio/test/foa_cfefb586b85fb893c079.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the door from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_cd28c7a5eee3f0444c9a", "split": "test", "audio_id": "foa_be013d8513a90d91a5f5", "audio_path": "audio/test/foa_be013d8513a90d91a5f5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the guitar sound originating from behind the listener first begin? Answer in one sentence.", "answer": "The sound coming from the back becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_bc20117ca941d2aa740e", "split": "test", "audio_id": "foa_0a508a3928364baa01b7", "audio_path": "audio/test/foa_0a508a3928364baa01b7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the telephone alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.7 degrees", "canonical_answer": "-27.7 degrees", "answer_meta": {"elevation_deg": -27.7}}
{"qa_id": "qa_1ced162d27c447eabd84", "split": "test", "audio_id": "foa_eee0f58eb274a457bc94", "audio_path": "audio/test/foa_eee0f58eb274a457bc94.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "79.3 degrees", "canonical_answer": "79.3 degrees", "answer_meta": {"azimuth_deg": 79.3}}
{"qa_id": "qa_f6b38290b7397420edd5", "split": "test", "audio_id": "foa_9f53f325de1b19d34b19", "audio_path": "audio/test/foa_9f53f325de1b19d34b19.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the tape? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.9 degrees", "canonical_answer": "9.9 degrees", "answer_meta": {"elevation_deg": 9.9}}
{"qa_id": "qa_156619e40dd391c12c15", "split": "test", "audio_id": "foa_d3c2dc8de11f83f85f0f", "audio_path": "audio/test/foa_d3c2dc8de11f83f85f0f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_de5cadd0351db6b8711b", "split": "test", "audio_id": "foa_c679f1a67fb045e2148b", "audio_path": "audio/test/foa_c679f1a67fb045e2148b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-152.1 degrees", "canonical_answer": "-152.1 degrees", "answer_meta": {"azimuth_deg": -152.1}}
{"qa_id": "qa_5fb5ffad11c69a45a56e", "split": "test", "audio_id": "foa_72c249e0e381f1775846", "audio_path": "audio/test/foa_72c249e0e381f1775846.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_b871cea825d98c46be3e", "split": "test", "audio_id": "foa_d6ed9b995cfcea9e1eb8", "audio_path": "audio/test/foa_d6ed9b995cfcea9e1eb8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the laughter occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.3 degrees", "canonical_answer": "16.3 degrees", "answer_meta": {"elevation_deg": 16.3}}
{"qa_id": "qa_9c0fa2973b8333e8d6c1", "split": "test", "audio_id": "foa_4b9d0bdab3752d851c95", "audio_path": "audio/test/foa_4b9d0bdab3752d851c95.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the kitchenware positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.5 degrees", "canonical_answer": "-21.5 degrees", "answer_meta": {"azimuth_deg": -21.5}}
{"qa_id": "qa_46d7bf677c713bf80425", "split": "test", "audio_id": "foa_a59522ad1e90a2f18ee5", "audio_path": "audio/test/foa_a59522ad1e90a2f18ee5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bird located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_48c919f87516ea0ac84e", "split": "test", "audio_id": "foa_562254a9982e4d186c86", "audio_path": "audio/test/foa_562254a9982e4d186c86.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter originating from the front-left and below begin? Answer in one sentence.", "answer": "The laughter source becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_30d97cbcc657e57fbd80", "split": "test", "audio_id": "foa_62a814baad6567098865", "audio_path": "audio/test/foa_62a814baad6567098865.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.7 degrees", "canonical_answer": "-30.7 degrees", "answer_meta": {"elevation_deg": -30.7}}
{"qa_id": "qa_2ab74a8cee16013c9f5f", "split": "test", "audio_id": "foa_df0cd1161308a956e400", "audio_path": "audio/test/foa_df0cd1161308a956e400.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_8a6b97b762e466b75ea3", "split": "test", "audio_id": "foa_6b90c9731eaebd119998", "audio_path": "audio/test/foa_6b90c9731eaebd119998.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the water sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "79.1 degrees", "canonical_answer": "79.1 degrees", "answer_meta": {"azimuth_deg": 79.1}}
{"qa_id": "qa_450a9801a2031b8dafc8", "split": "test", "audio_id": "foa_d86526f17405aa7d3eb5", "audio_path": "audio/test/foa_d86526f17405aa7d3eb5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and elevated position begin? Answer in one sentence.", "answer": "The sound source located to the left and above becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_f51753ebac45552d888b", "split": "test", "audio_id": "foa_4af4163516eeaf4ab1fd", "audio_path": "audio/test/foa_4af4163516eeaf4ab1fd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.9 degrees", "canonical_answer": "-40.9 degrees", "answer_meta": {"elevation_deg": -40.9}}
{"qa_id": "qa_f519dd17c42515da12fa", "split": "test", "audio_id": "foa_a20f87c064c5366fdc6a", "audio_path": "audio/test/foa_a20f87c064c5366fdc6a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.9 degrees", "canonical_answer": "-10.9 degrees", "answer_meta": {"azimuth_deg": -10.9}}
{"qa_id": "qa_3043dac2ff834544688e", "split": "test", "audio_id": "foa_78d0c1d631f0efadaafa", "audio_path": "audio/test/foa_78d0c1d631f0efadaafa.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the string instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_109661551a9b7f8aa718", "split": "test", "audio_id": "foa_c83cdc84be4b9d2a58d1", "audio_path": "audio/test/foa_c83cdc84be4b9d2a58d1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_ee03229f04fceb1841a7", "split": "test", "audio_id": "foa_3aeb277d6d61389eccaf", "audio_path": "audio/test/foa_3aeb277d6d61389eccaf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the singing taking place? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_c2581f6308aaa7948b94", "split": "test", "audio_id": "foa_30e66512966521eb69e9", "audio_path": "audio/test/foa_30e66512966521eb69e9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.8 degrees", "canonical_answer": "-15.8 degrees", "answer_meta": {"elevation_deg": -15.8}}
{"qa_id": "qa_9e25b168c5304b68fb72", "split": "test", "audio_id": "foa_0e750980dfe2c7fc7463", "audio_path": "audio/test/foa_0e750980dfe2c7fc7463.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument sound emerge from the back and below? Answer in one sentence.", "answer": "The string instrument becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_a6d595da3b0d1eb1ccf7", "split": "test", "audio_id": "foa_0a5cc89cc07b1301b1b4", "audio_path": "audio/test/foa_0a5cc89cc07b1301b1b4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the percussion sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-92.6 degrees", "canonical_answer": "-92.6 degrees", "answer_meta": {"azimuth_deg": -92.6}}
{"qa_id": "qa_0480c011dfe84154f9b9", "split": "test", "audio_id": "foa_37863dc114f9a5be118c", "audio_path": "audio/test/foa_37863dc114f9a5be118c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_f3895a51614ad34d385b", "split": "test", "audio_id": "foa_bacbb66424cba6008d23", "audio_path": "audio/test/foa_bacbb66424cba6008d23.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.9 degrees", "canonical_answer": "-9.9 degrees", "answer_meta": {"elevation_deg": -9.9}}
{"qa_id": "qa_f640195e9e09a3348c72", "split": "test", "audio_id": "foa_cb4beeb1974532bce90e", "audio_path": "audio/test/foa_cb4beeb1974532bce90e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.8 degrees", "canonical_answer": "74.8 degrees", "answer_meta": {"azimuth_deg": 74.8}}
{"qa_id": "qa_2ec9db00f30c27dce7ef", "split": "test", "audio_id": "foa_ba929103d455afece031", "audio_path": "audio/test/foa_ba929103d455afece031.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the musical instrument located to the left first begin to play? Answer in one sentence.", "answer": "The musical instrument located to the left begins to play at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_47ec5c8c61cc9a2f0f17", "split": "test", "audio_id": "foa_07cf3755ac4b4d266ec5", "audio_path": "audio/test/foa_07cf3755ac4b4d266ec5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_7d782eb0eb516906bb29", "split": "test", "audio_id": "foa_5a599bc2831221d7a01a", "audio_path": "audio/test/foa_5a599bc2831221d7a01a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and above the listener begin? Answer in one sentence.", "answer": "The sound originating from the left and above becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_cf82927ab32ff3b30142", "split": "test", "audio_id": "foa_3e38b6d5b78301424fbe", "audio_path": "audio/test/foa_3e38b6d5b78301424fbe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Where is the alarm sound located in terms of azimuth? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "125.4 degrees", "canonical_answer": "125.4 degrees", "answer_meta": {"azimuth_deg": 125.4}}
{"qa_id": "qa_a08d24de14580bc7ab7e", "split": "test", "audio_id": "foa_4d9ed66bcf8501502dfd", "audio_path": "audio/test/foa_4d9ed66bcf8501502dfd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.2 degrees", "canonical_answer": "-21.2 degrees", "answer_meta": {"elevation_deg": -21.2}}
{"qa_id": "qa_27ebb563527ed38ef9e7", "split": "test", "audio_id": "foa_0c2b1e8be8fddcaeed66", "audio_path": "audio/test/foa_0c2b1e8be8fddcaeed66.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.4 degrees", "canonical_answer": "32.4 degrees", "answer_meta": {"elevation_deg": 32.4}}
{"qa_id": "qa_eb5dbeb3ae26516c93af", "split": "test", "audio_id": "foa_f8d91a265a57d0dd58ed", "audio_path": "audio/test/foa_f8d91a265a57d0dd58ed.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-73.3 degrees", "canonical_answer": "-73.3 degrees", "answer_meta": {"azimuth_deg": -73.3}}
{"qa_id": "qa_cc8d7acfd75b282d2454", "split": "test", "audio_id": "foa_b1983aafc74f3470715b", "audio_path": "audio/test/foa_b1983aafc74f3470715b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction first occur? Answer in one sentence.", "answer": "The sound originating from the back-right begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6757118b4bcc7961f3c3", "split": "test", "audio_id": "foa_8494fbe61e7261023e09", "audio_path": "audio/test/foa_8494fbe61e7261023e09.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_98fea11b18e7e2e3a0e1", "split": "test", "audio_id": "foa_b5158715fbfd8c6911c8", "audio_path": "audio/test/foa_b5158715fbfd8c6911c8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_a8c9a3681f237abd5d2b", "split": "test", "audio_id": "foa_b73e8b463b080aeaf663", "audio_path": "audio/test/foa_b73e8b463b080aeaf663.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the glass located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "148.2 degrees", "canonical_answer": "148.2 degrees", "answer_meta": {"azimuth_deg": 148.2}}
{"qa_id": "qa_37536a9282bfd133f1f7", "split": "test", "audio_id": "foa_d0a8ea5349662531a699", "audio_path": "audio/test/foa_d0a8ea5349662531a699.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_2a514693d71eacbc79b1", "split": "test", "audio_id": "foa_27fe420808a122387bb3", "audio_path": "audio/test/foa_27fe420808a122387bb3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and above the listener begin? Answer in one sentence.", "answer": "The sound source located at the back and above starts at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_b29ccc5992832a6554d6", "split": "test", "audio_id": "foa_00b9f54c69d7a6ecc845", "audio_path": "audio/test/foa_00b9f54c69d7a6ecc845.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the tape located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_840d1a98781600e53427", "split": "test", "audio_id": "foa_83fb5ee90e2ae87e749a", "audio_path": "audio/test/foa_83fb5ee90e2ae87e749a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.2 degrees", "canonical_answer": "-41.2 degrees", "answer_meta": {"azimuth_deg": -41.2}}
{"qa_id": "qa_c8a45d5c940ad449ee4a", "split": "test", "audio_id": "foa_0bce51bef31e653a7aec", "audio_path": "audio/test/foa_0bce51bef31e653a7aec.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and above the listener begin? Answer in one sentence.", "answer": "The sound source located behind and above begins its activity at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_87d62689c61b2542b2fd", "split": "test", "audio_id": "foa_23bc033ff323dbeb6266", "audio_path": "audio/test/foa_23bc033ff323dbeb6266.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_baa1198c3bd1539e1811", "split": "test", "audio_id": "foa_db417b64158538d18bb7", "audio_path": "audio/test/foa_db417b64158538d18bb7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound originating from the right becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_3c6cc7be2c8443eb5314", "split": "test", "audio_id": "foa_b3de3e418d3a219b8689", "audio_path": "audio/test/foa_b3de3e418d3a219b8689.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.2 degrees", "canonical_answer": "-63.2 degrees", "answer_meta": {"azimuth_deg": -63.2}}
{"qa_id": "qa_db029e747b40fd06eb3a", "split": "test", "audio_id": "foa_7078756e2caef6c69bc1", "audio_path": "audio/test/foa_7078756e2caef6c69bc1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the laughter sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.8 degrees", "canonical_answer": "12.8 degrees", "answer_meta": {"elevation_deg": 12.8}}
{"qa_id": "qa_13d71615632cebe7a2ba", "split": "test", "audio_id": "foa_c1e6fe9c94a72df61000", "audio_path": "audio/test/foa_c1e6fe9c94a72df61000.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the zipper from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_4924a4d3e6755e35e666", "split": "test", "audio_id": "foa_52c614f28a8f9f5e0171", "audio_path": "audio/test/foa_52c614f28a8f9f5e0171.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-174.8 degrees", "canonical_answer": "-174.8 degrees", "answer_meta": {"azimuth_deg": -174.8}}
{"qa_id": "qa_fa37bbccff8a5023fbcc", "split": "test", "audio_id": "foa_aa470d042d6a3f5bb388", "audio_path": "audio/test/foa_aa470d042d6a3f5bb388.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.4 degrees", "canonical_answer": "-54.4 degrees", "answer_meta": {"elevation_deg": -54.4}}
{"qa_id": "qa_23c4bf0c83c434493736", "split": "test", "audio_id": "foa_ae37e24570101808fe89", "audio_path": "audio/test/foa_ae37e24570101808fe89.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the typing sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_f8f15f53fa634fc63ede", "split": "test", "audio_id": "foa_768cfe8b809b52633eb7", "audio_path": "audio/test/foa_768cfe8b809b52633eb7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and below begin? Answer in one sentence.", "answer": "The sound source located at the back-right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_2ec4fa6cfb8e3e7a5342", "split": "test", "audio_id": "foa_acb4f92a75d50684d1a9", "audio_path": "audio/test/foa_acb4f92a75d50684d1a9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right begin? Answer in one sentence.", "answer": "The sound source originating from the right becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_2a55510274eb31c5bf16", "split": "test", "audio_id": "foa_4da39c263a641df063b1", "audio_path": "audio/test/foa_4da39c263a641df063b1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the laughter, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_539d1b385fe9ae63cb95", "split": "test", "audio_id": "foa_ee218e61bf9f254f6971", "audio_path": "audio/test/foa_ee218e61bf9f254f6971.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the sound of water coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-130.1 degrees", "canonical_answer": "-130.1 degrees", "answer_meta": {"azimuth_deg": -130.1}}
{"qa_id": "qa_48db1037a19762e02920", "split": "test", "audio_id": "foa_c8f962dfc1845e3b13e9", "audio_path": "audio/test/foa_c8f962dfc1845e3b13e9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.7 degrees", "canonical_answer": "-29.7 degrees", "answer_meta": {"elevation_deg": -29.7}}
{"qa_id": "qa_737939cb0f6fd69d185f", "split": "test", "audio_id": "foa_03cacc9e1c8287555683", "audio_path": "audio/test/foa_03cacc9e1c8287555683.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound begin from the front-left direction? Answer in one sentence.", "answer": "The sound originating from the front-left begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_2aae7d5e0534ac28653d", "split": "test", "audio_id": "foa_66bf06b394987a6303ec", "audio_path": "audio/test/foa_66bf06b394987a6303ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-99.1 degrees", "canonical_answer": "-99.1 degrees", "answer_meta": {"azimuth_deg": -99.1}}
{"qa_id": "qa_26cf0e57eb7262ae4724", "split": "test", "audio_id": "foa_26f3aa96d48be620a69a", "audio_path": "audio/test/foa_26f3aa96d48be620a69a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the crushing sound occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_37752e521ffb7f9929f7", "split": "test", "audio_id": "foa_6fb4e356df7a81ff05b5", "audio_path": "audio/test/foa_6fb4e356df7a81ff05b5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.2 degrees", "canonical_answer": "-22.2 degrees", "answer_meta": {"elevation_deg": -22.2}}
{"qa_id": "qa_2fb92b79a41d4e4b3944", "split": "test", "audio_id": "foa_38dd752de9fda133b841", "audio_path": "audio/test/foa_38dd752de9fda133b841.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.7 degrees", "canonical_answer": "-7.7 degrees", "answer_meta": {"elevation_deg": -7.7}}
{"qa_id": "qa_0f506e61b1530b59458b", "split": "test", "audio_id": "foa_2c6442e99eeb8924954e", "audio_path": "audio/test/foa_2c6442e99eeb8924954e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-32.2 degrees", "canonical_answer": "-32.2 degrees", "answer_meta": {"azimuth_deg": -32.2}}
{"qa_id": "qa_df81a84e9c17cc124910", "split": "test", "audio_id": "foa_c5d2e3d2a5e24ecb2b29", "audio_path": "audio/test/foa_c5d2e3d2a5e24ecb2b29.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the rain? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_9993ed40ac53b33630da", "split": "test", "audio_id": "foa_73186dc50f53ff3cfe9e", "audio_path": "audio/test/foa_73186dc50f53ff3cfe9e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound begin to play from the front? Answer in one sentence.", "answer": "The sound source located at the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_975fe159d2816dc3ac75", "split": "test", "audio_id": "foa_9b29d87600f0581e684c", "audio_path": "audio/test/foa_9b29d87600f0581e684c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the paper positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.2 degrees", "canonical_answer": "3.2 degrees", "answer_meta": {"elevation_deg": 3.2}}
{"qa_id": "qa_a872713491a570e77e0c", "split": "test", "audio_id": "foa_837ee664e136831f6e25", "audio_path": "audio/test/foa_837ee664e136831f6e25.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the female voice originating from the left and above begin? Answer in one sentence.", "answer": "The sound source becomes active at 3.0s.", "canonical_answer": "3.0s", "answer_meta": {"onset_time": 3.0}}
{"qa_id": "qa_66f5e04f800cacabe79e", "split": "test", "audio_id": "foa_7f81149a023f2d28aeb1", "audio_path": "audio/test/foa_7f81149a023f2d28aeb1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "156.0 degrees", "canonical_answer": "156.0 degrees", "answer_meta": {"azimuth_deg": 156.0}}
{"qa_id": "qa_19872355d18cb7b30b13", "split": "test", "audio_id": "foa_850b9af0cedf8f4cb154", "audio_path": "audio/test/foa_850b9af0cedf8f4cb154.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the musical instrument, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_18b577ba69b4bfe53414", "split": "test", "audio_id": "foa_d9856172a1ea896a83c8", "audio_path": "audio/test/foa_d9856172a1ea896a83c8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the cat? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.8 degrees", "canonical_answer": "-3.8 degrees", "answer_meta": {"elevation_deg": -3.8}}
{"qa_id": "qa_927528df9fc81433ebad", "split": "test", "audio_id": "foa_3873fbdcb27cbab91b80", "audio_path": "audio/test/foa_3873fbdcb27cbab91b80.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cooking sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-166.4 degrees", "canonical_answer": "-166.4 degrees", "answer_meta": {"azimuth_deg": -166.4}}
{"qa_id": "qa_c477a211c809c063157a", "split": "test", "audio_id": "foa_5d43d7837797fbe3be2b", "audio_path": "audio/test/foa_5d43d7837797fbe3be2b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left start? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.4 seconds.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_6248a71b5b650fcc4a9f", "split": "test", "audio_id": "foa_0a7e8e6c73cbe6756112", "audio_path": "audio/test/foa_0a7e8e6c73cbe6756112.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the camera from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_940a6c0a410b1a506514", "split": "test", "audio_id": "foa_f265155a51a8be9a9eef", "audio_path": "audio/test/foa_f265155a51a8be9a9eef.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.2 degrees", "canonical_answer": "5.2 degrees", "answer_meta": {"elevation_deg": 5.2}}
{"qa_id": "qa_9ce381433a538721ebfb", "split": "test", "audio_id": "foa_a3fbd6502efcb32a2832", "audio_path": "audio/test/foa_a3fbd6502efcb32a2832.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the speech located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_7cd4390c1a3d8e2981c3", "split": "test", "audio_id": "foa_346347e2bda22d297da2", "audio_path": "audio/test/foa_346347e2bda22d297da2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.5 degrees", "canonical_answer": "-17.5 degrees", "answer_meta": {"azimuth_deg": -17.5}}
{"qa_id": "qa_9a8391493e2d71e804fe", "split": "test", "audio_id": "foa_8eb18003768395856d53", "audio_path": "audio/test/foa_8eb18003768395856d53.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound source becomes active at 3.8 seconds.", "canonical_answer": "3.8s", "answer_meta": {"onset_time": 3.8}}
{"qa_id": "qa_0f3a54f4996598a1809d", "split": "test", "audio_id": "foa_d0b91cf7dba1c0bd8e89", "audio_path": "audio/test/foa_d0b91cf7dba1c0bd8e89.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the guitar source located to the front-left begin to play? Answer in one sentence.", "answer": "The guitar source becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ce43f609bbdd05b78730", "split": "test", "audio_id": "foa_6183c5d298ea9ca15bd1", "audio_path": "audio/test/foa_6183c5d298ea9ca15bd1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "145.4 degrees", "canonical_answer": "145.4 degrees", "answer_meta": {"azimuth_deg": 145.4}}
{"qa_id": "qa_c1602f8e08a0f74402c0", "split": "test", "audio_id": "foa_91282fdfaffa83716271", "audio_path": "audio/test/foa_91282fdfaffa83716271.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-36.0 degrees", "canonical_answer": "-36.0 degrees", "answer_meta": {"elevation_deg": -36.0}}
{"qa_id": "qa_77da275d17bf67c09212", "split": "test", "audio_id": "foa_631c99eae16c5e768898", "audio_path": "audio/test/foa_631c99eae16c5e768898.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the laughter? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_286cc07a429a0bbfaf97", "split": "test", "audio_id": "foa_f197bdbda10a056f115b", "audio_path": "audio/test/foa_f197bdbda10a056f115b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.5 degrees", "canonical_answer": "4.5 degrees", "answer_meta": {"elevation_deg": 4.5}}
{"qa_id": "qa_1ba489368388cec5ac36", "split": "test", "audio_id": "foa_56ef80b1db958288ef5e", "audio_path": "audio/test/foa_56ef80b1db958288ef5e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cooking sound originate from the position located to the left and above? Answer in one sentence.", "answer": "The cooking sound begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_42c27dfef95b90be31a9", "split": "test", "audio_id": "foa_9ff2cadeaa755f253f93", "audio_path": "audio/test/foa_9ff2cadeaa755f253f93.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_5528542a1066f1fbd3db", "split": "test", "audio_id": "foa_cfdacd4a8d4ffc06a9e7", "audio_path": "audio/test/foa_cfdacd4a8d4ffc06a9e7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "138.3 degrees", "canonical_answer": "138.3 degrees", "answer_meta": {"azimuth_deg": 138.3}}
{"qa_id": "qa_ffb384738c99aa94f520", "split": "test", "audio_id": "foa_5eebecde07c95aed49a8", "audio_path": "audio/test/foa_5eebecde07c95aed49a8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound coming from the right becomes active at 5.5s.", "canonical_answer": "5.5s", "answer_meta": {"onset_time": 5.5}}
{"qa_id": "qa_ce45690aaa0c21225e27", "split": "test", "audio_id": "foa_9528ce2fce2a492acf68", "audio_path": "audio/test/foa_9528ce2fce2a492acf68.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.1 degrees", "canonical_answer": "74.1 degrees", "answer_meta": {"azimuth_deg": 74.1}}
{"qa_id": "qa_53f7d6145c872859cc23", "split": "test", "audio_id": "foa_0754f5c1c2131c1b38b3", "audio_path": "audio/test/foa_0754f5c1c2131c1b38b3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the thunderstorm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_32dfcb0fbd1b3647c9a2", "split": "test", "audio_id": "foa_0edeb3fe50550f6a2bd7", "audio_path": "audio/test/foa_0edeb3fe50550f6a2bd7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.1 degrees", "canonical_answer": "-22.1 degrees", "answer_meta": {"elevation_deg": -22.1}}
{"qa_id": "qa_b02d4a9c5299c7cd8b72", "split": "test", "audio_id": "foa_c78b0924aa07dac016f7", "audio_path": "audio/test/foa_c78b0924aa07dac016f7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b1d2ea8b2f8f6aeeb6cf", "split": "test", "audio_id": "foa_203b7752a0296d8563b8", "audio_path": "audio/test/foa_203b7752a0296d8563b8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-118.9 degrees", "canonical_answer": "-118.9 degrees", "answer_meta": {"azimuth_deg": -118.9}}
{"qa_id": "qa_e8ee6927851a7b5b3320", "split": "test", "audio_id": "foa_587fbf85210fe7b3f3fd", "audio_path": "audio/test/foa_587fbf85210fe7b3f3fd.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_458bfd078eef426a6192", "split": "test", "audio_id": "foa_4efbbe2b97a74e45d6f8", "audio_path": "audio/test/foa_4efbbe2b97a74e45d6f8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.7 degrees", "canonical_answer": "31.7 degrees", "answer_meta": {"elevation_deg": 31.7}}
{"qa_id": "qa_8759784f66d4edaaeb0b", "split": "test", "audio_id": "foa_fb798d5a697e06fc3de4", "audio_path": "audio/test/foa_fb798d5a697e06fc3de4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the front-left begin? Answer in one sentence.", "answer": "The speech sound originating from the front-left becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_ecebcad6d420a92a8662", "split": "test", "audio_id": "foa_8c8f7f273a91ddfd9bc1", "audio_path": "audio/test/foa_8c8f7f273a91ddfd9bc1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the dog? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_e9ac194e7e426792922b", "split": "test", "audio_id": "foa_3fa2fc1595a05d0d69b6", "audio_path": "audio/test/foa_3fa2fc1595a05d0d69b6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "130.5 degrees", "canonical_answer": "130.5 degrees", "answer_meta": {"azimuth_deg": 130.5}}
{"qa_id": "qa_0d66ae3fcac1ee38b408", "split": "test", "audio_id": "foa_95e848b612d71fe36084", "audio_path": "audio/test/foa_95e848b612d71fe36084.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the guitar? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "30.3 degrees", "canonical_answer": "30.3 degrees", "answer_meta": {"elevation_deg": 30.3}}
{"qa_id": "qa_068030bb55f36d7c02ce", "split": "test", "audio_id": "foa_03e903bfe31c2236c68e", "audio_path": "audio/test/foa_03e903bfe31c2236c68e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the human vocalization in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_9b477f277364254d0910", "split": "test", "audio_id": "foa_ac88e3990e664ca78b61", "audio_path": "audio/test/foa_ac88e3990e664ca78b61.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.7 degrees", "canonical_answer": "-40.7 degrees", "answer_meta": {"azimuth_deg": -40.7}}
{"qa_id": "qa_cbe00a158b24a82b6320", "split": "test", "audio_id": "foa_a613ad09f0f19278990a", "audio_path": "audio/test/foa_a613ad09f0f19278990a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located to the right and below the listener begin? Answer in one sentence.", "answer": "The sound coming from that direction starts at 2.6s.", "canonical_answer": "2.6s", "answer_meta": {"onset_time": 2.6}}
{"qa_id": "qa_8fda963b141116178264", "split": "test", "audio_id": "foa_9aa51695c62d979b9cd7", "audio_path": "audio/test/foa_9aa51695c62d979b9cd7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.5 degrees", "canonical_answer": "-15.5 degrees", "answer_meta": {"elevation_deg": -15.5}}
{"qa_id": "qa_9924b486ed6bb839968b", "split": "test", "audio_id": "foa_50a913a2193d2ef6a588", "audio_path": "audio/test/foa_50a913a2193d2ef6a588.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "7.0 meters", "canonical_answer": "7.0 meters", "answer_meta": {"distance_m": 7.0}}
{"qa_id": "qa_296a21c5cbc08e97b37a", "split": "test", "audio_id": "foa_d7cee867ea9977a06b02", "audio_path": "audio/test/foa_d7cee867ea9977a06b02.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the clock positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.5 degrees", "canonical_answer": "-42.5 degrees", "answer_meta": {"elevation_deg": -42.5}}
{"qa_id": "qa_ba4ddcf9b405b7aef686", "split": "test", "audio_id": "foa_e0e8b27bc3367b713ea8", "audio_path": "audio/test/foa_e0e8b27bc3367b713ea8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the sound of water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-123.4 degrees", "canonical_answer": "-123.4 degrees", "answer_meta": {"azimuth_deg": -123.4}}
{"qa_id": "qa_5469602437d63b98c26a", "split": "test", "audio_id": "foa_2854d076cac6992df8ef", "audio_path": "audio/test/foa_2854d076cac6992df8ef.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and below begin? Answer in one sentence.", "answer": "The sound source located in that direction becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c14c8090881036a50a43", "split": "test", "audio_id": "foa_10ab385932146965164d", "audio_path": "audio/test/foa_10ab385932146965164d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the rain in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_75cc1ff9df420018ba8c", "split": "test", "audio_id": "foa_1511f664d0535c67cb7a", "audio_path": "audio/test/foa_1511f664d0535c67cb7a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound of crushing begins at 3.9 seconds.", "canonical_answer": "3.9s", "answer_meta": {"onset_time": 3.9}}
{"qa_id": "qa_d97fc72fb60bfe5be052", "split": "test", "audio_id": "foa_e1ba9e185d29aa4d29bf", "audio_path": "audio/test/foa_e1ba9e185d29aa4d29bf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.3 degrees", "canonical_answer": "-23.3 degrees", "answer_meta": {"elevation_deg": -23.3}}
{"qa_id": "qa_07936131ddb76a9bfb91", "split": "test", "audio_id": "foa_d2240e2e4f3bfc49d0cc", "audio_path": "audio/test/foa_d2240e2e4f3bfc49d0cc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the gong located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "59.6 degrees", "canonical_answer": "59.6 degrees", "answer_meta": {"azimuth_deg": 59.6}}
{"qa_id": "qa_c31ef1a02131dcd8b77a", "split": "test", "audio_id": "foa_098b97529bc104b279ca", "audio_path": "audio/test/foa_098b97529bc104b279ca.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the human voice, originating from the front-left and elevated position, begin? Answer in one sentence.", "answer": "The human vocalization begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_3c4740a09de8d9696f85", "split": "test", "audio_id": "foa_d8b2826e18d460d0a924", "audio_path": "audio/test/foa_d8b2826e18d460d0a924.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "155.4 degrees", "canonical_answer": "155.4 degrees", "answer_meta": {"azimuth_deg": 155.4}}
{"qa_id": "qa_a4cf57424e85b8e8328e", "split": "test", "audio_id": "foa_0147f81c91b99cd68c65", "audio_path": "audio/test/foa_0147f81c91b99cd68c65.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the finger snapping sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_93fc49141c2e49949693", "split": "test", "audio_id": "foa_1db76af52961bba56d35", "audio_path": "audio/test/foa_1db76af52961bba56d35.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.5 degrees", "canonical_answer": "-2.5 degrees", "answer_meta": {"elevation_deg": -2.5}}
{"qa_id": "qa_ffa4e5db50d25183db06", "split": "test", "audio_id": "foa_54330224e9bbc8a1e439", "audio_path": "audio/test/foa_54330224e9bbc8a1e439.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the body sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_aab07d02edafb686e94e", "split": "test", "audio_id": "foa_c534b6c33249a1984120", "audio_path": "audio/test/foa_c534b6c33249a1984120.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the machine? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.4 degrees", "canonical_answer": "11.4 degrees", "answer_meta": {"azimuth_deg": 11.4}}
{"qa_id": "qa_1dbdcd344be8f1b10962", "split": "test", "audio_id": "foa_beb2c09e7a17ce08a3c1", "audio_path": "audio/test/foa_beb2c09e7a17ce08a3c1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and below position begin? Answer in one sentence.", "answer": "The sound coming from that direction starts at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_668afe8189c1c038ae58", "split": "test", "audio_id": "foa_ce2e0b8187113525a6f4", "audio_path": "audio/test/foa_ce2e0b8187113525a6f4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the insect positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.2 degrees", "canonical_answer": "-9.2 degrees", "answer_meta": {"elevation_deg": -9.2}}
{"qa_id": "qa_f234dc34ddf62053a91a", "split": "test", "audio_id": "foa_d202cd9c9927a6c4efa5", "audio_path": "audio/test/foa_d202cd9c9927a6c4efa5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the sound of breathing coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.5 degrees", "canonical_answer": "-4.5 degrees", "answer_meta": {"elevation_deg": -4.5}}
{"qa_id": "qa_eb29a070e09f078914b3", "split": "test", "audio_id": "foa_17699e9f5d910a705b0b", "audio_path": "audio/test/foa_17699e9f5d910a705b0b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the gong located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-76.9 degrees", "canonical_answer": "-76.9 degrees", "answer_meta": {"azimuth_deg": -76.9}}
{"qa_id": "qa_f7f1fcfcb38e1abc3eea", "split": "test", "audio_id": "foa_1f5130f6cda5c3d1b867", "audio_path": "audio/test/foa_1f5130f6cda5c3d1b867.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_dc5cd83694e2fa452401", "split": "test", "audio_id": "foa_9c3484390a4f6bb57cb0", "audio_path": "audio/test/foa_9c3484390a4f6bb57cb0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the appliance located in the front-left and below position start playing? Answer in one sentence.", "answer": "The sound source from that location begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_b6bdef21c0188349a767", "split": "test", "audio_id": "foa_73a1673dce91bf5ab82d", "audio_path": "audio/test/foa_73a1673dce91bf5ab82d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "67.8 degrees", "canonical_answer": "67.8 degrees", "answer_meta": {"azimuth_deg": 67.8}}
{"qa_id": "qa_43799325a34c7d8feb33", "split": "test", "audio_id": "foa_3c25f149d91093551770", "audio_path": "audio/test/foa_3c25f149d91093551770.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the train from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_f4ac8d6d634772bb02f0", "split": "test", "audio_id": "foa_1aad19911c48c0924bff", "audio_path": "audio/test/foa_1aad19911c48c0924bff.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the front-right start? Answer in one sentence.", "answer": "The speech sound coming from the front-right becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_3f18997f929f357d0eb4", "split": "test", "audio_id": "foa_3b0014c5fca16f381229", "audio_path": "audio/test/foa_3b0014c5fca16f381229.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.8 degrees", "canonical_answer": "2.8 degrees", "answer_meta": {"elevation_deg": 2.8}}
{"qa_id": "qa_599df301f2c2e6766789", "split": "test", "audio_id": "foa_d44b35cd5d5f3a242a62", "audio_path": "audio/test/foa_d44b35cd5d5f3a242a62.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the alarm signal located at -5.7 degrees azimuth and 22.8 degrees elevation begin playing? Answer in one sentence.", "answer": "The sound source at that location begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_d9594c05ff1407eb7428", "split": "test", "audio_id": "foa_d97984da733ad1ab584b", "audio_path": "audio/test/foa_d97984da733ad1ab584b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the singing sound positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.2 degrees", "canonical_answer": "-14.2 degrees", "answer_meta": {"elevation_deg": -14.2}}
{"qa_id": "qa_02bbf32353fea7139780", "split": "test", "audio_id": "foa_506b9ee88d5ef7634199", "audio_path": "audio/test/foa_506b9ee88d5ef7634199.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-110.0 degrees", "canonical_answer": "-110.0 degrees", "answer_meta": {"azimuth_deg": -110.0}}
{"qa_id": "qa_8c001156f143615eb47a", "split": "test", "audio_id": "foa_bff134cfb8609bd7e32e", "audio_path": "audio/test/foa_bff134cfb8609bd7e32e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_834da5dc8e05ecf14554", "split": "test", "audio_id": "foa_24b7607a7b348a96065f", "audio_path": "audio/test/foa_24b7607a7b348a96065f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-166.9 degrees", "canonical_answer": "-166.9 degrees", "answer_meta": {"azimuth_deg": -166.9}}
{"qa_id": "qa_fe1a68d6a90361287835", "split": "test", "audio_id": "foa_bdc1b601f1c4f34828e8", "audio_path": "audio/test/foa_bdc1b601f1c4f34828e8.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the aircraft located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "26.5 degrees", "canonical_answer": "26.5 degrees", "answer_meta": {"elevation_deg": 26.5}}
{"qa_id": "qa_07f2e8c04fece45fa568", "split": "test", "audio_id": "foa_93c78b113b7620c2c52a", "audio_path": "audio/test/foa_93c78b113b7620c2c52a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound located to the front-right and below begin? Answer in one sentence.", "answer": "The sound source located in that direction becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_46ebe5cfda80c898cd67", "split": "test", "audio_id": "foa_9009557ac1043354b1c8", "audio_path": "audio/test/foa_9009557ac1043354b1c8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crushing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_8b58bb1f13fddcf5fc3f", "split": "test", "audio_id": "foa_351820655815173185cb", "audio_path": "audio/test/foa_351820655815173185cb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_72dde5a974a46dbd72ea", "split": "test", "audio_id": "foa_2b763c1726b7f250cdcc", "audio_path": "audio/test/foa_2b763c1726b7f250cdcc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "38.0 degrees", "canonical_answer": "38.0 degrees", "answer_meta": {"azimuth_deg": 38.0}}
{"qa_id": "qa_e5ab0f6b765e3a0f4b71", "split": "test", "audio_id": "foa_2167a447545ab5e6ad43", "audio_path": "audio/test/foa_2167a447545ab5e6ad43.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the back-left and above begin? Answer in one sentence.", "answer": "The sound source originating from the back-left and above becomes active at 7.0s.", "canonical_answer": "7.0s", "answer_meta": {"onset_time": 7.0}}
{"qa_id": "qa_95a1f17f8754ddbab41b", "split": "test", "audio_id": "foa_119393201d4e99329389", "audio_path": "audio/test/foa_119393201d4e99329389.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.3 degrees", "canonical_answer": "24.3 degrees", "answer_meta": {"elevation_deg": 24.3}}
{"qa_id": "qa_d0f9a834eba4b3c3cb01", "split": "test", "audio_id": "foa_6e7822bb27b08f85d343", "audio_path": "audio/test/foa_6e7822bb27b08f85d343.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wood from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_a9ea3677edd9a36df9e9", "split": "test", "audio_id": "foa_f43096441d89e30d35ed", "audio_path": "audio/test/foa_f43096441d89e30d35ed.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.1 degrees", "canonical_answer": "-21.1 degrees", "answer_meta": {"azimuth_deg": -21.1}}
{"qa_id": "qa_9cd0f739aab43bfeefbc", "split": "test", "audio_id": "foa_a0179d326d5619cceb21", "audio_path": "audio/test/foa_a0179d326d5619cceb21.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.2 degrees", "canonical_answer": "-7.2 degrees", "answer_meta": {"elevation_deg": -7.2}}
{"qa_id": "qa_2235995290056c75fde2", "split": "test", "audio_id": "foa_3ebd21b66b820036742a", "audio_path": "audio/test/foa_3ebd21b66b820036742a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound coming from the back begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ac8bd7b6d0fd6225bfc0", "split": "test", "audio_id": "foa_b99fc7cd7bd364e4d16a", "audio_path": "audio/test/foa_b99fc7cd7bd364e4d16a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "10.6 degrees", "canonical_answer": "10.6 degrees", "answer_meta": {"azimuth_deg": 10.6}}
{"qa_id": "qa_f6ee9465fc06a9b8609b", "split": "test", "audio_id": "foa_20295db46e2946dd349b", "audio_path": "audio/test/foa_20295db46e2946dd349b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_3267a74d3a198224aca2", "split": "test", "audio_id": "foa_fb3cf765ace9d7c89d0e", "audio_path": "audio/test/foa_fb3cf765ace9d7c89d0e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located in the front-right and below direction begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_65710cb5e7bbd0d25df6", "split": "test", "audio_id": "foa_e008bde921d6d4649c5c", "audio_path": "audio/test/foa_e008bde921d6d4649c5c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.4 degrees", "canonical_answer": "-17.4 degrees", "answer_meta": {"elevation_deg": -17.4}}
{"qa_id": "qa_6ebfe458c051ef2cee61", "split": "test", "audio_id": "foa_7af1fa08a8bd02ea2356", "audio_path": "audio/test/foa_7af1fa08a8bd02ea2356.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.3 degrees", "canonical_answer": "-33.3 degrees", "answer_meta": {"elevation_deg": -33.3}}
{"qa_id": "qa_48672f924ff18ebf1bc9", "split": "test", "audio_id": "foa_d2e78af0d1210c4710a9", "audio_path": "audio/test/foa_d2e78af0d1210c4710a9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ceaea62c2e43a59da539", "split": "test", "audio_id": "foa_7f85ba83dc95bd91250a", "audio_path": "audio/test/foa_7f85ba83dc95bd91250a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.5 degrees", "canonical_answer": "-50.5 degrees", "answer_meta": {"azimuth_deg": -50.5}}
{"qa_id": "qa_3125c697504be95b2261", "split": "test", "audio_id": "foa_a115efc0e924e9572f9f", "audio_path": "audio/test/foa_a115efc0e924e9572f9f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the paper from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_68ea5403b3eb859b6723", "split": "test", "audio_id": "foa_af3be8814f3ec29d3bd9", "audio_path": "audio/test/foa_af3be8814f3ec29d3bd9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.1 degrees", "canonical_answer": "28.1 degrees", "answer_meta": {"elevation_deg": 28.1}}
{"qa_id": "qa_9502511dbe32a84eda84", "split": "test", "audio_id": "foa_f48a2866633cd63650ee", "audio_path": "audio/test/foa_f48a2866633cd63650ee.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.8 degrees", "canonical_answer": "-28.8 degrees", "answer_meta": {"azimuth_deg": -28.8}}
{"qa_id": "qa_e1180622dce62d2dc15c", "split": "test", "audio_id": "foa_d732dd61a938e3b7b188", "audio_path": "audio/test/foa_d732dd61a938e3b7b188.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the wind instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_b1ca5a4b879d46d6f81d", "split": "test", "audio_id": "foa_0d797c2c7ecb5ee5ce5a", "audio_path": "audio/test/foa_0d797c2c7ecb5ee5ce5a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left starts at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_cfb92508924940592e7a", "split": "test", "audio_id": "foa_89031d2bda7d64f47aa9", "audio_path": "audio/test/foa_89031d2bda7d64f47aa9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the kitchenware in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.8 degrees", "canonical_answer": "-3.8 degrees", "answer_meta": {"elevation_deg": -3.8}}
{"qa_id": "qa_790a1f22df3557eda613", "split": "test", "audio_id": "foa_5823914faa498a697381", "audio_path": "audio/test/foa_5823914faa498a697381.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the female speaker located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_4c41f9dec6034dca4676", "split": "test", "audio_id": "foa_5164a2b2e12320ec421d", "audio_path": "audio/test/foa_5164a2b2e12320ec421d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cat located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-78.4 degrees", "canonical_answer": "-78.4 degrees", "answer_meta": {"azimuth_deg": -78.4}}
{"qa_id": "qa_bd5db28c6037b90612e3", "split": "test", "audio_id": "foa_22b793a5d18d2ae56650", "audio_path": "audio/test/foa_22b793a5d18d2ae56650.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the front-right position begin? Answer in one sentence.", "answer": "The percussion source becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_4543fd4c29c525a1b282", "split": "test", "audio_id": "foa_4dba5ccbbca6d2957638", "audio_path": "audio/test/foa_4dba5ccbbca6d2957638.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.1 degrees", "canonical_answer": "-80.1 degrees", "answer_meta": {"azimuth_deg": -80.1}}
{"qa_id": "qa_fe156dd5a3bfdc1950c2", "split": "test", "audio_id": "foa_cd159d42f03cfce0666f", "audio_path": "audio/test/foa_cd159d42f03cfce0666f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the percussion sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.5 degrees", "canonical_answer": "17.5 degrees", "answer_meta": {"elevation_deg": 17.5}}
{"qa_id": "qa_8cf74864649b31844de0", "split": "test", "audio_id": "foa_8d6ca3a4ceef0392a472", "audio_path": "audio/test/foa_8d6ca3a4ceef0392a472.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back of the scene begin? Answer in one sentence.", "answer": "The sound source located in the back becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_da4f171707bd57da399b", "split": "test", "audio_id": "foa_0aace4bd8313e4e7d433", "audio_path": "audio/test/foa_0aace4bd8313e4e7d433.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the zipper from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_6a1907b034528237268f", "split": "test", "audio_id": "foa_409865c175d901e4fcfe", "audio_path": "audio/test/foa_409865c175d901e4fcfe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "72.8 degrees", "canonical_answer": "72.8 degrees", "answer_meta": {"azimuth_deg": 72.8}}
{"qa_id": "qa_c6ba5c49bc39463e4048", "split": "test", "audio_id": "foa_1476c8b847e0f3935f2e", "audio_path": "audio/test/foa_1476c8b847e0f3935f2e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the guitar in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_b52df0a8115d103bb81a", "split": "test", "audio_id": "foa_d1abbf09e139a2280ad7", "audio_path": "audio/test/foa_d1abbf09e139a2280ad7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the singing sound source located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.8 degrees", "canonical_answer": "-14.8 degrees", "answer_meta": {"elevation_deg": -14.8}}
{"qa_id": "qa_32b5d9562ccfe12e18cf", "split": "test", "audio_id": "foa_bc66c309859142f86cee", "audio_path": "audio/test/foa_bc66c309859142f86cee.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the train sound originating from the back-left start? Answer in one sentence.", "answer": "The sound of the train from the back-left begins at 3.1s.", "canonical_answer": "3.1s", "answer_meta": {"onset_time": 3.1}}
{"qa_id": "qa_84574c0c0eb5f374d3bc", "split": "test", "audio_id": "foa_b18f36eb4ef623e7d045", "audio_path": "audio/test/foa_b18f36eb4ef623e7d045.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.3 degrees", "canonical_answer": "74.3 degrees", "answer_meta": {"azimuth_deg": 74.3}}
{"qa_id": "qa_cacae09a0e127289a29a", "split": "test", "audio_id": "foa_f0cd82ccdce8eca79c3c", "audio_path": "audio/test/foa_f0cd82ccdce8eca79c3c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and above begin? Answer in one sentence.", "answer": "The sound originating from that direction begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_1fb649dc6c78f55a74e2", "split": "test", "audio_id": "foa_a1e3d5c9ac2a892a3f86", "audio_path": "audio/test/foa_a1e3d5c9ac2a892a3f86.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the zipper located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_3eeddf62d52c252300c9", "split": "test", "audio_id": "foa_064d845acb946d9eebf0", "audio_path": "audio/test/foa_064d845acb946d9eebf0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "33.4 degrees", "canonical_answer": "33.4 degrees", "answer_meta": {"elevation_deg": 33.4}}
{"qa_id": "qa_8458407fbf4a033336b8", "split": "test", "audio_id": "foa_26c3dd61ed09c8f88be6", "audio_path": "audio/test/foa_26c3dd61ed09c8f88be6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the camera positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "31.0 degrees", "canonical_answer": "31.0 degrees", "answer_meta": {"elevation_deg": 31.0}}
{"qa_id": "qa_0e05be93aa3fc7595ef2", "split": "test", "audio_id": "foa_3914da1687202217504b", "audio_path": "audio/test/foa_3914da1687202217504b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cooking sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-174.1 degrees", "canonical_answer": "-174.1 degrees", "answer_meta": {"azimuth_deg": -174.1}}
{"qa_id": "qa_2749be68cca6b63e9ef9", "split": "test", "audio_id": "foa_ecf66904d3fa6a0f9796", "audio_path": "audio/test/foa_ecf66904d3fa6a0f9796.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound coming from the back-left direction starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_f9c6cacfdac5a0de0f63", "split": "test", "audio_id": "foa_0406745f613ef04ee0cf", "audio_path": "audio/test/foa_0406745f613ef04ee0cf.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_1c2ab9cc4f934a773566", "split": "test", "audio_id": "foa_db25d142b7d3c6b40b82", "audio_path": "audio/test/foa_db25d142b7d3c6b40b82.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below direction begin? Answer in one sentence.", "answer": "The sound source located in that direction becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6a9ded54dbe3b2c87169", "split": "test", "audio_id": "foa_263bf875e4c0250b5571", "audio_path": "audio/test/foa_263bf875e4c0250b5571.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.4 degrees", "canonical_answer": "-40.4 degrees", "answer_meta": {"elevation_deg": -40.4}}
{"qa_id": "qa_db085e9317498bb64e7f", "split": "test", "audio_id": "foa_b16971266b1e6c49fecf", "audio_path": "audio/test/foa_b16971266b1e6c49fecf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.8 degrees", "canonical_answer": "-50.8 degrees", "answer_meta": {"azimuth_deg": -50.8}}
{"qa_id": "qa_5e6d397edcbe50e0e686", "split": "test", "audio_id": "foa_6e09d4b6ea82e25e084d", "audio_path": "audio/test/foa_6e09d4b6ea82e25e084d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the glass? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_007fdda4ee2e968ffac9", "split": "test", "audio_id": "foa_6342b8ca51136520ad58", "audio_path": "audio/test/foa_6342b8ca51136520ad58.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing sound originating from behind and below the listener begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_4cd4c65160d5dce0890b", "split": "test", "audio_id": "foa_f8795f9092d074af4b08", "audio_path": "audio/test/foa_f8795f9092d074af4b08.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.4 degrees", "canonical_answer": "-0.4 degrees", "answer_meta": {"elevation_deg": -0.4}}
{"qa_id": "qa_12a9f5033d0feff8298b", "split": "test", "audio_id": "foa_d48ce0c7e945721e1071", "audio_path": "audio/test/foa_d48ce0c7e945721e1071.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "83.7 degrees", "canonical_answer": "83.7 degrees", "answer_meta": {"azimuth_deg": 83.7}}
{"qa_id": "qa_0dd899eb7498be3b2f63", "split": "test", "audio_id": "foa_7a17a601cd2e6f47f588", "audio_path": "audio/test/foa_7a17a601cd2e6f47f588.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the kitchenware located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_1144d42a8a8b292e6780", "split": "test", "audio_id": "foa_71a07b91d7c3605122b5", "audio_path": "audio/test/foa_71a07b91d7c3605122b5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-158.5 degrees", "canonical_answer": "-158.5 degrees", "answer_meta": {"azimuth_deg": -158.5}}
{"qa_id": "qa_24064f974d77a2fcabd9", "split": "test", "audio_id": "foa_122ecc0c710341a46c87", "audio_path": "audio/test/foa_122ecc0c710341a46c87.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the drum located behind and to the left of the listener begin playing? Answer in one sentence.", "answer": "The sound originating from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_08d09ea53271d1f10b26", "split": "test", "audio_id": "foa_863f5fbded66274b87d1", "audio_path": "audio/test/foa_863f5fbded66274b87d1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the aircraft from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_8b66a9d1740d2f2b8d2b", "split": "test", "audio_id": "foa_2185d1044c2de516e937", "audio_path": "audio/test/foa_2185d1044c2de516e937.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.1 degrees", "canonical_answer": "16.1 degrees", "answer_meta": {"elevation_deg": 16.1}}
{"qa_id": "qa_7ead83c6d641dfa5546b", "split": "test", "audio_id": "foa_aa1c41477054899639cc", "audio_path": "audio/test/foa_aa1c41477054899639cc.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_f9fb76e91361396bffba", "split": "test", "audio_id": "foa_ef8ddce5c04a1d8d4b48", "audio_path": "audio/test/foa_ef8ddce5c04a1d8d4b48.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the typing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.9 degrees", "canonical_answer": "-0.9 degrees", "answer_meta": {"elevation_deg": -0.9}}
{"qa_id": "qa_ee26d78dad1429df7a8f", "split": "test", "audio_id": "foa_864aad91a0906e9000c6", "audio_path": "audio/test/foa_864aad91a0906e9000c6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the war sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The war sound coming from the front-right starts at 3.5s.", "canonical_answer": "3.5s", "answer_meta": {"onset_time": 3.5}}
{"qa_id": "qa_7f2c5e750ee96bae204a", "split": "test", "audio_id": "foa_b5513f09ba20c9774fef", "audio_path": "audio/test/foa_b5513f09ba20c9774fef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the ocean located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "109.2 degrees", "canonical_answer": "109.2 degrees", "answer_meta": {"azimuth_deg": 109.2}}
{"qa_id": "qa_6585feaa7b4caa9affce", "split": "test", "audio_id": "foa_e991aa199c0b84b5be08", "audio_path": "audio/test/foa_e991aa199c0b84b5be08.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.4 degrees", "canonical_answer": "11.4 degrees", "answer_meta": {"elevation_deg": 11.4}}
{"qa_id": "qa_b2989810b49e68e45c50", "split": "test", "audio_id": "foa_e755f139781b97fa03b2", "audio_path": "audio/test/foa_e755f139781b97fa03b2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-156.4 degrees", "canonical_answer": "-156.4 degrees", "answer_meta": {"azimuth_deg": -156.4}}
{"qa_id": "qa_6394c781ca5dca952bad", "split": "test", "audio_id": "foa_48793f6a55ec30f77bc3", "audio_path": "audio/test/foa_48793f6a55ec30f77bc3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the wind sound source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_2525a32d55510c6a9d3d", "split": "test", "audio_id": "foa_7ec7eab89aadcfb529c5", "audio_path": "audio/test/foa_7ec7eab89aadcfb529c5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crackling sound originating from the back-left and above position begin? Answer in one sentence.", "answer": "The crackling sound begins at 2.5 seconds.", "canonical_answer": "2.5s", "answer_meta": {"onset_time": 2.5}}
{"qa_id": "qa_ed3ab0f3b0771fc20ff9", "split": "test", "audio_id": "foa_48d33a766c51294f3188", "audio_path": "audio/test/foa_48d33a766c51294f3188.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person speaking? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_c033e18a843a9e0dfcd1", "split": "test", "audio_id": "foa_396cba77a9417d5ac7c2", "audio_path": "audio/test/foa_396cba77a9417d5ac7c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.2 degrees", "canonical_answer": "-41.2 degrees", "answer_meta": {"elevation_deg": -41.2}}
{"qa_id": "qa_14d4c02b0fe9fa6bf81b", "split": "test", "audio_id": "foa_1728a110e2bb6eb93b41", "audio_path": "audio/test/foa_1728a110e2bb6eb93b41.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source originating from the front start? Answer in one sentence.", "answer": "The sound source coming from the front begins at 7.1s.", "canonical_answer": "7.1s", "answer_meta": {"onset_time": 7.1}}
{"qa_id": "qa_f139127dc5ec215d139a", "split": "test", "audio_id": "foa_914b189a91e7704e1802", "audio_path": "audio/test/foa_914b189a91e7704e1802.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "94.1 degrees", "canonical_answer": "94.1 degrees", "answer_meta": {"azimuth_deg": 94.1}}
{"qa_id": "qa_971da8d16805ac176f47", "split": "test", "audio_id": "foa_1de577b034e85e93398e", "audio_path": "audio/test/foa_1de577b034e85e93398e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth angle of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-170.7 degrees", "canonical_answer": "-170.7 degrees", "answer_meta": {"azimuth_deg": -170.7}}
{"qa_id": "qa_d87f76ed06890288d5a8", "split": "test", "audio_id": "foa_9843f624669914c3428d", "audio_path": "audio/test/foa_9843f624669914c3428d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right and above become audible? Answer in one sentence.", "answer": "The sound source located in that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_014e78c3706c3b83b92c", "split": "test", "audio_id": "foa_24478043d81780d1fd67", "audio_path": "audio/test/foa_24478043d81780d1fd67.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the percussion sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.9 degrees", "canonical_answer": "-12.9 degrees", "answer_meta": {"elevation_deg": -12.9}}
{"qa_id": "qa_97d0362d6deb2876d44e", "split": "test", "audio_id": "foa_5d9df1bac91253d92257", "audio_path": "audio/test/foa_5d9df1bac91253d92257.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away are the footsteps? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_261eca1982fbf707cbf9", "split": "test", "audio_id": "foa_abf8f9dcc5426a365dbb", "audio_path": "audio/test/foa_abf8f9dcc5426a365dbb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_1c4ce2f5f479e9c69fc1", "split": "test", "audio_id": "foa_68bc30debbfea6ca9ade", "audio_path": "audio/test/foa_68bc30debbfea6ca9ade.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the writing sound originating from the front and below begin? Answer in one sentence.", "answer": "The sound of writing originating from the front and below begins at 2.0s.", "canonical_answer": "2.0s", "answer_meta": {"onset_time": 2.0}}
{"qa_id": "qa_9efb6dcabfe6dfb5e0d0", "split": "test", "audio_id": "foa_e1da0fc83771eb229374", "audio_path": "audio/test/foa_e1da0fc83771eb229374.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the alarm in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.4 degrees", "canonical_answer": "74.4 degrees", "answer_meta": {"azimuth_deg": 74.4}}
{"qa_id": "qa_f600de7102c02b452901", "split": "test", "audio_id": "foa_76fd7dc396ef577b9272", "audio_path": "audio/test/foa_76fd7dc396ef577b9272.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the vehicle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.6 degrees", "canonical_answer": "7.6 degrees", "answer_meta": {"elevation_deg": 7.6}}
{"qa_id": "qa_3b0d513c945fa824eea6", "split": "test", "audio_id": "foa_d755d5d69db620673b4a", "audio_path": "audio/test/foa_d755d5d69db620673b4a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the percussion sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "176.9 degrees", "canonical_answer": "176.9 degrees", "answer_meta": {"azimuth_deg": 176.9}}
{"qa_id": "qa_aecb4cddb740838fd6bd", "split": "test", "audio_id": "foa_259765df843252ba9109", "audio_path": "audio/test/foa_259765df843252ba9109.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.5 degrees", "canonical_answer": "-2.5 degrees", "answer_meta": {"elevation_deg": -2.5}}
{"qa_id": "qa_71393499d541caa9bb6c", "split": "test", "audio_id": "foa_99557419cc4f74d1b652", "audio_path": "audio/test/foa_99557419cc4f74d1b652.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bird? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_307d78acded023cbb675", "split": "test", "audio_id": "foa_f9a523a6eb6abb982c62", "audio_path": "audio/test/foa_f9a523a6eb6abb982c62.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound coming from the back starts at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_f1359c4f54661f333e64", "split": "test", "audio_id": "foa_0c668d4672acf7f6092f", "audio_path": "audio/test/foa_0c668d4672acf7f6092f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the dog positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.5 degrees", "canonical_answer": "-25.5 degrees", "answer_meta": {"elevation_deg": -25.5}}
{"qa_id": "qa_96e8496055c064211797", "split": "test", "audio_id": "foa_8947be70756e85e71df5", "audio_path": "audio/test/foa_8947be70756e85e71df5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located at the back-right begin? Answer in one sentence.", "answer": "The sound originating from the back-right becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_cd825003c74dc64a93e4", "split": "test", "audio_id": "foa_f6ffefd4a986ecbaf2cb", "audio_path": "audio/test/foa_f6ffefd4a986ecbaf2cb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_c0e00007501090868c1b", "split": "test", "audio_id": "foa_42a6c524809590b8b324", "audio_path": "audio/test/foa_42a6c524809590b8b324.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-118.8 degrees", "canonical_answer": "-118.8 degrees", "answer_meta": {"azimuth_deg": -118.8}}
{"qa_id": "qa_fababe956f70753b8b49", "split": "test", "audio_id": "foa_672863d2de720f12c4ed", "audio_path": "audio/test/foa_672863d2de720f12c4ed.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the laughter occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.4 degrees", "canonical_answer": "-80.4 degrees", "answer_meta": {"azimuth_deg": -80.4}}
{"qa_id": "qa_d2c661c326131f72fe06", "split": "test", "audio_id": "foa_abaccce0c89b50a56b09", "audio_path": "audio/test/foa_abaccce0c89b50a56b09.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above position begin? Answer in one sentence.", "answer": "The sound from that location begins at 5.5s.", "canonical_answer": "5.5s", "answer_meta": {"onset_time": 5.5}}
{"qa_id": "qa_7f521592dfb19ce326f7", "split": "test", "audio_id": "foa_000facb7bf8834dfc16f", "audio_path": "audio/test/foa_000facb7bf8834dfc16f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the printer from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_7738832f94e4e2ab8f21", "split": "test", "audio_id": "foa_c447b01069ee4bb08a99", "audio_path": "audio/test/foa_c447b01069ee4bb08a99.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.0 degrees", "canonical_answer": "-30.0 degrees", "answer_meta": {"elevation_deg": -30.0}}
{"qa_id": "qa_ca0784e003f269f1159f", "split": "test", "audio_id": "foa_f16cea8cece6792d3013", "audio_path": "audio/test/foa_f16cea8cece6792d3013.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the keyboard instrument located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_272ff926941a1b2f975f", "split": "test", "audio_id": "foa_93becb1b20c379c5ee49", "audio_path": "audio/test/foa_93becb1b20c379c5ee49.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front become audible? Answer in one sentence.", "answer": "The sound source located in the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5d810dfbfeeb99ea2bee", "split": "test", "audio_id": "foa_6e7d4a9092d513ef0c90", "audio_path": "audio/test/foa_6e7d4a9092d513ef0c90.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.9 degrees", "canonical_answer": "-17.9 degrees", "answer_meta": {"elevation_deg": -17.9}}
{"qa_id": "qa_ec81b1dcf6e5256ddb46", "split": "test", "audio_id": "foa_a4e5e0b2168907a741a9", "audio_path": "audio/test/foa_a4e5e0b2168907a741a9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.1 degrees", "canonical_answer": "32.1 degrees", "answer_meta": {"azimuth_deg": 32.1}}
{"qa_id": "qa_30756f00281c7202e9f8", "split": "test", "audio_id": "foa_e38088a2f2d39b958683", "audio_path": "audio/test/foa_e38088a2f2d39b958683.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the rain source located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_d576f996887d131f9291", "split": "test", "audio_id": "foa_2e2a937dfb3e39b93be1", "audio_path": "audio/test/foa_2e2a937dfb3e39b93be1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction first begin? Answer in one sentence.", "answer": "The sound source located at the back-right starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b63e49dcd95e04ca64d9", "split": "test", "audio_id": "foa_8851e48c86f63cea7bd0", "audio_path": "audio/test/foa_8851e48c86f63cea7bd0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-42.6 degrees", "canonical_answer": "-42.6 degrees", "answer_meta": {"elevation_deg": -42.6}}
{"qa_id": "qa_44ca64da05e516ed2a83", "split": "test", "audio_id": "foa_6d0c8ad35b500bc23d21", "audio_path": "audio/test/foa_6d0c8ad35b500bc23d21.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-99.5 degrees", "canonical_answer": "-99.5 degrees", "answer_meta": {"azimuth_deg": -99.5}}
{"qa_id": "qa_36faf7ff72e6ec19d412", "split": "test", "audio_id": "foa_4938aa82bf2196c5c8ee", "audio_path": "audio/test/foa_4938aa82bf2196c5c8ee.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-167.8 degrees", "canonical_answer": "-167.8 degrees", "answer_meta": {"azimuth_deg": -167.8}}
{"qa_id": "qa_a69794fbd4ddc9feb027", "split": "test", "audio_id": "foa_298118b41a018ac0b373", "audio_path": "audio/test/foa_298118b41a018ac0b373.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the female speech coming from the left and below begin? Answer in one sentence.", "answer": "The sound originating from the left and below begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6edbbb5161f651ca930c", "split": "test", "audio_id": "foa_f353c344bb5fd17ba867", "audio_path": "audio/test/foa_f353c344bb5fd17ba867.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tearing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_58af36a6d5025a202b1e", "split": "test", "audio_id": "foa_3d0242d8b6ab2b2e9716", "audio_path": "audio/test/foa_3d0242d8b6ab2b2e9716.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.8 degrees", "canonical_answer": "-31.8 degrees", "answer_meta": {"elevation_deg": -31.8}}
{"qa_id": "qa_388bc4b0ae159d785b01", "split": "test", "audio_id": "foa_9fb3e9be25bac505b5bc", "audio_path": "audio/test/foa_9fb3e9be25bac505b5bc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound source becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_27a591d830b1813610a9", "split": "test", "audio_id": "foa_b4c04698a8b7a5e37462", "audio_path": "audio/test/foa_b4c04698a8b7a5e37462.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_3fb7b0c8c535e823dc4b", "split": "test", "audio_id": "foa_a810dc87add5a29c3000", "audio_path": "audio/test/foa_a810dc87add5a29c3000.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-166.0 degrees", "canonical_answer": "-166.0 degrees", "answer_meta": {"azimuth_deg": -166.0}}
{"qa_id": "qa_5be887f3c7f699eccb59", "split": "test", "audio_id": "foa_cb61ed86346fe6532bab", "audio_path": "audio/test/foa_cb61ed86346fe6532bab.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the crushing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.0 degrees", "canonical_answer": "-9.0 degrees", "answer_meta": {"elevation_deg": -9.0}}
{"qa_id": "qa_a7394bd94dfa961381c4", "split": "test", "audio_id": "foa_cb72260de1479a78dadb", "audio_path": "audio/test/foa_cb72260de1479a78dadb.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the animal sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound source becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_11ab78cc2e74b52f1463", "split": "test", "audio_id": "foa_1f189d3d24260f90ebf3", "audio_path": "audio/test/foa_1f189d3d24260f90ebf3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.7 degrees", "canonical_answer": "-0.7 degrees", "answer_meta": {"azimuth_deg": -0.7}}
{"qa_id": "qa_f7a3443bbdf44386c5ed", "split": "test", "audio_id": "foa_d0760638003fecc8437c", "audio_path": "audio/test/foa_d0760638003fecc8437c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the kitchenware located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.7 degrees", "canonical_answer": "-35.7 degrees", "answer_meta": {"elevation_deg": -35.7}}
{"qa_id": "qa_3962ed67f5bbaf6898fc", "split": "test", "audio_id": "foa_40c17738aaf5fa849a7c", "audio_path": "audio/test/foa_40c17738aaf5fa849a7c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.2 meters", "canonical_answer": "4.2 meters", "answer_meta": {"distance_m": 4.2}}
{"qa_id": "qa_7d3705655d9714b15a3a", "split": "test", "audio_id": "foa_de5435d2a81851244695", "audio_path": "audio/test/foa_de5435d2a81851244695.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 7.7s.", "canonical_answer": "7.7s", "answer_meta": {"onset_time": 7.7}}
{"qa_id": "qa_7b1ceb5de35396630d9f", "split": "test", "audio_id": "foa_9ee6c121790d8c304aac", "audio_path": "audio/test/foa_9ee6c121790d8c304aac.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away are the footsteps? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_3770622c219a680121f8", "split": "test", "audio_id": "foa_4b3339bd86d8c853dcd7", "audio_path": "audio/test/foa_4b3339bd86d8c853dcd7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the insect located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "32.1 degrees", "canonical_answer": "32.1 degrees", "answer_meta": {"elevation_deg": 32.1}}
{"qa_id": "qa_6601e8773835770181b8", "split": "test", "audio_id": "foa_5cea2b3cc4fe7e7da17d", "audio_path": "audio/test/foa_5cea2b3cc4fe7e7da17d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-144.3 degrees", "canonical_answer": "-144.3 degrees", "answer_meta": {"azimuth_deg": -144.3}}
{"qa_id": "qa_f37fb0b639ee168fb0d6", "split": "test", "audio_id": "foa_699e8709dbbb273b07f6", "audio_path": "audio/test/foa_699e8709dbbb273b07f6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-154.7 degrees", "canonical_answer": "-154.7 degrees", "answer_meta": {"azimuth_deg": -154.7}}
{"qa_id": "qa_1059e7ad614bbfc6fb7b", "split": "test", "audio_id": "foa_6f71b641db4ee85d4f36", "audio_path": "audio/test/foa_6f71b641db4ee85d4f36.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the back-right and below begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_0202cbc65215026b77eb", "split": "test", "audio_id": "foa_5a90bf81e34c1cd88b5b", "audio_path": "audio/test/foa_5a90bf81e34c1cd88b5b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the crushing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-29.3 degrees", "canonical_answer": "-29.3 degrees", "answer_meta": {"elevation_deg": -29.3}}
{"qa_id": "qa_d1d8e2e0402b2220f0e0", "split": "test", "audio_id": "foa_434553f265f16cac4139", "audio_path": "audio/test/foa_434553f265f16cac4139.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_8526b405d8bd298cc015", "split": "test", "audio_id": "foa_67e631b4026ac62e0945", "audio_path": "audio/test/foa_67e631b4026ac62e0945.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.1 degrees", "canonical_answer": "5.1 degrees", "answer_meta": {"elevation_deg": 5.1}}
{"qa_id": "qa_f3284080bc65e0183c04", "split": "test", "audio_id": "foa_e2c527f754dca1fea8fe", "audio_path": "audio/test/foa_e2c527f754dca1fea8fe.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "115.2 degrees", "canonical_answer": "115.2 degrees", "answer_meta": {"azimuth_deg": 115.2}}
{"qa_id": "qa_e914f4f211b444c53282", "split": "test", "audio_id": "foa_c115b7eaffb774c410c1", "audio_path": "audio/test/foa_c115b7eaffb774c410c1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of breathing occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_95e806878b107d6b98ec", "split": "test", "audio_id": "foa_80ad866470b5936118c6", "audio_path": "audio/test/foa_80ad866470b5936118c6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter located to the front-left and below begin? Answer in one sentence.", "answer": "The sound originating from that position begins at 4.5s.", "canonical_answer": "4.5s", "answer_meta": {"onset_time": 4.5}}
{"qa_id": "qa_d55a7f2b5e93d4632261", "split": "test", "audio_id": "foa_f5ee404da7a96cd34ed0", "audio_path": "audio/test/foa_f5ee404da7a96cd34ed0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-141.1 degrees", "canonical_answer": "-141.1 degrees", "answer_meta": {"azimuth_deg": -141.1}}
{"qa_id": "qa_01fd5985b4d47bfafbf1", "split": "test", "audio_id": "foa_15958ac0d47f5cfaa117", "audio_path": "audio/test/foa_15958ac0d47f5cfaa117.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the vehicle located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_08397d2759aec1fcecff", "split": "test", "audio_id": "foa_8cbe332e93d8169ee00a", "audio_path": "audio/test/foa_8cbe332e93d8169ee00a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter originating from the back-right direction first begin? Answer in one sentence.", "answer": "The sound of laughter from the back-right position starts at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_2880240625369e3a33ce", "split": "test", "audio_id": "foa_5960ef70a0be52afaa19", "audio_path": "audio/test/foa_5960ef70a0be52afaa19.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "41.4 degrees", "canonical_answer": "41.4 degrees", "answer_meta": {"elevation_deg": 41.4}}
{"qa_id": "qa_46db5892f7e01c5157ed", "split": "test", "audio_id": "foa_d36e2e89df444928fc9a", "audio_path": "audio/test/foa_d36e2e89df444928fc9a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and below first become audible? Answer in one sentence.", "answer": "The sound source located at that position begins at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_fa8e52568cc844b49549", "split": "test", "audio_id": "foa_532c1d60ec0fe3c76eb3", "audio_path": "audio/test/foa_532c1d60ec0fe3c76eb3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.2 meters", "canonical_answer": "4.2 meters", "answer_meta": {"distance_m": 4.2}}
{"qa_id": "qa_93e857e48d0d66ce8d96", "split": "test", "audio_id": "foa_12f7a1de0e2a8278cb1e", "audio_path": "audio/test/foa_12f7a1de0e2a8278cb1e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "53.3 degrees", "canonical_answer": "53.3 degrees", "answer_meta": {"azimuth_deg": 53.3}}
{"qa_id": "qa_6296358f69723c2b6937", "split": "test", "audio_id": "foa_455d02370774fbc0d1dd", "audio_path": "audio/test/foa_455d02370774fbc0d1dd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.4 degrees", "canonical_answer": "-23.4 degrees", "answer_meta": {"elevation_deg": -23.4}}
{"qa_id": "qa_889ff862b09f9142be5f", "split": "test", "audio_id": "foa_462ef8e3e0a4a8a2d216", "audio_path": "audio/test/foa_462ef8e3e0a4a8a2d216.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the animal? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.6 degrees", "canonical_answer": "-25.6 degrees", "answer_meta": {"elevation_deg": -25.6}}
{"qa_id": "qa_2b1474393c5634c7f5dd", "split": "test", "audio_id": "foa_f6e1dccb6e91eca97a3b", "audio_path": "audio/test/foa_f6e1dccb6e91eca97a3b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of laughter occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_75924ba6f0a35d907d2b", "split": "test", "audio_id": "foa_61f5df6fe794153f0a98", "audio_path": "audio/test/foa_61f5df6fe794153f0a98.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cat, located to the front-left and below the listener, begin to produce sound? Answer in one sentence.", "answer": "The sound originating from the cat begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5d7e81c32b545d62f0ee", "split": "test", "audio_id": "foa_58db9f6e8eecdd9d2831", "audio_path": "audio/test/foa_58db9f6e8eecdd9d2831.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.6 degrees", "canonical_answer": "-33.6 degrees", "answer_meta": {"azimuth_deg": -33.6}}
{"qa_id": "qa_c90db7c870d85e10aa1d", "split": "test", "audio_id": "foa_721d1f88e194cb4f0c88", "audio_path": "audio/test/foa_721d1f88e194cb4f0c88.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bell from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_c431daf27c9712fe99ff", "split": "test", "audio_id": "foa_878050de806e3f0b37ed", "audio_path": "audio/test/foa_878050de806e3f0b37ed.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound originating from the back-right direction starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_32cdc1ed4cd3d069f1ea", "split": "test", "audio_id": "foa_4befb3a25f133771a478", "audio_path": "audio/test/foa_4befb3a25f133771a478.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the rain in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "87.5 degrees", "canonical_answer": "87.5 degrees", "answer_meta": {"azimuth_deg": 87.5}}
{"qa_id": "qa_e887d246653176086785", "split": "test", "audio_id": "foa_30c5168d96b0a81b52d0", "audio_path": "audio/test/foa_30c5168d96b0a81b52d0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.3 degrees", "canonical_answer": "-18.3 degrees", "answer_meta": {"elevation_deg": -18.3}}
{"qa_id": "qa_7a368bd07af7ca3ce5e3", "split": "test", "audio_id": "foa_8db73fbcdb1f9cdddcb1", "audio_path": "audio/test/foa_8db73fbcdb1f9cdddcb1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the guitar sound originating from the back-right and below position begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_a8cf5393a656a578b572", "split": "test", "audio_id": "foa_202e91a1b99be2c047fa", "audio_path": "audio/test/foa_202e91a1b99be2c047fa.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the gong from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_d5606d3438db97656fb6", "split": "test", "audio_id": "foa_e18f36344b45084a7b74", "audio_path": "audio/test/foa_e18f36344b45084a7b74.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the wind occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "2.3 degrees", "canonical_answer": "2.3 degrees", "answer_meta": {"elevation_deg": 2.3}}
{"qa_id": "qa_fd8fb38dc2ef4b487984", "split": "test", "audio_id": "foa_75e5c7a6671461a7db2c", "audio_path": "audio/test/foa_75e5c7a6671461a7db2c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the sound of the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "103.7 degrees", "canonical_answer": "103.7 degrees", "answer_meta": {"azimuth_deg": 103.7}}
{"qa_id": "qa_4912de9ba7d485dcda9b", "split": "test", "audio_id": "foa_6b5f4ceeabb31cb30855", "audio_path": "audio/test/foa_6b5f4ceeabb31cb30855.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-138.6 degrees", "canonical_answer": "-138.6 degrees", "answer_meta": {"azimuth_deg": -138.6}}
{"qa_id": "qa_c0f5a6592a3aa7b03e68", "split": "test", "audio_id": "foa_b5a274104eeb95bc27c5", "audio_path": "audio/test/foa_b5a274104eeb95bc27c5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the cat sound, located at 87.2 degrees azimuth and -27.3 degrees elevation, start playing? Answer in one sentence.", "answer": "The cat sound begins at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_545d3527cb43d10247b7", "split": "test", "audio_id": "foa_a8bbdc1fdbb971ed3117", "audio_path": "audio/test/foa_a8bbdc1fdbb971ed3117.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the finger snapping occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.3 degrees", "canonical_answer": "-22.3 degrees", "answer_meta": {"elevation_deg": -22.3}}
{"qa_id": "qa_0eb8f179045c175e5d04", "split": "test", "audio_id": "foa_8e321d3d101a1ed263d4", "audio_path": "audio/test/foa_8e321d3d101a1ed263d4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_cd2c32cd8ca8560087f7", "split": "test", "audio_id": "foa_8412784f097a775d289c", "audio_path": "audio/test/foa_8412784f097a775d289c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.5 degrees", "canonical_answer": "-30.5 degrees", "answer_meta": {"elevation_deg": -30.5}}
{"qa_id": "qa_8abe14b6895d5fc49b4c", "split": "test", "audio_id": "foa_c3fcac0f1551d70628e2", "audio_path": "audio/test/foa_c3fcac0f1551d70628e2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the musical instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_2a25a4f83e4a6b7e9865", "split": "test", "audio_id": "foa_4cf5efe07748d12735bb", "audio_path": "audio/test/foa_4cf5efe07748d12735bb.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the vehicle sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound originating from the right and below begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_08d4ed0b4d0310ba833f", "split": "test", "audio_id": "foa_5d2adf2b1f3da882bdf9", "audio_path": "audio/test/foa_5d2adf2b1f3da882bdf9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the car located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.8 degrees", "canonical_answer": "-4.8 degrees", "answer_meta": {"azimuth_deg": -4.8}}
{"qa_id": "qa_279eba431ccc417ce167", "split": "test", "audio_id": "foa_fa5360bb1b3ef6ea9bc8", "audio_path": "audio/test/foa_fa5360bb1b3ef6ea9bc8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the camera located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "138.2 degrees", "canonical_answer": "138.2 degrees", "answer_meta": {"azimuth_deg": 138.2}}
{"qa_id": "qa_80bf24b5e1eb4151536a", "split": "test", "audio_id": "foa_d5b97a5587e62f9dbb11", "audio_path": "audio/test/foa_d5b97a5587e62f9dbb11.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.6 degrees", "canonical_answer": "-21.6 degrees", "answer_meta": {"elevation_deg": -21.6}}
{"qa_id": "qa_5cd7da344387e169be54", "split": "test", "audio_id": "foa_289398f0bebeebee2676", "audio_path": "audio/test/foa_289398f0bebeebee2676.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.3 meters", "canonical_answer": "4.3 meters", "answer_meta": {"distance_m": 4.3}}
{"qa_id": "qa_fc9cb4d7b48e0b0dff62", "split": "test", "audio_id": "foa_16a11a1d6f9ef81bb692", "audio_path": "audio/test/foa_16a11a1d6f9ef81bb692.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located behind and below the listener first occur? Answer in one sentence.", "answer": "The sound originating from that position begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9111e3f4709670c06490", "split": "test", "audio_id": "foa_579614cdb4443d7bedce", "audio_path": "audio/test/foa_579614cdb4443d7bedce.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the telephone alarm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.9 meters", "canonical_answer": "3.9 meters", "answer_meta": {"distance_m": 3.9}}
{"qa_id": "qa_c9f07bda7c256b76bfc9", "split": "test", "audio_id": "foa_75f14210fddc2d09a793", "audio_path": "audio/test/foa_75f14210fddc2d09a793.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right of the listener begin? Answer in one sentence.", "answer": "The sound source coming from the right becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_8e29ae00aa40942b1578", "split": "test", "audio_id": "foa_f397c2693a3d4e93a2e7", "audio_path": "audio/test/foa_f397c2693a3d4e93a2e7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the sound of the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "130.8 degrees", "canonical_answer": "130.8 degrees", "answer_meta": {"azimuth_deg": 130.8}}
{"qa_id": "qa_5da80860d81d066ab272", "split": "test", "audio_id": "foa_c56e9498d4f267b17512", "audio_path": "audio/test/foa_c56e9498d4f267b17512.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-54.0 degrees", "canonical_answer": "-54.0 degrees", "answer_meta": {"elevation_deg": -54.0}}
{"qa_id": "qa_5ab7faeebbf2dda8aa23", "split": "test", "audio_id": "foa_10809a61bac58ee9a094", "audio_path": "audio/test/foa_10809a61bac58ee9a094.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_9e8dfbde3dbaf7578716", "split": "test", "audio_id": "foa_9c3a4e86b24fc15b7053", "audio_path": "audio/test/foa_9c3a4e86b24fc15b7053.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the printer located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.4 degrees", "canonical_answer": "-16.4 degrees", "answer_meta": {"elevation_deg": -16.4}}
{"qa_id": "qa_4c660247afc10c7acbc0", "split": "test", "audio_id": "foa_ba1a29eb7263a1d99d09", "audio_path": "audio/test/foa_ba1a29eb7263a1d99d09.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "133.3 degrees", "canonical_answer": "133.3 degrees", "answer_meta": {"azimuth_deg": 133.3}}
{"qa_id": "qa_3874ea16f71db127d576", "split": "test", "audio_id": "foa_139a5769b9346f414721", "audio_path": "audio/test/foa_139a5769b9346f414721.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from behind and to the left begin? Answer in one sentence.", "answer": "The crushing sound begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_bbae42143e03994917e7", "split": "test", "audio_id": "foa_55a0488cf323f5d2d989", "audio_path": "audio/test/foa_55a0488cf323f5d2d989.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "144.0 degrees", "canonical_answer": "144.0 degrees", "answer_meta": {"azimuth_deg": 144.0}}
{"qa_id": "qa_e9fc16cf855d81599ea7", "split": "test", "audio_id": "foa_d1dfd47f12de5507ff1b", "audio_path": "audio/test/foa_d1dfd47f12de5507ff1b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and above position begin? Answer in one sentence.", "answer": "The sound source located in the back and above begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_96a74d2c3be1503eb031", "split": "test", "audio_id": "foa_9d8be8f88bdbea4e42e0", "audio_path": "audio/test/foa_9d8be8f88bdbea4e42e0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.9 degrees", "canonical_answer": "12.9 degrees", "answer_meta": {"elevation_deg": 12.9}}
{"qa_id": "qa_62fdaeff0348189b855f", "split": "test", "audio_id": "foa_1e521fc62e8f065a66ed", "audio_path": "audio/test/foa_1e521fc62e8f065a66ed.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_a46319a216b5cae47944", "split": "test", "audio_id": "foa_57ea0d5e30d3dd7672bd", "audio_path": "audio/test/foa_57ea0d5e30d3dd7672bd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left starts playing at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_8b5ffd1f0419c4bec6d4", "split": "test", "audio_id": "foa_c4d6513aa15b8d9e3282", "audio_path": "audio/test/foa_c4d6513aa15b8d9e3282.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_1ec7d49c676d4510c10a", "split": "test", "audio_id": "foa_71ac486e48f1c8b8dfd4", "audio_path": "audio/test/foa_71ac486e48f1c8b8dfd4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the glass located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.8 degrees", "canonical_answer": "7.8 degrees", "answer_meta": {"azimuth_deg": 7.8}}
{"qa_id": "qa_006f250d47eeca00cc19", "split": "test", "audio_id": "foa_fa4310c5f2edc723453b", "audio_path": "audio/test/foa_fa4310c5f2edc723453b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the singing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.1 degrees", "canonical_answer": "-8.1 degrees", "answer_meta": {"elevation_deg": -8.1}}
{"qa_id": "qa_b63e0ebda354816c4c19", "split": "test", "audio_id": "foa_ee192cbc81cf792a8c09", "audio_path": "audio/test/foa_ee192cbc81cf792a8c09.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the clock from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_d5c13d39389ff9252abe", "split": "test", "audio_id": "foa_3e9d0a99d7832553ad83", "audio_path": "audio/test/foa_3e9d0a99d7832553ad83.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.7 degrees", "canonical_answer": "-13.7 degrees", "answer_meta": {"elevation_deg": -13.7}}
{"qa_id": "qa_ed528a4857a8f1881f14", "split": "test", "audio_id": "foa_b468beeb10d93373a6ea", "audio_path": "audio/test/foa_b468beeb10d93373a6ea.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech sound originating from the left side begin? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_b2f9adbd4dc3dd166d27", "split": "test", "audio_id": "foa_c0240625bdb595a01dfa", "audio_path": "audio/test/foa_c0240625bdb595a01dfa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the kitchenware located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-176.4 degrees", "canonical_answer": "-176.4 degrees", "answer_meta": {"azimuth_deg": -176.4}}
{"qa_id": "qa_a0261bd7322ef02a7025", "split": "test", "audio_id": "foa_64ac259b147d44c55332", "audio_path": "audio/test/foa_64ac259b147d44c55332.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_492bc7b8569e1f0383c5", "split": "test", "audio_id": "foa_a1d544c7b2d0fd29296e", "audio_path": "audio/test/foa_a1d544c7b2d0fd29296e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cooking sound originate from the back of the scene? Answer in one sentence.", "answer": "The sound originating from the back becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b25b5085aa2807d86fad", "split": "test", "audio_id": "foa_332ec8ec086a58bed997", "audio_path": "audio/test/foa_332ec8ec086a58bed997.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the percussion instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.3 degrees", "canonical_answer": "-27.3 degrees", "answer_meta": {"elevation_deg": -27.3}}
{"qa_id": "qa_b2f4c9259fb1a90bdc36", "split": "test", "audio_id": "foa_06778590f6bda6559541", "audio_path": "audio/test/foa_06778590f6bda6559541.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the percussion sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-164.8 degrees", "canonical_answer": "-164.8 degrees", "answer_meta": {"azimuth_deg": -164.8}}
{"qa_id": "qa_6813cd5f4a6276a3dc19", "split": "test", "audio_id": "foa_86041e0708f04fc2e090", "audio_path": "audio/test/foa_86041e0708f04fc2e090.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tearing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_d482777d94387f1fbaa0", "split": "test", "audio_id": "foa_fadfc70b824c15af7869", "audio_path": "audio/test/foa_fadfc70b824c15af7869.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-5.8 degrees", "canonical_answer": "-5.8 degrees", "answer_meta": {"elevation_deg": -5.8}}
{"qa_id": "qa_bf3d0c06ecdf6a4ee42f", "split": "test", "audio_id": "foa_ded6c745dddc37988ac4", "audio_path": "audio/test/foa_ded6c745dddc37988ac4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.5 degrees", "canonical_answer": "-31.5 degrees", "answer_meta": {"azimuth_deg": -31.5}}
{"qa_id": "qa_95ed04c1666240f3c4d6", "split": "test", "audio_id": "foa_5d78d07135739a9e0edc", "audio_path": "audio/test/foa_5d78d07135739a9e0edc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and below start? Answer in one sentence.", "answer": "The sound source located behind and below the listener becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1b8a82ff4e20cd03c077", "split": "test", "audio_id": "foa_fe881c1379d9c614add6", "audio_path": "audio/test/foa_fe881c1379d9c614add6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the scratching sound originating from the front-right and elevated position begin? Answer in one sentence.", "answer": "The scratching sound begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_a87782b35deafdd048ac", "split": "test", "audio_id": "foa_2ee0a081d406e64ea244", "audio_path": "audio/test/foa_2ee0a081d406e64ea244.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.6 degrees", "canonical_answer": "-22.6 degrees", "answer_meta": {"azimuth_deg": -22.6}}
{"qa_id": "qa_a462da6ed682994b1f3e", "split": "test", "audio_id": "foa_88ed54c9d5b6b0e013e7", "audio_path": "audio/test/foa_88ed54c9d5b6b0e013e7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_6904873aa1e44e1e1b66", "split": "test", "audio_id": "foa_5ce8b18dd56ed635bdfa", "audio_path": "audio/test/foa_5ce8b18dd56ed635bdfa.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the drum positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "23.8 degrees", "canonical_answer": "23.8 degrees", "answer_meta": {"elevation_deg": 23.8}}
{"qa_id": "qa_fc10607a3c61e509bee1", "split": "test", "audio_id": "foa_2f25d193777acd721584", "audio_path": "audio/test/foa_2f25d193777acd721584.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the singing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-60.0 degrees", "canonical_answer": "-60.0 degrees", "answer_meta": {"elevation_deg": -60.0}}
{"qa_id": "qa_4764602bd107d4f7facd", "split": "test", "audio_id": "foa_d5b3af0b511688711767", "audio_path": "audio/test/foa_d5b3af0b511688711767.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left position begin? Answer in one sentence.", "answer": "The sound source located at the back-left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_359669a94aa06ddddb44", "split": "test", "audio_id": "foa_757c677f6872727e7737", "audio_path": "audio/test/foa_757c677f6872727e7737.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_bc0bc31cb038a9c2edf8", "split": "test", "audio_id": "foa_6772f677f10aa0f6b9a7", "audio_path": "audio/test/foa_6772f677f10aa0f6b9a7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the musical instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.3 degrees", "canonical_answer": "-52.3 degrees", "answer_meta": {"azimuth_deg": -52.3}}
{"qa_id": "qa_5b05e5e37fdf631949d4", "split": "test", "audio_id": "foa_1613c87deba607f82c1c", "audio_path": "audio/test/foa_1613c87deba607f82c1c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_1eb1aab0c1c0e9cd0e8e", "split": "test", "audio_id": "foa_c6fd1877631f5ed36aa9", "audio_path": "audio/test/foa_c6fd1877631f5ed36aa9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.3 degrees", "canonical_answer": "-80.3 degrees", "answer_meta": {"azimuth_deg": -80.3}}
{"qa_id": "qa_fbea0ba32835098edbd9", "split": "test", "audio_id": "foa_11731d09cb4b15595db7", "audio_path": "audio/test/foa_11731d09cb4b15595db7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.1 degrees", "canonical_answer": "-26.1 degrees", "answer_meta": {"elevation_deg": -26.1}}
{"qa_id": "qa_db53d52e63647119a7b4", "split": "test", "audio_id": "foa_eaa1a5c26726cec27e69", "audio_path": "audio/test/foa_eaa1a5c26726cec27e69.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originate from the back? Answer in one sentence.", "answer": "The sound source located at the back becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_4e6df769aa15287f1c8e", "split": "test", "audio_id": "foa_2ff52f0b60d73fcd851c", "audio_path": "audio/test/foa_2ff52f0b60d73fcd851c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the water source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_a369d799de82d7021239", "split": "test", "audio_id": "foa_babfa4e1ef54e08a0a6f", "audio_path": "audio/test/foa_babfa4e1ef54e08a0a6f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-23.3 degrees", "canonical_answer": "-23.3 degrees", "answer_meta": {"azimuth_deg": -23.3}}
{"qa_id": "qa_5b8a189f4ca69f58ac70", "split": "test", "audio_id": "foa_96af1fb49ac8c1c2aad8", "audio_path": "audio/test/foa_96af1fb49ac8c1c2aad8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound coming from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9def1a13ef258c45b4c8", "split": "test", "audio_id": "foa_3f926577c2eb375bddff", "audio_path": "audio/test/foa_3f926577c2eb375bddff.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.3 degrees", "canonical_answer": "-0.3 degrees", "answer_meta": {"elevation_deg": -0.3}}
{"qa_id": "qa_e1327f50a4711e87c36b", "split": "test", "audio_id": "foa_97f22ec07b707982cca8", "audio_path": "audio/test/foa_97f22ec07b707982cca8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of tearing occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_b4bd9482e8f45dee56d6", "split": "test", "audio_id": "foa_5eae7eeb2b62af96c3c0", "audio_path": "audio/test/foa_5eae7eeb2b62af96c3c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "111.8 degrees", "canonical_answer": "111.8 degrees", "answer_meta": {"azimuth_deg": 111.8}}
{"qa_id": "qa_fb778f2b5c760d447a96", "split": "test", "audio_id": "foa_6d1de3a1b8ad07809f6a", "audio_path": "audio/test/foa_6d1de3a1b8ad07809f6a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crackling sound originating from the front-right and elevated position begin? Answer in one sentence.", "answer": "The crackle begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_a0ccdccfcb0e656d5e8a", "split": "test", "audio_id": "foa_2aa604d8e7e685b63bd1", "audio_path": "audio/test/foa_2aa604d8e7e685b63bd1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the metal clink sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.2 degrees", "canonical_answer": "-27.2 degrees", "answer_meta": {"elevation_deg": -27.2}}
{"qa_id": "qa_b62b4dd9a218641d6841", "split": "test", "audio_id": "foa_02b26e4d1b6e7261491f", "audio_path": "audio/test/foa_02b26e4d1b6e7261491f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_599452cf02aa9ff40699", "split": "test", "audio_id": "foa_4f948423a8d0167d9b15", "audio_path": "audio/test/foa_4f948423a8d0167d9b15.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the camera? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-33.2 degrees", "canonical_answer": "-33.2 degrees", "answer_meta": {"elevation_deg": -33.2}}
{"qa_id": "qa_7e44d4a6eadd3b66bd6e", "split": "test", "audio_id": "foa_784dd709aef60369b458", "audio_path": "audio/test/foa_784dd709aef60369b458.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "119.5 degrees", "canonical_answer": "119.5 degrees", "answer_meta": {"azimuth_deg": 119.5}}
{"qa_id": "qa_4d6410d23819b2bdf493", "split": "test", "audio_id": "foa_69ef9f8183f57ab047f3", "audio_path": "audio/test/foa_69ef9f8183f57ab047f3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below starts at 2.8s.", "canonical_answer": "2.8s", "answer_meta": {"onset_time": 2.8}}
{"qa_id": "qa_3d2849e688a793a144b4", "split": "test", "audio_id": "foa_283015bcca8a4b483d35", "audio_path": "audio/test/foa_283015bcca8a4b483d35.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the cooking sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_5d3ea36dcb5f5f5ed8f5", "split": "test", "audio_id": "foa_363332cda9f4f53aba03", "audio_path": "audio/test/foa_363332cda9f4f53aba03.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_a071fab150fdbd4b0ea2", "split": "test", "audio_id": "foa_70a9df09f5919f08c920", "audio_path": "audio/test/foa_70a9df09f5919f08c920.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "27.9 degrees", "canonical_answer": "27.9 degrees", "answer_meta": {"azimuth_deg": 27.9}}
{"qa_id": "qa_30bcac2221bc240a622e", "split": "test", "audio_id": "foa_d3947e9f38ebd623b569", "audio_path": "audio/test/foa_d3947e9f38ebd623b569.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.7 degrees", "canonical_answer": "-20.7 degrees", "answer_meta": {"elevation_deg": -20.7}}
{"qa_id": "qa_bbf431f236ffba4667b5", "split": "test", "audio_id": "foa_59a65acbcc5aa3378968", "audio_path": "audio/test/foa_59a65acbcc5aa3378968.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound located to the left and above the listener begin? Answer in one sentence.", "answer": "The sound coming from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_958bed6ebd7427464b22", "split": "test", "audio_id": "foa_338c4bd37bb40af95cf5", "audio_path": "audio/test/foa_338c4bd37bb40af95cf5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.9 degrees", "canonical_answer": "7.9 degrees", "answer_meta": {"azimuth_deg": 7.9}}
{"qa_id": "qa_5bb22e3145b9d36b1978", "split": "test", "audio_id": "foa_98c2c1a212c780ac19c4", "audio_path": "audio/test/foa_98c2c1a212c780ac19c4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_20c8fab5d34dbbdbf52f", "split": "test", "audio_id": "foa_e821d7ea23feb9d86726", "audio_path": "audio/test/foa_e821d7ea23feb9d86726.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the singing taking place? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.7 degrees", "canonical_answer": "-16.7 degrees", "answer_meta": {"elevation_deg": -16.7}}
{"qa_id": "qa_5b6ed00f1ac8d9c6206f", "split": "test", "audio_id": "foa_046836cecacb1a20fd04", "audio_path": "audio/test/foa_046836cecacb1a20fd04.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-35.7 degrees", "canonical_answer": "-35.7 degrees", "answer_meta": {"elevation_deg": -35.7}}
{"qa_id": "qa_27053fb7351ad450febb", "split": "test", "audio_id": "foa_331dc21f0276df56f41c", "audio_path": "audio/test/foa_331dc21f0276df56f41c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the alarm, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_62656608c9a72364b637", "split": "test", "audio_id": "foa_b0cf84fa3feb681d191b", "audio_path": "audio/test/foa_b0cf84fa3feb681d191b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left and below begin? Answer in one sentence.", "answer": "The sound source located in the back-left and below starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6af899e8c5106af1ebcc", "split": "test", "audio_id": "foa_33ed4cc5fcf487bf14a4", "audio_path": "audio/test/foa_33ed4cc5fcf487bf14a4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-133.1 degrees", "canonical_answer": "-133.1 degrees", "answer_meta": {"azimuth_deg": -133.1}}
{"qa_id": "qa_3addd9fbbf0444af2147", "split": "test", "audio_id": "foa_9eb381d3c32e2bc6f005", "audio_path": "audio/test/foa_9eb381d3c32e2bc6f005.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the drawer cabinet? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.8 degrees", "canonical_answer": "-0.8 degrees", "answer_meta": {"elevation_deg": -0.8}}
{"qa_id": "qa_b52d3a67c0fe3ae2bf0e", "split": "test", "audio_id": "foa_af22daa759102cec5df7", "audio_path": "audio/test/foa_af22daa759102cec5df7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-151.8 degrees", "canonical_answer": "-151.8 degrees", "answer_meta": {"azimuth_deg": -151.8}}
{"qa_id": "qa_3e020c6965a6e2ff0afc", "split": "test", "audio_id": "foa_f5349374ae083270814b", "audio_path": "audio/test/foa_f5349374ae083270814b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the scratching sound originating from the front-left and elevated position begin? Answer in one sentence.", "answer": "The scratching sound begins at 9.4s.", "canonical_answer": "9.4s", "answer_meta": {"onset_time": 9.4}}
{"qa_id": "qa_6fbe13a2f7fd19672ef3", "split": "test", "audio_id": "foa_dd627585a802a5568104", "audio_path": "audio/test/foa_dd627585a802a5568104.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the human vocalization in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_49d8eac40aa562079746", "split": "test", "audio_id": "foa_5b29a822d42b35fdb901", "audio_path": "audio/test/foa_5b29a822d42b35fdb901.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "12.4 degrees", "canonical_answer": "12.4 degrees", "answer_meta": {"azimuth_deg": 12.4}}
{"qa_id": "qa_7535d37d7e86c421ef5a", "split": "test", "audio_id": "foa_0e94a4d9c3e86e7e7777", "audio_path": "audio/test/foa_0e94a4d9c3e86e7e7777.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tool? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_d15b65ca7eb7a9e6233b", "split": "test", "audio_id": "foa_c2fb25df55d76eb26f83", "audio_path": "audio/test/foa_c2fb25df55d76eb26f83.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and above begin? Answer in one sentence.", "answer": "The sound source starts at 5.0s.", "canonical_answer": "5.0s", "answer_meta": {"onset_time": 5.0}}
{"qa_id": "qa_642e0564a98463a2cc5c", "split": "test", "audio_id": "foa_b93cb1f648ce4a2b20b2", "audio_path": "audio/test/foa_b93cb1f648ce4a2b20b2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.4 degrees", "canonical_answer": "-31.4 degrees", "answer_meta": {"elevation_deg": -31.4}}
{"qa_id": "qa_04bba0f2384ead845f10", "split": "test", "audio_id": "foa_1420c1a4b0ace3d8ee79", "audio_path": "audio/test/foa_1420c1a4b0ace3d8ee79.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_7e9cfab98beacea09a36", "split": "test", "audio_id": "foa_51b3a405a8d87cb18874", "audio_path": "audio/test/foa_51b3a405a8d87cb18874.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the laughter occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.0 degrees", "canonical_answer": "-120.0 degrees", "answer_meta": {"azimuth_deg": -120.0}}
{"qa_id": "qa_bffdd23e6f2fa4508caf", "split": "test", "audio_id": "foa_094f85bebb33a222696d", "audio_path": "audio/test/foa_094f85bebb33a222696d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person speaking? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_25848cd968706dc3657e", "split": "test", "audio_id": "foa_f72985394421766c9975", "audio_path": "audio/test/foa_f72985394421766c9975.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound coming from the front and above begin? Answer in one sentence.", "answer": "The sound originating from the front and above becomes active at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_d47f4106ece9c2f49239", "split": "test", "audio_id": "foa_87d63a53dbc2725ac6ee", "audio_path": "audio/test/foa_87d63a53dbc2725ac6ee.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-97.6 degrees", "canonical_answer": "-97.6 degrees", "answer_meta": {"azimuth_deg": -97.6}}
{"qa_id": "qa_69baa4682d3ff47ed521", "split": "test", "audio_id": "foa_67872ff02690b70d0035", "audio_path": "audio/test/foa_67872ff02690b70d0035.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound of crushing begins at 2.8s.", "canonical_answer": "2.8s", "answer_meta": {"onset_time": 2.8}}
{"qa_id": "qa_0276229a9f813fede4bd", "split": "test", "audio_id": "foa_b6315ad3f2c7001cbe3e", "audio_path": "audio/test/foa_b6315ad3f2c7001cbe3e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.7 degrees", "canonical_answer": "-38.7 degrees", "answer_meta": {"elevation_deg": -38.7}}
{"qa_id": "qa_5af1ad14d01779c0cbee", "split": "test", "audio_id": "foa_009f01b35cd6e6616621", "audio_path": "audio/test/foa_009f01b35cd6e6616621.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_30b0b8e4de469714a810", "split": "test", "audio_id": "foa_2e2b7c5ffcd1801cf4ec", "audio_path": "audio/test/foa_2e2b7c5ffcd1801cf4ec.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the body sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_7f2523a8682393db2660", "split": "test", "audio_id": "foa_1696582b1970ad4fe55f", "audio_path": "audio/test/foa_1696582b1970ad4fe55f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_54079339bf579857d877", "split": "test", "audio_id": "foa_182e8ad057e958de74e4", "audio_path": "audio/test/foa_182e8ad057e958de74e4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side first begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_b09d801c4f566556e257", "split": "test", "audio_id": "foa_567958928ed64850de57", "audio_path": "audio/test/foa_567958928ed64850de57.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "168.1 degrees", "canonical_answer": "168.1 degrees", "answer_meta": {"azimuth_deg": 168.1}}
{"qa_id": "qa_005b32426b3ceef83408", "split": "test", "audio_id": "foa_fd313a9c97891322c5c4", "audio_path": "audio/test/foa_fd313a9c97891322c5c4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the crackling sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_e1c958713bd4af56739f", "split": "test", "audio_id": "foa_47d7f14f24196dbf91ac", "audio_path": "audio/test/foa_47d7f14f24196dbf91ac.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back and above begin? Answer in one sentence.", "answer": "The musical instrument sound originating from that location begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_0a5d5b09b279ebadbe4b", "split": "test", "audio_id": "foa_c73e13393b35ca69bca2", "audio_path": "audio/test/foa_c73e13393b35ca69bca2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bell sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-110.8 degrees", "canonical_answer": "-110.8 degrees", "answer_meta": {"azimuth_deg": -110.8}}
{"qa_id": "qa_19b23bde463b970947b7", "split": "test", "audio_id": "foa_60433bf6b558d10b11f6", "audio_path": "audio/test/foa_60433bf6b558d10b11f6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the percussion sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.7 degrees", "canonical_answer": "7.7 degrees", "answer_meta": {"elevation_deg": 7.7}}
{"qa_id": "qa_77703c499271df684a09", "split": "test", "audio_id": "foa_d28d1beb5d6ce5e855f2", "audio_path": "audio/test/foa_d28d1beb5d6ce5e855f2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-22.5 degrees", "canonical_answer": "-22.5 degrees", "answer_meta": {"elevation_deg": -22.5}}
{"qa_id": "qa_d7af59c9dda1c14bbceb", "split": "test", "audio_id": "foa_f8385fa8e734961e511f", "audio_path": "audio/test/foa_f8385fa8e734961e511f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the singing taking place? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_cfa528d0541a8595aaee", "split": "test", "audio_id": "foa_6a31f3ec8dc853494444", "audio_path": "audio/test/foa_6a31f3ec8dc853494444.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and elevated position begin? Answer in one sentence.", "answer": "The sound source located in the back and above becomes active at 2.1s.", "canonical_answer": "2.1s", "answer_meta": {"onset_time": 2.1}}
{"qa_id": "qa_ffd0f39d9cf724a6fcfd", "split": "test", "audio_id": "foa_590147373ccc5af1d54c", "audio_path": "audio/test/foa_590147373ccc5af1d54c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "138.1 degrees", "canonical_answer": "138.1 degrees", "answer_meta": {"azimuth_deg": 138.1}}
{"qa_id": "qa_3b2b08bfe3cf5c9d1e62", "split": "test", "audio_id": "foa_94ead2813e95fb9f482e", "audio_path": "audio/test/foa_94ead2813e95fb9f482e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the kitchenware sound located behind you begin? Answer in one sentence.", "answer": "The sound originating from behind you begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e46a4ac878186d9cb181", "split": "test", "audio_id": "foa_c91dab1e9ccbb180f697", "audio_path": "audio/test/foa_c91dab1e9ccbb180f697.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the car in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.8 meters", "canonical_answer": "4.8 meters", "answer_meta": {"distance_m": 4.8}}
{"qa_id": "qa_f2d6968d21917a6be2c1", "split": "test", "audio_id": "foa_b980d143c84c271ffbdc", "audio_path": "audio/test/foa_b980d143c84c271ffbdc.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-72.6 degrees", "canonical_answer": "-72.6 degrees", "answer_meta": {"azimuth_deg": -72.6}}
{"qa_id": "qa_5b01855159cf7328cfde", "split": "test", "audio_id": "foa_88c9d5be7561d504c3c1", "audio_path": "audio/test/foa_88c9d5be7561d504c3c1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the water source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.1 degrees", "canonical_answer": "-11.1 degrees", "answer_meta": {"elevation_deg": -11.1}}
{"qa_id": "qa_525c3e6438e9b9311f4d", "split": "test", "audio_id": "foa_f7b518f50b123a06951c", "audio_path": "audio/test/foa_f7b518f50b123a06951c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the thunderstorm begin to sound from the front-left direction? Answer in one sentence.", "answer": "The thunderstorm begins at 2.1s.", "canonical_answer": "2.1s", "answer_meta": {"onset_time": 2.1}}
{"qa_id": "qa_9df3554aa9c9aebc1baa", "split": "test", "audio_id": "foa_9b4e9cf6f095ccbc74a1", "audio_path": "audio/test/foa_9b4e9cf6f095ccbc74a1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the musical instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_3421c34b81b2712f91c6", "split": "test", "audio_id": "foa_0d4631db69f228b020cb", "audio_path": "audio/test/foa_0d4631db69f228b020cb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the water positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.9 degrees", "canonical_answer": "-10.9 degrees", "answer_meta": {"elevation_deg": -10.9}}
{"qa_id": "qa_7dc78ac65b15772db9b5", "split": "test", "audio_id": "foa_b3f3fbd4ef194f3f06c1", "audio_path": "audio/test/foa_b3f3fbd4ef194f3f06c1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "167.6 degrees", "canonical_answer": "167.6 degrees", "answer_meta": {"azimuth_deg": 167.6}}
{"qa_id": "qa_3141d6fecad50c361cfa", "split": "test", "audio_id": "foa_06c35b45cdce5e20941b", "audio_path": "audio/test/foa_06c35b45cdce5e20941b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the telephone alarm located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_669440872fe59220b98e", "split": "test", "audio_id": "foa_5fc3f681dfe03fa4a244", "audio_path": "audio/test/foa_5fc3f681dfe03fa4a244.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound coming from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9a93ae267ae4256d19ff", "split": "test", "audio_id": "foa_43b24f4ea6cccddc4d5a", "audio_path": "audio/test/foa_43b24f4ea6cccddc4d5a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-74.6 degrees", "canonical_answer": "-74.6 degrees", "answer_meta": {"azimuth_deg": -74.6}}
{"qa_id": "qa_ffb279f0726333532843", "split": "test", "audio_id": "foa_250b313232079b111b30", "audio_path": "audio/test/foa_250b313232079b111b30.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.5 degrees", "canonical_answer": "-8.5 degrees", "answer_meta": {"elevation_deg": -8.5}}
{"qa_id": "qa_4c7eb0a85ee33e43ba6e", "split": "test", "audio_id": "foa_e0eeca335d5273c23c87", "audio_path": "audio/test/foa_e0eeca335d5273c23c87.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "58.2 degrees", "canonical_answer": "58.2 degrees", "answer_meta": {"azimuth_deg": 58.2}}
{"qa_id": "qa_a46c487e297026aa0a71", "split": "test", "audio_id": "foa_2d9c328bfeb11440418d", "audio_path": "audio/test/foa_2d9c328bfeb11440418d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the war sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_ded82adcdd970d0ef642", "split": "test", "audio_id": "foa_fc44ca8cbc98aee7fb6d", "audio_path": "audio/test/foa_fc44ca8cbc98aee7fb6d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left direction begin? Answer in one sentence.", "answer": "The sound source located at the front-left becomes active at 2.0s.", "canonical_answer": "2.0s", "answer_meta": {"onset_time": 2.0}}
{"qa_id": "qa_2b71153d4c21af1fbb62", "split": "test", "audio_id": "foa_2df3b529a3f4e170efa0", "audio_path": "audio/test/foa_2df3b529a3f4e170efa0.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.4 degrees", "canonical_answer": "-10.4 degrees", "answer_meta": {"elevation_deg": -10.4}}
{"qa_id": "qa_5ad653705f6431e2927f", "split": "test", "audio_id": "foa_5d6073b4074b87a9495c", "audio_path": "audio/test/foa_5d6073b4074b87a9495c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the string instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.5 degrees", "canonical_answer": "5.5 degrees", "answer_meta": {"elevation_deg": 5.5}}
{"qa_id": "qa_096f0b7928eb0af99006", "split": "test", "audio_id": "foa_b4f45b341125a004eed0", "audio_path": "audio/test/foa_b4f45b341125a004eed0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the telephone alarm begin playing from the back-right and below? Answer in one sentence.", "answer": "The telephone alarm begins at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_19f2eea89be449e71e2b", "split": "test", "audio_id": "foa_6f67249699ffff374916", "audio_path": "audio/test/foa_6f67249699ffff374916.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "126.8 degrees", "canonical_answer": "126.8 degrees", "answer_meta": {"azimuth_deg": 126.8}}
{"qa_id": "qa_2666b57d003ac0bfb191", "split": "test", "audio_id": "foa_727972da390f76099d9f", "audio_path": "audio/test/foa_727972da390f76099d9f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the telephone alarm located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_bda8f5ad5c36202c40c9", "split": "test", "audio_id": "foa_3bd29c774914e83eab4e", "audio_path": "audio/test/foa_3bd29c774914e83eab4e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.2 degrees", "canonical_answer": "-31.2 degrees", "answer_meta": {"azimuth_deg": -31.2}}
{"qa_id": "qa_dc3091239d2596536d28", "split": "test", "audio_id": "foa_e6598b84e9dd34d9ad53", "audio_path": "audio/test/foa_e6598b84e9dd34d9ad53.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the singing occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.0 degrees", "canonical_answer": "-41.0 degrees", "answer_meta": {"elevation_deg": -41.0}}
{"qa_id": "qa_c4754b16ea33910f5060", "split": "test", "audio_id": "foa_9326249fc6ad024cc700", "audio_path": "audio/test/foa_9326249fc6ad024cc700.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the kitchenware? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_60e8575a0ae707634166", "split": "test", "audio_id": "foa_70df1cd2f7dc5c572c66", "audio_path": "audio/test/foa_70df1cd2f7dc5c572c66.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and above begin? Answer in one sentence.", "answer": "The sound originating from the right and above begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_4c6cba63d60d6d313bd0", "split": "test", "audio_id": "foa_e675216d1f8b57978752", "audio_path": "audio/test/foa_e675216d1f8b57978752.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the car in degrees? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.5 degrees", "canonical_answer": "-24.5 degrees", "answer_meta": {"elevation_deg": -24.5}}
{"qa_id": "qa_551d00a2d2c4852ead53", "split": "test", "audio_id": "foa_697236da4ba8453e7556", "audio_path": "audio/test/foa_697236da4ba8453e7556.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "166.0 degrees", "canonical_answer": "166.0 degrees", "answer_meta": {"azimuth_deg": 166.0}}
{"qa_id": "qa_337cab81c5a29af0709c", "split": "test", "audio_id": "foa_13ec5c2cfd7331786fc3", "audio_path": "audio/test/foa_13ec5c2cfd7331786fc3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bird from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.7 meters", "canonical_answer": "4.7 meters", "answer_meta": {"distance_m": 4.7}}
{"qa_id": "qa_dd31bfe9d564bdc407ed", "split": "test", "audio_id": "foa_3f2dd32f9d5c98c8a378", "audio_path": "audio/test/foa_3f2dd32f9d5c98c8a378.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front become audible? Answer in one sentence.", "answer": "The sound source located in front of the listener starts at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_9ac08fc8dbdab34cc9b3", "split": "test", "audio_id": "foa_301269a9fb2af8f6135a", "audio_path": "audio/test/foa_301269a9fb2af8f6135a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the telephone alarm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_8df966d87ed21acf19f2", "split": "test", "audio_id": "foa_e1370e700099a5302382", "audio_path": "audio/test/foa_e1370e700099a5302382.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the writing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.2 degrees", "canonical_answer": "21.2 degrees", "answer_meta": {"azimuth_deg": 21.2}}
{"qa_id": "qa_571fce08f87d79ffba92", "split": "test", "audio_id": "foa_dcb7682094e188d7812a", "audio_path": "audio/test/foa_dcb7682094e188d7812a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-1.2 degrees", "canonical_answer": "-1.2 degrees", "answer_meta": {"elevation_deg": -1.2}}
{"qa_id": "qa_9334f035ff3db5b9453e", "split": "test", "audio_id": "foa_59f45eb9e5acd2e40219", "audio_path": "audio/test/foa_59f45eb9e5acd2e40219.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left side begin? Answer in one sentence.", "answer": "The sound coming from the left becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_32ccef365484f0654f61", "split": "test", "audio_id": "foa_04d772226bbc00bdc40c", "audio_path": "audio/test/foa_04d772226bbc00bdc40c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the train from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_4ad3e7eee81f53bd110c", "split": "test", "audio_id": "foa_802e049009296aaaa07e", "audio_path": "audio/test/foa_802e049009296aaaa07e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.0 degrees", "canonical_answer": "4.0 degrees", "answer_meta": {"elevation_deg": 4.0}}
{"qa_id": "qa_15e69751db5da0463954", "split": "test", "audio_id": "foa_93463d193c0d945a5ec0", "audio_path": "audio/test/foa_93463d193c0d945a5ec0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and below the listener begin? Answer in one sentence.", "answer": "The sound source located in the back and below becomes active at 4.3s.", "canonical_answer": "4.3s", "answer_meta": {"onset_time": 4.3}}
{"qa_id": "qa_681c2f82568884234199", "split": "test", "audio_id": "foa_ba5645b06b5e3bbedc22", "audio_path": "audio/test/foa_ba5645b06b5e3bbedc22.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-107.1 degrees", "canonical_answer": "-107.1 degrees", "answer_meta": {"azimuth_deg": -107.1}}
{"qa_id": "qa_4f5f3d308e0ef076252e", "split": "test", "audio_id": "foa_ef52a2aee6d4047e6a7c", "audio_path": "audio/test/foa_ef52a2aee6d4047e6a7c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "90.9 degrees", "canonical_answer": "90.9 degrees", "answer_meta": {"azimuth_deg": 90.9}}
{"qa_id": "qa_451ded562d2b7a64bd8c", "split": "test", "audio_id": "foa_67406aa83390fa15011a", "audio_path": "audio/test/foa_67406aa83390fa15011a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the left and above begin? Answer in one sentence.", "answer": "The sound source located to the left and above becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_bcc91fa8970d77c5c851", "split": "test", "audio_id": "foa_99433ac2a004a6d32c48", "audio_path": "audio/test/foa_99433ac2a004a6d32c48.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the string instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_efa23c1a3f638532ee98", "split": "test", "audio_id": "foa_816019bc90d3114082d4", "audio_path": "audio/test/foa_816019bc90d3114082d4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the human vocalization positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.3 degrees", "canonical_answer": "-9.3 degrees", "answer_meta": {"elevation_deg": -9.3}}
{"qa_id": "qa_caf61b0d93b2f5be6527", "split": "test", "audio_id": "foa_592d0a981e588c5379be", "audio_path": "audio/test/foa_592d0a981e588c5379be.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the metal clink? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.3 degrees", "canonical_answer": "9.3 degrees", "answer_meta": {"elevation_deg": 9.3}}
{"qa_id": "qa_2f3dc6309a44c11fb2f4", "split": "test", "audio_id": "foa_c7fdb8957c556ef3d8ee", "audio_path": "audio/test/foa_c7fdb8957c556ef3d8ee.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_20ab4a2087c3d1cf4563", "split": "test", "audio_id": "foa_fce9a5d761cfce03eaf6", "audio_path": "audio/test/foa_fce9a5d761cfce03eaf6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech originating from the front first begin? Answer in one sentence.", "answer": "The male speech source becomes active at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_a1655c3a809d1e613794", "split": "test", "audio_id": "foa_d7d5dc1d1e0d4afe6b27", "audio_path": "audio/test/foa_d7d5dc1d1e0d4afe6b27.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the crackle located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "153.7 degrees", "canonical_answer": "153.7 degrees", "answer_meta": {"azimuth_deg": 153.7}}
{"qa_id": "qa_cd373c33251f29220668", "split": "test", "audio_id": "foa_95f008c088695251ea20", "audio_path": "audio/test/foa_95f008c088695251ea20.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the male speaker positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.9 degrees", "canonical_answer": "-21.9 degrees", "answer_meta": {"elevation_deg": -21.9}}
{"qa_id": "qa_48e3ff154ce5ee7bbf15", "split": "test", "audio_id": "foa_923db99a339c317c8651", "audio_path": "audio/test/foa_923db99a339c317c8651.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-47.5 degrees", "canonical_answer": "-47.5 degrees", "answer_meta": {"azimuth_deg": -47.5}}
{"qa_id": "qa_75daa6af144f7993282a", "split": "test", "audio_id": "foa_691cac55b83bfbcfc6f4", "audio_path": "audio/test/foa_691cac55b83bfbcfc6f4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the camera sound source start playing from the front? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_bda17a9c9d323196cc32", "split": "test", "audio_id": "foa_db613fc512ce0e22622e", "audio_path": "audio/test/foa_db613fc512ce0e22622e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drum? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_570424f348099c5c9a3b", "split": "test", "audio_id": "foa_80a51cadac0c5b30dfd8", "audio_path": "audio/test/foa_80a51cadac0c5b30dfd8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back of the scene begin? Answer in one sentence.", "answer": "The sound coming from behind the listener becomes active at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_c7e1dd1b6bfa0500d50d", "split": "test", "audio_id": "foa_10c3269c7d53d9d53587", "audio_path": "audio/test/foa_10c3269c7d53d9d53587.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.3 degrees", "canonical_answer": "-27.3 degrees", "answer_meta": {"azimuth_deg": -27.3}}
{"qa_id": "qa_8dfebeeae2347c9fbbee", "split": "test", "audio_id": "foa_19c6bf0679a56915717d", "audio_path": "audio/test/foa_19c6bf0679a56915717d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the drawer cabinet? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_4e6b5e887daeee819249", "split": "test", "audio_id": "foa_8c9f33ea8be055c76ae1", "audio_path": "audio/test/foa_8c9f33ea8be055c76ae1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.1 degrees", "canonical_answer": "-41.1 degrees", "answer_meta": {"elevation_deg": -41.1}}
{"qa_id": "qa_df73848c0c051110a8f1", "split": "test", "audio_id": "foa_e5f54e5f385de0b5bcdb", "audio_path": "audio/test/foa_e5f54e5f385de0b5bcdb.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "104.0 degrees", "canonical_answer": "104.0 degrees", "answer_meta": {"azimuth_deg": 104.0}}
{"qa_id": "qa_db21171f462c1ab071ad", "split": "test", "audio_id": "foa_4a6e73207dad35d6bb79", "audio_path": "audio/test/foa_4a6e73207dad35d6bb79.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the musical instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.5 degrees", "canonical_answer": "-24.5 degrees", "answer_meta": {"elevation_deg": -24.5}}
{"qa_id": "qa_5957c4a5c2b520e7fa08", "split": "test", "audio_id": "foa_927831a0e7ea1195d634", "audio_path": "audio/test/foa_927831a0e7ea1195d634.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bird in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_1354090df8f2d84c52e1", "split": "test", "audio_id": "foa_137b56ef9c2b507119df", "audio_path": "audio/test/foa_137b56ef9c2b507119df.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener begin? Answer in one sentence.", "answer": "The musical instrument sound coming from the back starts at 2.3s.", "canonical_answer": "2.3s", "answer_meta": {"onset_time": 2.3}}
{"qa_id": "qa_50ab276eb4768129a000", "split": "test", "audio_id": "foa_a2111ca3079af7794444", "audio_path": "audio/test/foa_a2111ca3079af7794444.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle are the footsteps occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.3 degrees", "canonical_answer": "-40.3 degrees", "answer_meta": {"elevation_deg": -40.3}}
{"qa_id": "qa_f5a0e5be54f434fc943f", "split": "test", "audio_id": "foa_9ae4e14da02db5111c10", "audio_path": "audio/test/foa_9ae4e14da02db5111c10.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the wind originating from the back-left and below begin? Answer in one sentence.", "answer": "The wind source becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_7e09974cf6dcba10cfc9", "split": "test", "audio_id": "foa_21e373fdf41b903d3673", "audio_path": "audio/test/foa_21e373fdf41b903d3673.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "92.3 degrees", "canonical_answer": "92.3 degrees", "answer_meta": {"azimuth_deg": 92.3}}
{"qa_id": "qa_7cfe7bb2ceba881abfe4", "split": "test", "audio_id": "foa_cf1f5d5233ae87c7facb", "audio_path": "audio/test/foa_cf1f5d5233ae87c7facb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the string instrument located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.8 meters", "canonical_answer": "3.8 meters", "answer_meta": {"distance_m": 3.8}}
{"qa_id": "qa_c4d2881c6eabbf20b11d", "split": "test", "audio_id": "foa_e818234e66d2a0e29534", "audio_path": "audio/test/foa_e818234e66d2a0e29534.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and above begin? Answer in one sentence.", "answer": "The sound source located to the left and above becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_52065f21691638123033", "split": "test", "audio_id": "foa_29557765193393adf668", "audio_path": "audio/test/foa_29557765193393adf668.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "21.9 degrees", "canonical_answer": "21.9 degrees", "answer_meta": {"azimuth_deg": 21.9}}
{"qa_id": "qa_5ef71546a45d5aca6f7f", "split": "test", "audio_id": "foa_fcdd78a67777c8071d7b", "audio_path": "audio/test/foa_fcdd78a67777c8071d7b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the appliance? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.9 degrees", "canonical_answer": "24.9 degrees", "answer_meta": {"elevation_deg": 24.9}}
{"qa_id": "qa_05a6e4eaeae2d4fce35c", "split": "test", "audio_id": "foa_ce46e865b208d935f7cc", "audio_path": "audio/test/foa_ce46e865b208d935f7cc.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_c8d2ee7b717f302a62e8", "split": "test", "audio_id": "foa_c0f6bf0bf76c22119c25", "audio_path": "audio/test/foa_c0f6bf0bf76c22119c25.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tearing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.3 degrees", "canonical_answer": "-15.3 degrees", "answer_meta": {"azimuth_deg": -15.3}}
{"qa_id": "qa_dd8ae35fed0ea77a5daa", "split": "test", "audio_id": "foa_b5d8a6e3700c98c003fd", "audio_path": "audio/test/foa_b5d8a6e3700c98c003fd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below start? Answer in one sentence.", "answer": "The water sound source begins its activity at 0.3 seconds.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_4bea7f47915e8b0ec905", "split": "test", "audio_id": "foa_0170ec408d512cd13b07", "audio_path": "audio/test/foa_0170ec408d512cd13b07.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the home sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.6 degrees", "canonical_answer": "6.6 degrees", "answer_meta": {"elevation_deg": 6.6}}
{"qa_id": "qa_1e96dda9ee987d88fe73", "split": "test", "audio_id": "foa_7082072ade3069a8a26b", "audio_path": "audio/test/foa_7082072ade3069a8a26b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the vehicle in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_66e174d02564b4e71817", "split": "test", "audio_id": "foa_944afecb6486123a9c99", "audio_path": "audio/test/foa_944afecb6486123a9c99.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the percussion sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-95.0 degrees", "canonical_answer": "-95.0 degrees", "answer_meta": {"azimuth_deg": -95.0}}
{"qa_id": "qa_edfc0a4b40cfa46cd5ec", "split": "test", "audio_id": "foa_daea0bf7965074b81d2c", "audio_path": "audio/test/foa_daea0bf7965074b81d2c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound originating from that direction begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_7f5f4f3fd360594b6c15", "split": "test", "audio_id": "foa_8458b2fc9d1271ad7f42", "audio_path": "audio/test/foa_8458b2fc9d1271ad7f42.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the bird? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "6.5 degrees", "canonical_answer": "6.5 degrees", "answer_meta": {"elevation_deg": 6.5}}
{"qa_id": "qa_6fadc3619cba6cf35e1e", "split": "test", "audio_id": "foa_e5617f6ede3ff067c0de", "audio_path": "audio/test/foa_e5617f6ede3ff067c0de.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the car in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_ef5fd063a6ae0a48e1ff", "split": "test", "audio_id": "foa_c244574ae4f2927951a5", "audio_path": "audio/test/foa_c244574ae4f2927951a5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the war sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.7 degrees", "canonical_answer": "5.7 degrees", "answer_meta": {"elevation_deg": 5.7}}
{"qa_id": "qa_13169533f3e855d6ee9a", "split": "test", "audio_id": "foa_da3f1764a076ddfb3d4f", "audio_path": "audio/test/foa_da3f1764a076ddfb3d4f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the insect from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_36317a0b5e99f0c0fdfe", "split": "test", "audio_id": "foa_284574f37488a85a803c", "audio_path": "audio/test/foa_284574f37488a85a803c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the human vocalization originate from the direction in front of and above the listener? Answer in one sentence.", "answer": "The human vocalization begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_80b96b90b685e321f1b8", "split": "test", "audio_id": "foa_d488565b93485790e57a", "audio_path": "audio/test/foa_d488565b93485790e57a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.6 degrees", "canonical_answer": "-120.6 degrees", "answer_meta": {"azimuth_deg": -120.6}}
{"qa_id": "qa_97fc66e9eec4749138d0", "split": "test", "audio_id": "foa_20c077c1ea0cb30001c4", "audio_path": "audio/test/foa_20c077c1ea0cb30001c4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the cat from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.9 meters", "canonical_answer": "2.9 meters", "answer_meta": {"distance_m": 2.9}}
{"qa_id": "qa_d7ceb198d2e3cd2e0dec", "split": "test", "audio_id": "foa_7a95ed0a32f3ca1972cf", "audio_path": "audio/test/foa_7a95ed0a32f3ca1972cf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-40.6 degrees", "canonical_answer": "-40.6 degrees", "answer_meta": {"azimuth_deg": -40.6}}
{"qa_id": "qa_64de16a4853af905a776", "split": "test", "audio_id": "foa_294ef2f5452dda380ab6", "audio_path": "audio/test/foa_294ef2f5452dda380ab6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the cat positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-4.9 degrees", "canonical_answer": "-4.9 degrees", "answer_meta": {"elevation_deg": -4.9}}
{"qa_id": "qa_173c1b12ec492001ed63", "split": "test", "audio_id": "foa_b55309f6089238de114d", "audio_path": "audio/test/foa_b55309f6089238de114d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side first begin? Answer in one sentence.", "answer": "The sound coming from the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c4569621a63bba90bef6", "split": "test", "audio_id": "foa_79a662d834291d237d0b", "audio_path": "audio/test/foa_79a662d834291d237d0b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the crackle sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "120.7 degrees", "canonical_answer": "120.7 degrees", "answer_meta": {"azimuth_deg": 120.7}}
{"qa_id": "qa_e2b96f89fc985e0ea428", "split": "test", "audio_id": "foa_850ba4787dd491111293", "audio_path": "audio/test/foa_850ba4787dd491111293.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.9 degrees", "canonical_answer": "-24.9 degrees", "answer_meta": {"elevation_deg": -24.9}}
{"qa_id": "qa_cf4bbc0a4d316d04b2c3", "split": "test", "audio_id": "foa_8b3dab64a4d96e37755b", "audio_path": "audio/test/foa_8b3dab64a4d96e37755b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument, which is positioned to the left and below, begin to play? Answer in one sentence.", "answer": "The string instrument becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_abcb44d3195a34569523", "split": "test", "audio_id": "foa_8daa33d3be223ca8db1d", "audio_path": "audio/test/foa_8daa33d3be223ca8db1d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the paper in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_b4aa736e3bcca96460cb", "split": "test", "audio_id": "foa_61ab0ccf955531aa1dc4", "audio_path": "audio/test/foa_61ab0ccf955531aa1dc4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-56.4 degrees", "canonical_answer": "-56.4 degrees", "answer_meta": {"azimuth_deg": -56.4}}
{"qa_id": "qa_db1cc8e7da06428f1f00", "split": "test", "audio_id": "foa_340b20baf1d189cc66e5", "audio_path": "audio/test/foa_340b20baf1d189cc66e5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.3 degrees", "canonical_answer": "-30.3 degrees", "answer_meta": {"elevation_deg": -30.3}}
{"qa_id": "qa_6edae411ad95fc28d22f", "split": "test", "audio_id": "foa_13dfc946f5c1baf07d50", "audio_path": "audio/test/foa_13dfc946f5c1baf07d50.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_4f442173c7065a8e4fae", "split": "test", "audio_id": "foa_18a2a2b68fdd84bfa791", "audio_path": "audio/test/foa_18a2a2b68fdd84bfa791.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from behind and above the listener begin? Answer in one sentence.", "answer": "The speech sound coming from that location begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_7cfd7fef3f738fe44e10", "split": "test", "audio_id": "foa_55c55eb155e9be6860a8", "audio_path": "audio/test/foa_55c55eb155e9be6860a8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front first begin? Answer in one sentence.", "answer": "The sound coming from the front begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_697ca04157d768d490cc", "split": "test", "audio_id": "foa_faea3ce2c4514fc17af0", "audio_path": "audio/test/foa_faea3ce2c4514fc17af0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_548eee707f6699277788", "split": "test", "audio_id": "foa_f1030c802d6d5659898d", "audio_path": "audio/test/foa_f1030c802d6d5659898d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.4 degrees", "canonical_answer": "16.4 degrees", "answer_meta": {"elevation_deg": 16.4}}
{"qa_id": "qa_9a88093ee9d31f2117ba", "split": "test", "audio_id": "foa_1ada376b0a66c8d1a63a", "audio_path": "audio/test/foa_1ada376b0a66c8d1a63a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the musical instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-16.7 degrees", "canonical_answer": "-16.7 degrees", "answer_meta": {"azimuth_deg": -16.7}}
{"qa_id": "qa_385d4399711d0aff4ee2", "split": "test", "audio_id": "foa_62dbd1790f727c33f3a5", "audio_path": "audio/test/foa_62dbd1790f727c33f3a5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-146.8 degrees", "canonical_answer": "-146.8 degrees", "answer_meta": {"azimuth_deg": -146.8}}
{"qa_id": "qa_7b61d4dd16c81643604c", "split": "test", "audio_id": "foa_c3a46d0a66e81fcacf48", "audio_path": "audio/test/foa_c3a46d0a66e81fcacf48.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the thunderstorm positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.2 degrees", "canonical_answer": "19.2 degrees", "answer_meta": {"elevation_deg": 19.2}}
{"qa_id": "qa_1abe4490f7ed4ece7ec3", "split": "test", "audio_id": "foa_14fd7d4079e7916eea1c", "audio_path": "audio/test/foa_14fd7d4079e7916eea1c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and elevated position begin? Answer in one sentence.", "answer": "The sound source located in that direction starts at 0.2s.", "canonical_answer": "0.2s", "answer_meta": {"onset_time": 0.2}}
{"qa_id": "qa_fa348718f225fffe92f3", "split": "test", "audio_id": "foa_62f2d8d1a905d3daa7da", "audio_path": "audio/test/foa_62f2d8d1a905d3daa7da.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.3 meters", "canonical_answer": "4.3 meters", "answer_meta": {"distance_m": 4.3}}
{"qa_id": "qa_4aed5d04e5381cde8a80", "split": "test", "audio_id": "foa_49b45026b616f6c0e2b2", "audio_path": "audio/test/foa_49b45026b616f6c0e2b2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "9.2 degrees", "canonical_answer": "9.2 degrees", "answer_meta": {"elevation_deg": 9.2}}
{"qa_id": "qa_292d96aaed3cf20a6527", "split": "test", "audio_id": "foa_23a27548f39f056c54e8", "audio_path": "audio/test/foa_23a27548f39f056c54e8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the laughter located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-41.3 degrees", "canonical_answer": "-41.3 degrees", "answer_meta": {"azimuth_deg": -41.3}}
{"qa_id": "qa_d21b0b16c273a48d17c8", "split": "test", "audio_id": "foa_4595e225d8bc871f56e0", "audio_path": "audio/test/foa_4595e225d8bc871f56e0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originate from the front-right and below? Answer in one sentence.", "answer": "The sound source becomes active at 3.5s.", "canonical_answer": "3.5s", "answer_meta": {"onset_time": 3.5}}
{"qa_id": "qa_19308b4d82dbfa721974", "split": "test", "audio_id": "foa_d569167e1baef9d3d37e", "audio_path": "audio/test/foa_d569167e1baef9d3d37e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_91c60bc504410342b11e", "split": "test", "audio_id": "foa_65dd09259c0900316d77", "audio_path": "audio/test/foa_65dd09259c0900316d77.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.2 degrees", "canonical_answer": "-25.2 degrees", "answer_meta": {"elevation_deg": -25.2}}
{"qa_id": "qa_cfcee062c77a35095f6d", "split": "test", "audio_id": "foa_ed0725e16e4730f54db5", "audio_path": "audio/test/foa_ed0725e16e4730f54db5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth in degrees is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.1 degrees", "canonical_answer": "-20.1 degrees", "answer_meta": {"azimuth_deg": -20.1}}
{"qa_id": "qa_78e75160e0ab73dec6ec", "split": "test", "audio_id": "foa_c9e0c62fad2dc4103d89", "audio_path": "audio/test/foa_c9e0c62fad2dc4103d89.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The sound source becomes active at 0.4 seconds.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_a2edd6bf735f91d39d54", "split": "test", "audio_id": "foa_7c31e1fd5edc436baf72", "audio_path": "audio/test/foa_7c31e1fd5edc436baf72.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_29c2282bf004f4855940", "split": "test", "audio_id": "foa_04b382bdea5e788c506d", "audio_path": "audio/test/foa_04b382bdea5e788c506d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the musical instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.9 degrees", "canonical_answer": "-20.9 degrees", "answer_meta": {"elevation_deg": -20.9}}
{"qa_id": "qa_5b7c2925ca7d2ed4690f", "split": "test", "audio_id": "foa_1e5ee144690f329dd5ee", "audio_path": "audio/test/foa_1e5ee144690f329dd5ee.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the clock, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.8 meters", "canonical_answer": "3.8 meters", "answer_meta": {"distance_m": 3.8}}
{"qa_id": "qa_12a522dd76b8afbac9ce", "split": "test", "audio_id": "foa_0fedf391eacf5d2194cc", "audio_path": "audio/test/foa_0fedf391eacf5d2194cc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound source originating from the front begin? Answer in one sentence.", "answer": "The sound source located at the front becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_2bd5795dddc11240b0a0", "split": "test", "audio_id": "foa_d70cdf70c7b17a0fab3a", "audio_path": "audio/test/foa_d70cdf70c7b17a0fab3a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-128.0 degrees", "canonical_answer": "-128.0 degrees", "answer_meta": {"azimuth_deg": -128.0}}
{"qa_id": "qa_98bd88ea7706867cf5fc", "split": "test", "audio_id": "foa_71ff9bdbe007d821f87a", "audio_path": "audio/test/foa_71ff9bdbe007d821f87a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the string instrument located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_ab4c56ec6d8ec57f5f24", "split": "test", "audio_id": "foa_7eef56f56923bc1680d3", "audio_path": "audio/test/foa_7eef56f56923bc1680d3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the animal sound originate from the front-left direction? Answer in one sentence.", "answer": "The sound originating from the front-left starts at 4.9s.", "canonical_answer": "4.9s", "answer_meta": {"onset_time": 4.9}}
{"qa_id": "qa_48faadb04d38886d9631", "split": "test", "audio_id": "foa_afe17ef05ef3a714383a", "audio_path": "audio/test/foa_afe17ef05ef3a714383a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the dog positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.1 degrees", "canonical_answer": "20.1 degrees", "answer_meta": {"elevation_deg": 20.1}}
{"qa_id": "qa_41e3b68a850791bce2e4", "split": "test", "audio_id": "foa_0ff82eac11409a69f4e5", "audio_path": "audio/test/foa_0ff82eac11409a69f4e5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "93.7 degrees", "canonical_answer": "93.7 degrees", "answer_meta": {"azimuth_deg": 93.7}}
{"qa_id": "qa_b70cc5cf8b84fed0f045", "split": "test", "audio_id": "foa_6cd406a8703a50220d50", "audio_path": "audio/test/foa_6cd406a8703a50220d50.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "141.2 degrees", "canonical_answer": "141.2 degrees", "answer_meta": {"azimuth_deg": 141.2}}
{"qa_id": "qa_a23d2501ed35864cff7e", "split": "test", "audio_id": "foa_16e8050e1f254e6b4be8", "audio_path": "audio/test/foa_16e8050e1f254e6b4be8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the tool in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_1fc8cdbe79aa6d20f4b7", "split": "test", "audio_id": "foa_2b922a5f6c24e2cc49e1", "audio_path": "audio/test/foa_2b922a5f6c24e2cc49e1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the keyboard instrument sound originate from the back-left position? Answer in one sentence.", "answer": "The keyboard instrument starts playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_75874e6b23e0457e5145", "split": "test", "audio_id": "foa_dbc3049f43e6c7a1bbe3", "audio_path": "audio/test/foa_dbc3049f43e6c7a1bbe3.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.3 degrees", "canonical_answer": "-3.3 degrees", "answer_meta": {"elevation_deg": -3.3}}
{"qa_id": "qa_91b0292f9bcf3d29d5a2", "split": "test", "audio_id": "foa_1cfc43e08d70a4d99ec1", "audio_path": "audio/test/foa_1cfc43e08d70a4d99ec1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_0d047b6f27a0b41c6a8e", "split": "test", "audio_id": "foa_91cb2751aac0b29b3bb5", "audio_path": "audio/test/foa_91cb2751aac0b29b3bb5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the vehicle in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_2e3d932df342fdb6f2c6", "split": "test", "audio_id": "foa_7ca5ec3a6df785f3234f", "audio_path": "audio/test/foa_7ca5ec3a6df785f3234f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the musical instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-26.7 degrees", "canonical_answer": "-26.7 degrees", "answer_meta": {"elevation_deg": -26.7}}
{"qa_id": "qa_8e82a8f2e5d720dc10c1", "split": "test", "audio_id": "foa_44c96654c9ed537c9b2d", "audio_path": "audio/test/foa_44c96654c9ed537c9b2d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-78.8 degrees", "canonical_answer": "-78.8 degrees", "answer_meta": {"azimuth_deg": -78.8}}
{"qa_id": "qa_615ab35da57f863105f2", "split": "test", "audio_id": "foa_8a4f61d9e9b9296beb55", "audio_path": "audio/test/foa_8a4f61d9e9b9296beb55.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle can the sound of the ocean be heard? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.5 degrees", "canonical_answer": "19.5 degrees", "answer_meta": {"elevation_deg": 19.5}}
{"qa_id": "qa_9af58c74a0bb102dd919", "split": "test", "audio_id": "foa_10a7541ac716763d775a", "audio_path": "audio/test/foa_10a7541ac716763d775a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left position begin? Answer in one sentence.", "answer": "The sound source located in the back-left starts at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_bd1cb9b1c31332fdad2f", "split": "test", "audio_id": "foa_166b18070f3236782594", "audio_path": "audio/test/foa_166b18070f3236782594.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-91.9 degrees", "canonical_answer": "-91.9 degrees", "answer_meta": {"azimuth_deg": -91.9}}
{"qa_id": "qa_d4f3b4394cdb9e2810a0", "split": "test", "audio_id": "foa_08ff730a30db1546e5a3", "audio_path": "audio/test/foa_08ff730a30db1546e5a3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the musical instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_5e8956701b57268fdc34", "split": "test", "audio_id": "foa_da2d69c506394cc5105c", "audio_path": "audio/test/foa_da2d69c506394cc5105c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the knock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "100.6 degrees", "canonical_answer": "100.6 degrees", "answer_meta": {"azimuth_deg": 100.6}}
{"qa_id": "qa_d530d00bff35b032f39a", "split": "test", "audio_id": "foa_8893b4b19abcce1eba53", "audio_path": "audio/test/foa_8893b4b19abcce1eba53.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_ebf343a7b4e415bac702", "split": "test", "audio_id": "foa_155eb79a37dc663051e4", "audio_path": "audio/test/foa_155eb79a37dc663051e4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-31.2 degrees", "canonical_answer": "-31.2 degrees", "answer_meta": {"elevation_deg": -31.2}}
{"qa_id": "qa_c25647700479ac219056", "split": "test", "audio_id": "foa_930cd5a1d35a24754c7c", "audio_path": "audio/test/foa_930cd5a1d35a24754c7c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 4.1s.", "canonical_answer": "4.1s", "answer_meta": {"onset_time": 4.1}}
{"qa_id": "qa_59edbfe2a717ac1ffd0d", "split": "test", "audio_id": "foa_35983af671f6cda11fb2", "audio_path": "audio/test/foa_35983af671f6cda11fb2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech source positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_fbafd29d9f2e1cc10c6a", "split": "test", "audio_id": "foa_5054590bbcc98eebc482", "audio_path": "audio/test/foa_5054590bbcc98eebc482.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the glass from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_2f283b2a946af8124497", "split": "test", "audio_id": "foa_418fec793b0f84e8f309", "audio_path": "audio/test/foa_418fec793b0f84e8f309.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and elevated position begin? Answer in one sentence.", "answer": "The sound source located in front and above becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_0efcb123df188136d636", "split": "test", "audio_id": "foa_6b21cb1b7a3824e727ef", "audio_path": "audio/test/foa_6b21cb1b7a3824e727ef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "142.5 degrees", "canonical_answer": "142.5 degrees", "answer_meta": {"azimuth_deg": 142.5}}
{"qa_id": "qa_6e420d344b927d3b5a86", "split": "test", "audio_id": "foa_815c0bf0f6cb1b4dc4d6", "audio_path": "audio/test/foa_815c0bf0f6cb1b4dc4d6.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_a959acb7eee7c31d4277", "split": "test", "audio_id": "foa_b8bc808ad5992657333e", "audio_path": "audio/test/foa_b8bc808ad5992657333e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the human vocalization? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "62.7 degrees", "canonical_answer": "62.7 degrees", "answer_meta": {"azimuth_deg": 62.7}}
{"qa_id": "qa_05989a1e33349f30e511", "split": "test", "audio_id": "foa_16b050291ee9a0c55fac", "audio_path": "audio/test/foa_16b050291ee9a0c55fac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-13.2 degrees", "canonical_answer": "-13.2 degrees", "answer_meta": {"elevation_deg": -13.2}}
{"qa_id": "qa_6984c0fa12668ce61c1f", "split": "test", "audio_id": "foa_5f8e962d0c6a84d3d384", "audio_path": "audio/test/foa_5f8e962d0c6a84d3d384.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and above begin? Answer in one sentence.", "answer": "The sound source located to the left and above becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ba8c1d48e912968e9551", "split": "test", "audio_id": "foa_fbc29bce96d03bd59a15", "audio_path": "audio/test/foa_fbc29bce96d03bd59a15.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bird located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "74.9 degrees", "canonical_answer": "74.9 degrees", "answer_meta": {"azimuth_deg": 74.9}}
{"qa_id": "qa_839a049efae08335a526", "split": "test", "audio_id": "foa_9c4bff0f29bed26f0db2", "audio_path": "audio/test/foa_9c4bff0f29bed26f0db2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the vehicle from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_073294af7b3194ed409a", "split": "test", "audio_id": "foa_964a70efbfa87ff1a13a", "audio_path": "audio/test/foa_964a70efbfa87ff1a13a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned behind and above the listener begin to play? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0bf59084fafb19746997", "split": "test", "audio_id": "foa_0938d7e93740edce455f", "audio_path": "audio/test/foa_0938d7e93740edce455f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "20.6 degrees", "canonical_answer": "20.6 degrees", "answer_meta": {"elevation_deg": 20.6}}
{"qa_id": "qa_aeabcb045a817244e536", "split": "test", "audio_id": "foa_878e578260e66d9432e3", "audio_path": "audio/test/foa_878e578260e66d9432e3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing, originating from the front and slightly elevated position, begin? Answer in one sentence.", "answer": "The singing begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_eb8fb650cb71d45774bc", "split": "test", "audio_id": "foa_f18aa1f9c66b2fa585a3", "audio_path": "audio/test/foa_f18aa1f9c66b2fa585a3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the metal clink? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_da809e9580c9fbbeae0e", "split": "test", "audio_id": "foa_8b1725cd8a4f6bd6b024", "audio_path": "audio/test/foa_8b1725cd8a4f6bd6b024.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.4 degrees", "canonical_answer": "17.4 degrees", "answer_meta": {"azimuth_deg": 17.4}}
{"qa_id": "qa_780245af6d030ecc98fc", "split": "test", "audio_id": "foa_0f4f948f926a0032e47b", "audio_path": "audio/test/foa_0f4f948f926a0032e47b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.1 degrees", "canonical_answer": "7.1 degrees", "answer_meta": {"elevation_deg": 7.1}}
{"qa_id": "qa_305eb6164a2aedea0d49", "split": "test", "audio_id": "foa_4f57e5f69c708d90df49", "audio_path": "audio/test/foa_4f57e5f69c708d90df49.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-177.5 degrees", "canonical_answer": "-177.5 degrees", "answer_meta": {"azimuth_deg": -177.5}}
{"qa_id": "qa_489660f7b1917b1c9885", "split": "test", "audio_id": "foa_224839fd16921590f90e", "audio_path": "audio/test/foa_224839fd16921590f90e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.1 degrees", "canonical_answer": "-27.1 degrees", "answer_meta": {"elevation_deg": -27.1}}
{"qa_id": "qa_184e40329a3919fc5ab4", "split": "test", "audio_id": "foa_7a51c9978e850ebf4ee6", "audio_path": "audio/test/foa_7a51c9978e850ebf4ee6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound originating from the right and below begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e47f26856806f82269c6", "split": "test", "audio_id": "foa_39d763b4380323627ea8", "audio_path": "audio/test/foa_39d763b4380323627ea8.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the vehicle in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_21b490ff92613b9c98f1", "split": "test", "audio_id": "foa_ef07c8590a3727d051c4", "audio_path": "audio/test/foa_ef07c8590a3727d051c4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side first begin? Answer in one sentence.", "answer": "The sound originating from the left becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_ab7b5a9f8a330a17a1b3", "split": "test", "audio_id": "foa_3b2bb5a220975190a9d8", "audio_path": "audio/test/foa_3b2bb5a220975190a9d8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-152.7 degrees", "canonical_answer": "-152.7 degrees", "answer_meta": {"azimuth_deg": -152.7}}
{"qa_id": "qa_8570e55ff2eb97bbee1f", "split": "test", "audio_id": "foa_b71abf42c74af156aa35", "audio_path": "audio/test/foa_b71abf42c74af156aa35.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.1 degrees", "canonical_answer": "14.1 degrees", "answer_meta": {"elevation_deg": 14.1}}
{"qa_id": "qa_b986f848e56b82f79dc5", "split": "test", "audio_id": "foa_beba8200393bfdf587d3", "audio_path": "audio/test/foa_beba8200393bfdf587d3.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the string instrument located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_a3ba740412b4221ae3c6", "split": "test", "audio_id": "foa_ede1749f7853dfd34420", "audio_path": "audio/test/foa_ede1749f7853dfd34420.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the wind instrument? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_5d123b62942c49684d9f", "split": "test", "audio_id": "foa_bd095cf43861a657e86a", "audio_path": "audio/test/foa_bd095cf43861a657e86a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located at the front begin? Answer in one sentence.", "answer": "The sound source originating from the front becomes active at 2.4s.", "canonical_answer": "2.4s", "answer_meta": {"onset_time": 2.4}}
{"qa_id": "qa_9d84de4a2d91724b9d1f", "split": "test", "audio_id": "foa_7556ffc736a1b0ed1cae", "audio_path": "audio/test/foa_7556ffc736a1b0ed1cae.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the crushing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-17.7 degrees", "canonical_answer": "-17.7 degrees", "answer_meta": {"elevation_deg": -17.7}}
{"qa_id": "qa_83af3d910dd8931716bb", "split": "test", "audio_id": "foa_a73643a4d17929fd56a7", "audio_path": "audio/test/foa_a73643a4d17929fd56a7.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth are the footsteps located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "63.3 degrees", "canonical_answer": "63.3 degrees", "answer_meta": {"azimuth_deg": 63.3}}
{"qa_id": "qa_a2e0e9915a91b4a80f91", "split": "test", "audio_id": "foa_617c923928d4df74c840", "audio_path": "audio/test/foa_617c923928d4df74c840.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-21.2 degrees", "canonical_answer": "-21.2 degrees", "answer_meta": {"elevation_deg": -21.2}}
{"qa_id": "qa_745b2a46576f0b834183", "split": "test", "audio_id": "foa_beae220f8926deff196e", "audio_path": "audio/test/foa_beae220f8926deff196e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter originating from the back-left and below first occur? Answer in one sentence.", "answer": "The sound of laughter begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_251e5baded83dca1c95a", "split": "test", "audio_id": "foa_20cf2486c727e9759439", "audio_path": "audio/test/foa_20cf2486c727e9759439.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "57.2 degrees", "canonical_answer": "57.2 degrees", "answer_meta": {"azimuth_deg": 57.2}}
{"qa_id": "qa_7cfead2fc89b958bd372", "split": "test", "audio_id": "foa_8a4c09c9b32bdb4f645c", "audio_path": "audio/test/foa_8a4c09c9b32bdb4f645c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the writing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.6 meters", "canonical_answer": "3.6 meters", "answer_meta": {"distance_m": 3.6}}
{"qa_id": "qa_516e1c6ccf602873e52e", "split": "test", "audio_id": "foa_825d0a769d537b1c3f4a", "audio_path": "audio/test/foa_825d0a769d537b1c3f4a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_f6c31183382a0dfa73ba", "split": "test", "audio_id": "foa_5330c425c28fe410c0bd", "audio_path": "audio/test/foa_5330c425c28fe410c0bd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "86.6 degrees", "canonical_answer": "86.6 degrees", "answer_meta": {"azimuth_deg": 86.6}}
{"qa_id": "qa_b29030b3210f21ff3bd7", "split": "test", "audio_id": "foa_36c617fc7b7f74b593b4", "audio_path": "audio/test/foa_36c617fc7b7f74b593b4.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the water source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.0 degrees", "canonical_answer": "19.0 degrees", "answer_meta": {"elevation_deg": 19.0}}
{"qa_id": "qa_3cfa28f5b41c36f2a686", "split": "test", "audio_id": "foa_cb4e5aaf54fd4067a096", "audio_path": "audio/test/foa_cb4e5aaf54fd4067a096.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound originating from the back-right direction begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_1175030078615311add4", "split": "test", "audio_id": "foa_2f09aa2795ae25994dbe", "audio_path": "audio/test/foa_2f09aa2795ae25994dbe.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_4ebb1c930d464bb2b135", "split": "test", "audio_id": "foa_7b41bc451f8d83478a1f", "audio_path": "audio/test/foa_7b41bc451f8d83478a1f.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-160.8 degrees", "canonical_answer": "-160.8 degrees", "answer_meta": {"azimuth_deg": -160.8}}
{"qa_id": "qa_5bef05fd65a64f487099", "split": "test", "audio_id": "foa_dafc127265706700635c", "audio_path": "audio/test/foa_dafc127265706700635c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the string instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.6 degrees", "canonical_answer": "-52.6 degrees", "answer_meta": {"elevation_deg": -52.6}}
{"qa_id": "qa_93c9c85bb6222902bc48", "split": "test", "audio_id": "foa_ebbc646b7924fa2d3dde", "audio_path": "audio/test/foa_ebbc646b7924fa2d3dde.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the bird sound originating from the front and above first occur? Answer in one sentence.", "answer": "The sound source becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d48c4390c1823b98b2e5", "split": "test", "audio_id": "foa_c792903aac29df434415", "audio_path": "audio/test/foa_c792903aac29df434415.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the war sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.2 degrees", "canonical_answer": "-28.2 degrees", "answer_meta": {"elevation_deg": -28.2}}
{"qa_id": "qa_2e3ad4728d4f2a69f1e1", "split": "test", "audio_id": "foa_1bfa3df50deaccb7eadc", "audio_path": "audio/test/foa_1bfa3df50deaccb7eadc.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned to the right and below the listener first begin to play? Answer in one sentence.", "answer": "The string instrument becomes active at 6.0s.", "canonical_answer": "6.0s", "answer_meta": {"onset_time": 6.0}}
{"qa_id": "qa_955b8dc922dbbba56537", "split": "test", "audio_id": "foa_1409e0325428b4aa3789", "audio_path": "audio/test/foa_1409e0325428b4aa3789.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the water in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.7 meters", "canonical_answer": "1.7 meters", "answer_meta": {"distance_m": 1.7}}
{"qa_id": "qa_52d8c2ee393cd4e3619e", "split": "test", "audio_id": "foa_669082c893901519d135", "audio_path": "audio/test/foa_669082c893901519d135.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the male speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-53.0 degrees", "canonical_answer": "-53.0 degrees", "answer_meta": {"azimuth_deg": -53.0}}
{"qa_id": "qa_52100623d2b14d813ea0", "split": "test", "audio_id": "foa_ac534470a58ad46e0d92", "audio_path": "audio/test/foa_ac534470a58ad46e0d92.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-79.4 degrees", "canonical_answer": "-79.4 degrees", "answer_meta": {"azimuth_deg": -79.4}}
{"qa_id": "qa_f4f770fd0e9247ec108c", "split": "test", "audio_id": "foa_464145bb7d914f718328", "audio_path": "audio/test/foa_464145bb7d914f718328.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.3 degrees", "canonical_answer": "11.3 degrees", "answer_meta": {"elevation_deg": 11.3}}
{"qa_id": "qa_ab9b8124d6b79cd97470", "split": "test", "audio_id": "foa_4234533c1225c00e24c4", "audio_path": "audio/test/foa_4234533c1225c00e24c4.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the paper sound, which is located to the right, first begin? Answer in one sentence.", "answer": "The sound of the paper originates from the right starting at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_da75427edda3f8af829e", "split": "test", "audio_id": "foa_0ed417e44417dfa464df", "audio_path": "audio/test/foa_0ed417e44417dfa464df.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.5 meters", "canonical_answer": "4.5 meters", "answer_meta": {"distance_m": 4.5}}
{"qa_id": "qa_f6e9e5ae680e6540547c", "split": "test", "audio_id": "foa_a349709b275cca9c9a31", "audio_path": "audio/test/foa_a349709b275cca9c9a31.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person laughing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_449ee42de8fcd8d9ff4a", "split": "test", "audio_id": "foa_7fefa2abc4bfc7f14720", "audio_path": "audio/test/foa_7fefa2abc4bfc7f14720.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the left and below begin? Answer in one sentence.", "answer": "The percussion sound coming from the left and below starts at 2.7s.", "canonical_answer": "2.7s", "answer_meta": {"onset_time": 2.7}}
{"qa_id": "qa_4204911b63e85290c0a8", "split": "test", "audio_id": "foa_eff3599b4dabcd17aa90", "audio_path": "audio/test/foa_eff3599b4dabcd17aa90.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the clock? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "5.1 degrees", "canonical_answer": "5.1 degrees", "answer_meta": {"elevation_deg": 5.1}}
{"qa_id": "qa_ee6274668f8121debc8d", "split": "test", "audio_id": "foa_e59d13055a8b2b2465a2", "audio_path": "audio/test/foa_e59d13055a8b2b2465a2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-148.9 degrees", "canonical_answer": "-148.9 degrees", "answer_meta": {"azimuth_deg": -148.9}}
{"qa_id": "qa_1191e56b5ec715bb2ed1", "split": "test", "audio_id": "foa_14177f636494d2133028", "audio_path": "audio/test/foa_14177f636494d2133028.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the water sound source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.9 degrees", "canonical_answer": "0.9 degrees", "answer_meta": {"elevation_deg": 0.9}}
{"qa_id": "qa_56bbca2ee38f741a9aed", "split": "test", "audio_id": "foa_e64fe7499fba663b9233", "audio_path": "audio/test/foa_e64fe7499fba663b9233.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_d36720c4bf90e6eac7d4", "split": "test", "audio_id": "foa_310f7777ac2b77cba513", "audio_path": "audio/test/foa_310f7777ac2b77cba513.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The sound originating from the back-left becomes active at 0.8s.", "canonical_answer": "0.8s", "answer_meta": {"onset_time": 0.8}}
{"qa_id": "qa_66173410cbd4fff41af5", "split": "test", "audio_id": "foa_9e26cd178b0e64b12948", "audio_path": "audio/test/foa_9e26cd178b0e64b12948.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-3.9 degrees", "canonical_answer": "-3.9 degrees", "answer_meta": {"azimuth_deg": -3.9}}
{"qa_id": "qa_a60d353b974407ee5008", "split": "test", "audio_id": "foa_0ba79114a49ad934d895", "audio_path": "audio/test/foa_0ba79114a49ad934d895.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the back-right and above become audible? Answer in one sentence.", "answer": "The sound originating from that direction begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_6901e443ad98923d4135", "split": "test", "audio_id": "foa_2b19c2280f0e807060c6", "audio_path": "audio/test/foa_2b19c2280f0e807060c6.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "51.1 degrees", "canonical_answer": "51.1 degrees", "answer_meta": {"elevation_deg": 51.1}}
{"qa_id": "qa_cb8e8123d1309e2f6787", "split": "test", "audio_id": "foa_e2703813d92ee89cefa0", "audio_path": "audio/test/foa_e2703813d92ee89cefa0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.2 meters", "canonical_answer": "1.2 meters", "answer_meta": {"distance_m": 1.2}}
{"qa_id": "qa_78a42e76e9d1b832b2da", "split": "test", "audio_id": "foa_ed7cbff0074505108678", "audio_path": "audio/test/foa_ed7cbff0074505108678.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.2 degrees", "canonical_answer": "17.2 degrees", "answer_meta": {"azimuth_deg": 17.2}}
{"qa_id": "qa_29c248eab8a7483926ed", "split": "test", "audio_id": "foa_d61d1def3064b9775b51", "audio_path": "audio/test/foa_d61d1def3064b9775b51.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.6 degrees", "canonical_answer": "-8.6 degrees", "answer_meta": {"elevation_deg": -8.6}}
{"qa_id": "qa_e8a014b1f4da35f246bf", "split": "test", "audio_id": "foa_c457f62ca87251412afd", "audio_path": "audio/test/foa_c457f62ca87251412afd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound source located at the front-right becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_7467e2c53fa1e3691bc9", "split": "test", "audio_id": "foa_bf562ca6d80799c2824e", "audio_path": "audio/test/foa_bf562ca6d80799c2824e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the finger snapping occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-141.7 degrees", "canonical_answer": "-141.7 degrees", "answer_meta": {"azimuth_deg": -141.7}}
{"qa_id": "qa_0a1764448c1068b2c4d8", "split": "test", "audio_id": "foa_74377033c5af8082e79a", "audio_path": "audio/test/foa_74377033c5af8082e79a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the writing sound, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_68ac016e842233e23feb", "split": "test", "audio_id": "foa_5ce7c5aead9f7a119bb0", "audio_path": "audio/test/foa_5ce7c5aead9f7a119bb0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound coming from the left direction begin? Answer in one sentence.", "answer": "The alarm sound originating from the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5984a16380aba3a3addb", "split": "test", "audio_id": "foa_aee93ce1ad4d74e1c43b", "audio_path": "audio/test/foa_aee93ce1ad4d74e1c43b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the zipper from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.8 meters", "canonical_answer": "2.8 meters", "answer_meta": {"distance_m": 2.8}}
{"qa_id": "qa_3e4375af646f5986c333", "split": "test", "audio_id": "foa_ece2430ae32a6b634ef2", "audio_path": "audio/test/foa_ece2430ae32a6b634ef2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.3 degrees", "canonical_answer": "-39.3 degrees", "answer_meta": {"azimuth_deg": -39.3}}
{"qa_id": "qa_40975f892af0460f0fb1", "split": "test", "audio_id": "foa_094d5448349240ef043e", "audio_path": "audio/test/foa_094d5448349240ef043e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.5 degrees", "canonical_answer": "-15.5 degrees", "answer_meta": {"elevation_deg": -15.5}}
{"qa_id": "qa_e1b441d4fd5a62c46598", "split": "test", "audio_id": "foa_f54c37a9bed382a77d64", "audio_path": "audio/test/foa_f54c37a9bed382a77d64.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the home sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_9a0922d62bcaf448ab08", "split": "test", "audio_id": "foa_6f7b56be208bd1172f52", "audio_path": "audio/test/foa_6f7b56be208bd1172f52.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "49.7 degrees", "canonical_answer": "49.7 degrees", "answer_meta": {"azimuth_deg": 49.7}}
{"qa_id": "qa_28f0ec3b009947cfac3c", "split": "test", "audio_id": "foa_811275e707c9204bf90e", "audio_path": "audio/test/foa_811275e707c9204bf90e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the female speech originate from the front-left and elevated position? Answer in one sentence.", "answer": "The sound source is first detected at 0.9s.", "canonical_answer": "0.9s", "answer_meta": {"onset_time": 0.9}}
{"qa_id": "qa_11a95294fa3549fd7113", "split": "test", "audio_id": "foa_e06b2b37e9b0921d7c84", "audio_path": "audio/test/foa_e06b2b37e9b0921d7c84.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-46.6 degrees", "canonical_answer": "-46.6 degrees", "answer_meta": {"elevation_deg": -46.6}}
{"qa_id": "qa_30b69e77e1c50b1e3ae1", "split": "test", "audio_id": "foa_0f68724ba9a5a90ad7e5", "audio_path": "audio/test/foa_0f68724ba9a5a90ad7e5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-38.9 degrees", "canonical_answer": "-38.9 degrees", "answer_meta": {"azimuth_deg": -38.9}}
{"qa_id": "qa_5a42a0930934aa03ca4d", "split": "test", "audio_id": "foa_56a9c8aef989d7ed0af2", "audio_path": "audio/test/foa_56a9c8aef989d7ed0af2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the typing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_53d9a326eb48ef846cb6", "split": "test", "audio_id": "foa_c8d95edff13313404c43", "audio_path": "audio/test/foa_c8d95edff13313404c43.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.6 degrees", "canonical_answer": "1.6 degrees", "answer_meta": {"elevation_deg": 1.6}}
{"qa_id": "qa_6956959a2c32d14054b8", "split": "test", "audio_id": "foa_cc1edcc108c4832382c6", "audio_path": "audio/test/foa_cc1edcc108c4832382c6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the tape sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The sound of the tape starts at 0.3 seconds.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_a5e84b77fad110e75535", "split": "test", "audio_id": "foa_93062599330006bd68fd", "audio_path": "audio/test/foa_93062599330006bd68fd.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the clock located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "58.8 degrees", "canonical_answer": "58.8 degrees", "answer_meta": {"azimuth_deg": 58.8}}
{"qa_id": "qa_639d9c23d0ee66b90626", "split": "test", "audio_id": "foa_004fe07bf053358de6f0", "audio_path": "audio/test/foa_004fe07bf053358de6f0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.9 meters", "canonical_answer": "1.9 meters", "answer_meta": {"distance_m": 1.9}}
{"qa_id": "qa_bec56c0651eeba66a8d7", "split": "test", "audio_id": "foa_4afbb7ea885ea7ee930b", "audio_path": "audio/test/foa_4afbb7ea885ea7ee930b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_90ca8e49c78998a0e7cd", "split": "test", "audio_id": "foa_584b447ebd4f4a34310d", "audio_path": "audio/test/foa_584b447ebd4f4a34310d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the breathing sound located to the back-right and above begin? Answer in one sentence.", "answer": "The sound originating from that direction starts at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_92ce0d6648547ff72632", "split": "test", "audio_id": "foa_25852bace99bb33bd77e", "audio_path": "audio/test/foa_25852bace99bb33bd77e.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bird located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.1 degrees", "canonical_answer": "54.1 degrees", "answer_meta": {"azimuth_deg": 54.1}}
{"qa_id": "qa_54fd0bc93276a42b25ce", "split": "test", "audio_id": "foa_88a3689ceb44a9101f87", "audio_path": "audio/test/foa_88a3689ceb44a9101f87.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the rear and below start? Answer in one sentence.", "answer": "The sound source located behind and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9562f96d165278830479", "split": "test", "audio_id": "foa_b1ec1ed1df572380ae10", "audio_path": "audio/test/foa_b1ec1ed1df572380ae10.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-12.3 degrees", "canonical_answer": "-12.3 degrees", "answer_meta": {"elevation_deg": -12.3}}
{"qa_id": "qa_7142d3158244f411bdf8", "split": "test", "audio_id": "foa_c8ae77165f271b85a71e", "audio_path": "audio/test/foa_c8ae77165f271b85a71e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_3ce148b9b660577c4a06", "split": "test", "audio_id": "foa_647c3ae42608e7ed89ca", "audio_path": "audio/test/foa_647c3ae42608e7ed89ca.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the appliance sound appear from the front-left and above position? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_88e3e42da03a1532879c", "split": "test", "audio_id": "foa_66942414ea1fc58b3973", "audio_path": "audio/test/foa_66942414ea1fc58b3973.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the rain source located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_6e0d973db66de7a98609", "split": "test", "audio_id": "foa_1deb8a1ead00f9de0c87", "audio_path": "audio/test/foa_1deb8a1ead00f9de0c87.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the guitar positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.9 degrees", "canonical_answer": "-11.9 degrees", "answer_meta": {"elevation_deg": -11.9}}
{"qa_id": "qa_6163b34191dc54f870be", "split": "test", "audio_id": "foa_20bbc1f14e6dc047b8f8", "audio_path": "audio/test/foa_20bbc1f14e6dc047b8f8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the tape located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "83.1 degrees", "canonical_answer": "83.1 degrees", "answer_meta": {"azimuth_deg": 83.1}}
{"qa_id": "qa_7c28de1d7136a6f7a593", "split": "test", "audio_id": "foa_a690dca162c947f4ee96", "audio_path": "audio/test/foa_a690dca162c947f4ee96.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the musical instrument from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_e822ef3c599db1cb35a4", "split": "test", "audio_id": "foa_a9e0726f5c766fca113d", "audio_path": "audio/test/foa_a9e0726f5c766fca113d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.1 degrees", "canonical_answer": "-28.1 degrees", "answer_meta": {"elevation_deg": -28.1}}
{"qa_id": "qa_31cf722d0a21b61c33e0", "split": "test", "audio_id": "foa_1beffe145e23a1d295a6", "audio_path": "audio/test/foa_1beffe145e23a1d295a6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.3 degrees", "canonical_answer": "-14.3 degrees", "answer_meta": {"azimuth_deg": -14.3}}
{"qa_id": "qa_68281c79cd0a993dcc59", "split": "test", "audio_id": "foa_b6c9745283ee49aefa83", "audio_path": "audio/test/foa_b6c9745283ee49aefa83.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the scratching sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source from that position starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c37450ab7ccfaf3b14e5", "split": "test", "audio_id": "foa_80418f34bd2c865ca6e6", "audio_path": "audio/test/foa_80418f34bd2c865ca6e6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source located to the right and below begin? Answer in one sentence.", "answer": "The sound source located to the right and below becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_b88995368c30d14b84ec", "split": "test", "audio_id": "foa_9a4b888a3f30337cc86d", "audio_path": "audio/test/foa_9a4b888a3f30337cc86d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_7ed6370255518c1c252f", "split": "test", "audio_id": "foa_842b930bd18b8329e496", "audio_path": "audio/test/foa_842b930bd18b8329e496.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-83.9 degrees", "canonical_answer": "-83.9 degrees", "answer_meta": {"azimuth_deg": -83.9}}
{"qa_id": "qa_b963c0ae6216a8c7a2f7", "split": "test", "audio_id": "foa_d965257bcdcae722026b", "audio_path": "audio/test/foa_d965257bcdcae722026b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the gong located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "40.3 degrees", "canonical_answer": "40.3 degrees", "answer_meta": {"elevation_deg": 40.3}}
{"qa_id": "qa_cdb07e54d03939ed2676", "split": "test", "audio_id": "foa_900629d6e1da16ccbeac", "audio_path": "audio/test/foa_900629d6e1da16ccbeac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the war sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "25.3 degrees", "canonical_answer": "25.3 degrees", "answer_meta": {"elevation_deg": 25.3}}
{"qa_id": "qa_d5513d9e79d90bd6b653", "split": "test", "audio_id": "foa_1cac1550508200944ace", "audio_path": "audio/test/foa_1cac1550508200944ace.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the keyboard instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "88.8 degrees", "canonical_answer": "88.8 degrees", "answer_meta": {"azimuth_deg": 88.8}}
{"qa_id": "qa_e0c6b42298195d951890", "split": "test", "audio_id": "foa_0d07d83359059609364f", "audio_path": "audio/test/foa_0d07d83359059609364f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the car in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_2df74d903fb43bde69bd", "split": "test", "audio_id": "foa_ca019c84ae54e52f0017", "audio_path": "audio/test/foa_ca019c84ae54e52f0017.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound source located at that position becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5dc158d28418af752ba5", "split": "test", "audio_id": "foa_9ac462dfb6caacc6b57c", "audio_path": "audio/test/foa_9ac462dfb6caacc6b57c.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and elevated position begin? Answer in one sentence.", "answer": "The sound coming from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e69b2cd65569f8ba0b95", "split": "test", "audio_id": "foa_f46f1ca08d7c12fe8172", "audio_path": "audio/test/foa_f46f1ca08d7c12fe8172.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.6 degrees", "canonical_answer": "-10.6 degrees", "answer_meta": {"elevation_deg": -10.6}}
{"qa_id": "qa_d185f887c28171e80e71", "split": "test", "audio_id": "foa_f231d0781073683b2332", "audio_path": "audio/test/foa_f231d0781073683b2332.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the percussion sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.1 meters", "canonical_answer": "2.1 meters", "answer_meta": {"distance_m": 2.1}}
{"qa_id": "qa_660b3f5d2d080dec6e93", "split": "test", "audio_id": "foa_cc8a4f2cebb4875bdac5", "audio_path": "audio/test/foa_cc8a4f2cebb4875bdac5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the insect positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.1 degrees", "canonical_answer": "-120.1 degrees", "answer_meta": {"azimuth_deg": -120.1}}
{"qa_id": "qa_fc7e8cd44cbbf7417231", "split": "test", "audio_id": "foa_75773b1b18999cb398b0", "audio_path": "audio/test/foa_75773b1b18999cb398b0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the drawer cabinet sound begin to emanate from the front of the scene? Answer in one sentence.", "answer": "The sound originating from the front becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_3b1cfa6edaa58b2cfbb4", "split": "test", "audio_id": "foa_0db4cb51e474f42f24ed", "audio_path": "audio/test/foa_0db4cb51e474f42f24ed.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the alarm? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-165.0 degrees", "canonical_answer": "-165.0 degrees", "answer_meta": {"azimuth_deg": -165.0}}
{"qa_id": "qa_91d00dea8687363d8f52", "split": "test", "audio_id": "foa_0f0fd15d4a63bde525ab", "audio_path": "audio/test/foa_0f0fd15d4a63bde525ab.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.5 degrees", "canonical_answer": "-7.5 degrees", "answer_meta": {"elevation_deg": -7.5}}
{"qa_id": "qa_a3b8ac785394cf859063", "split": "test", "audio_id": "foa_b7df03bc80e10f690589", "audio_path": "audio/test/foa_b7df03bc80e10f690589.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the camera from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_0bc221cef16093d4eae3", "split": "test", "audio_id": "foa_7a800b5983f30dd146d0", "audio_path": "audio/test/foa_7a800b5983f30dd146d0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back of the scene begin? Answer in one sentence.", "answer": "The sound source located at the back becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_4842758feae753da0666", "split": "test", "audio_id": "foa_35b0157917c555520070", "audio_path": "audio/test/foa_35b0157917c555520070.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the knocking sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_f9184a5e280b1e0900b8", "split": "test", "audio_id": "foa_2f2e46cc2ccb6f460032", "audio_path": "audio/test/foa_2f2e46cc2ccb6f460032.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the zipper? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "65.7 degrees", "canonical_answer": "65.7 degrees", "answer_meta": {"azimuth_deg": 65.7}}
{"qa_id": "qa_e5d6c334dc57a3d935d7", "split": "test", "audio_id": "foa_15cd8a7b34303882b4ac", "audio_path": "audio/test/foa_15cd8a7b34303882b4ac.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.3 degrees", "canonical_answer": "-18.3 degrees", "answer_meta": {"elevation_deg": -18.3}}
{"qa_id": "qa_7762d9c64d0d2cbcd2d0", "split": "test", "audio_id": "foa_81a308d91d347c7b9fd7", "audio_path": "audio/test/foa_81a308d91d347c7b9fd7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_ff43089e9be8712327ea", "split": "test", "audio_id": "foa_9f275a58194ec6f03c97", "audio_path": "audio/test/foa_9f275a58194ec6f03c97.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the machine in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.4 meters", "canonical_answer": "1.4 meters", "answer_meta": {"distance_m": 1.4}}
{"qa_id": "qa_47facfd986db281f31df", "split": "test", "audio_id": "foa_768dff394b557561c72b", "audio_path": "audio/test/foa_768dff394b557561c72b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "144.5 degrees", "canonical_answer": "144.5 degrees", "answer_meta": {"azimuth_deg": 144.5}}
{"qa_id": "qa_d139c8113a6e4da98e80", "split": "test", "audio_id": "foa_33fa89dfde5ea0607eb5", "audio_path": "audio/test/foa_33fa89dfde5ea0607eb5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the percussion sound source located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.4 degrees", "canonical_answer": "-2.4 degrees", "answer_meta": {"elevation_deg": -2.4}}
{"qa_id": "qa_57fb094b5a6b1003dd6f", "split": "test", "audio_id": "foa_1ec697ca648d1c029fec", "audio_path": "audio/test/foa_1ec697ca648d1c029fec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the singing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "54.9 degrees", "canonical_answer": "54.9 degrees", "answer_meta": {"azimuth_deg": 54.9}}
{"qa_id": "qa_d654fb7cebc2b65ad500", "split": "test", "audio_id": "foa_7ac16d029dc9f989e98a", "audio_path": "audio/test/foa_7ac16d029dc9f989e98a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5adf715596e54482ff3c", "split": "test", "audio_id": "foa_4349fcdaa6461acd3e0e", "audio_path": "audio/test/foa_4349fcdaa6461acd3e0e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the female speaker located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_55c04cb512dd7f98850b", "split": "test", "audio_id": "foa_f15bb91e5ddd10d47a6d", "audio_path": "audio/test/foa_f15bb91e5ddd10d47a6d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the door? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-14.8 degrees", "canonical_answer": "-14.8 degrees", "answer_meta": {"elevation_deg": -14.8}}
{"qa_id": "qa_0db2210a19e3088214dc", "split": "test", "audio_id": "foa_9ef1b074a0c2ce7125ae", "audio_path": "audio/test/foa_9ef1b074a0c2ce7125ae.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind and below the listener begin? Answer in one sentence.", "answer": "The sound source located behind and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0976763761cab5f25b34", "split": "test", "audio_id": "foa_1a01957a9422fb6e1cc4", "audio_path": "audio/test/foa_1a01957a9422fb6e1cc4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the frog located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_58d5f82b48da9e29b378", "split": "test", "audio_id": "foa_8b913b6a6d3439e8b784", "audio_path": "audio/test/foa_8b913b6a6d3439e8b784.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.9 degrees", "canonical_answer": "11.9 degrees", "answer_meta": {"elevation_deg": 11.9}}
{"qa_id": "qa_28e2f92538f7afe0d7ac", "split": "test", "audio_id": "foa_9873df0d7f0cd0c27b0c", "audio_path": "audio/test/foa_9873df0d7f0cd0c27b0c.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-157.5 degrees", "canonical_answer": "-157.5 degrees", "answer_meta": {"azimuth_deg": -157.5}}
{"qa_id": "qa_e8e1358c28be73694fc3", "split": "test", "audio_id": "foa_216d48e80a5858bb9d90", "audio_path": "audio/test/foa_216d48e80a5858bb9d90.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.3 degrees", "canonical_answer": "-20.3 degrees", "answer_meta": {"elevation_deg": -20.3}}
{"qa_id": "qa_e1678f5eec08819031d1", "split": "test", "audio_id": "foa_46283ef1ff04fce8fa5b", "audio_path": "audio/test/foa_46283ef1ff04fce8fa5b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the insect sound start originating from the front-left direction? Answer in one sentence.", "answer": "The insect sound begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_2350894df2ef3e5eb225", "split": "test", "audio_id": "foa_46962ed185d5c282fcc6", "audio_path": "audio/test/foa_46962ed185d5c282fcc6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drum located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-63.1 degrees", "canonical_answer": "-63.1 degrees", "answer_meta": {"azimuth_deg": -63.1}}
{"qa_id": "qa_cfff1de91649809f63e5", "split": "test", "audio_id": "foa_aa5d8b12c2e84f94440d", "audio_path": "audio/test/foa_aa5d8b12c2e84f94440d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the body sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.4 meters", "canonical_answer": "2.4 meters", "answer_meta": {"distance_m": 2.4}}
{"qa_id": "qa_c905cdea4fa8012437d2", "split": "test", "audio_id": "foa_3619e0b172baddaef66f", "audio_path": "audio/test/foa_3619e0b172baddaef66f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the bell in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_1eb16428b8faaf56c7eb", "split": "test", "audio_id": "foa_8977bd93dccbff2146d5", "audio_path": "audio/test/foa_8977bd93dccbff2146d5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the metal clink sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.4 degrees", "canonical_answer": "-15.4 degrees", "answer_meta": {"elevation_deg": -15.4}}
{"qa_id": "qa_b39ac61094768d7de115", "split": "test", "audio_id": "foa_514cedf1ed52a69cf1c0", "audio_path": "audio/test/foa_514cedf1ed52a69cf1c0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "97.2 degrees", "canonical_answer": "97.2 degrees", "answer_meta": {"azimuth_deg": 97.2}}
{"qa_id": "qa_6eb7ef6e9e9608976231", "split": "test", "audio_id": "foa_10879d481f7270f1c8fe", "audio_path": "audio/test/foa_10879d481f7270f1c8fe.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the alarm sound coming from the back-left and above start? Answer in one sentence.", "answer": "The sound originating from the back-left and above begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_fb3a5db77886a9c73712", "split": "test", "audio_id": "foa_5cfa2eb5e3894bdfdbb6", "audio_path": "audio/test/foa_5cfa2eb5e3894bdfdbb6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "152.2 degrees", "canonical_answer": "152.2 degrees", "answer_meta": {"azimuth_deg": 152.2}}
{"qa_id": "qa_482e2aa93d22be6c5952", "split": "test", "audio_id": "foa_5d3eb7fe182f5559092a", "audio_path": "audio/test/foa_5d3eb7fe182f5559092a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.6 degrees", "canonical_answer": "-30.6 degrees", "answer_meta": {"elevation_deg": -30.6}}
{"qa_id": "qa_0d3a2ae3920090a9e9fd", "split": "test", "audio_id": "foa_199fe545c5d7aaf09ff9", "audio_path": "audio/test/foa_199fe545c5d7aaf09ff9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the left side begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_0c4a24f13c10982e8be0", "split": "test", "audio_id": "foa_f22babeb6f260217ddd9", "audio_path": "audio/test/foa_f22babeb6f260217ddd9.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the thunderstorm located in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_0cecaf078b3efa57ae08", "split": "test", "audio_id": "foa_30aacc1da6c6a13fc089", "audio_path": "audio/test/foa_30aacc1da6c6a13fc089.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the breathing sound occurring? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_21d5b7b4d4a27b897b6f", "split": "test", "audio_id": "foa_12a976f7a09f01ef3f35", "audio_path": "audio/test/foa_12a976f7a09f01ef3f35.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "64.7 degrees", "canonical_answer": "64.7 degrees", "answer_meta": {"azimuth_deg": 64.7}}
{"qa_id": "qa_8c3ead5c3218015b2059", "split": "test", "audio_id": "foa_8fc6c2f937238d6856b1", "audio_path": "audio/test/foa_8fc6c2f937238d6856b1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-right and above begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_88a77e7c753b19f96846", "split": "test", "audio_id": "foa_8669880ecf5825d63499", "audio_path": "audio/test/foa_8669880ecf5825d63499.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the body sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-7.8 degrees", "canonical_answer": "-7.8 degrees", "answer_meta": {"elevation_deg": -7.8}}
{"qa_id": "qa_17c9be89b68d742cc8ab", "split": "test", "audio_id": "foa_f80416f198e55e7246bd", "audio_path": "audio/test/foa_f80416f198e55e7246bd.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the male speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_41db40d2725138d99d4f", "split": "test", "audio_id": "foa_f9e250c84fd8d8876862", "audio_path": "audio/test/foa_f9e250c84fd8d8876862.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the kitchenware located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "108.1 degrees", "canonical_answer": "108.1 degrees", "answer_meta": {"azimuth_deg": 108.1}}
{"qa_id": "qa_a2920f5ceac3c42edaf1", "split": "test", "audio_id": "foa_88dc32fb7300dab51dfb", "audio_path": "audio/test/foa_88dc32fb7300dab51dfb.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the male speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.9 degrees", "canonical_answer": "1.9 degrees", "answer_meta": {"elevation_deg": 1.9}}
{"qa_id": "qa_d7fd846b284f65efd20a", "split": "test", "audio_id": "foa_c511bdbb29c6e0f89aea", "audio_path": "audio/test/foa_c511bdbb29c6e0f89aea.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the laughter originating from the right side begin? Answer in one sentence.", "answer": "The sound of laughter from the right side begins at 3.2s.", "canonical_answer": "3.2s", "answer_meta": {"onset_time": 3.2}}
{"qa_id": "qa_adfe70867936dedf7480", "split": "test", "audio_id": "foa_2b0b7ce3515f22400913", "audio_path": "audio/test/foa_2b0b7ce3515f22400913.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the female speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-34.1 degrees", "canonical_answer": "-34.1 degrees", "answer_meta": {"elevation_deg": -34.1}}
{"qa_id": "qa_4079ffd1cb27e1e433cf", "split": "test", "audio_id": "foa_6668190b62751fdea2f8", "audio_path": "audio/test/foa_6668190b62751fdea2f8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the gong sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound originating from the left and below begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_d93e43e3ded874f5bef5", "split": "test", "audio_id": "foa_d1249ac0a3c61d156d16", "audio_path": "audio/test/foa_d1249ac0a3c61d156d16.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the alarm in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.3 meters", "canonical_answer": "2.3 meters", "answer_meta": {"distance_m": 2.3}}
{"qa_id": "qa_40ef0537a814f33d19bd", "split": "test", "audio_id": "foa_d1e1e3dac15a0d0ce5e9", "audio_path": "audio/test/foa_d1e1e3dac15a0d0ce5e9.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the footsteps? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-101.5 degrees", "canonical_answer": "-101.5 degrees", "answer_meta": {"azimuth_deg": -101.5}}
{"qa_id": "qa_b68ef46a3512d18cd269", "split": "test", "audio_id": "foa_a7b3c69257d90d4a8866", "audio_path": "audio/test/foa_a7b3c69257d90d4a8866.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the male speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_7ac7eed5ba228cc2ff9f", "split": "test", "audio_id": "foa_72ed37a050386aa58a54", "audio_path": "audio/test/foa_72ed37a050386aa58a54.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the fire located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-50.7 degrees", "canonical_answer": "-50.7 degrees", "answer_meta": {"azimuth_deg": -50.7}}
{"qa_id": "qa_abca1acee467588bf282", "split": "test", "audio_id": "foa_f252129785774f434dec", "audio_path": "audio/test/foa_f252129785774f434dec.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the human vocalization originate from the left and above position? Answer in one sentence.", "answer": "The human vocalization begins at 1.2 seconds.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_41b48ae11692a5c968bf", "split": "test", "audio_id": "foa_81b0296ca9541b98a860", "audio_path": "audio/test/foa_81b0296ca9541b98a860.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the percussion instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-2.6 degrees", "canonical_answer": "-2.6 degrees", "answer_meta": {"elevation_deg": -2.6}}
{"qa_id": "qa_cd87f6c1097b56f730e7", "split": "test", "audio_id": "foa_60aaecdb915829569ec5", "audio_path": "audio/test/foa_60aaecdb915829569ec5.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-178.2 degrees", "canonical_answer": "-178.2 degrees", "answer_meta": {"azimuth_deg": -178.2}}
{"qa_id": "qa_d3cc8a7d3fe7aeb171f0", "split": "test", "audio_id": "foa_c9c8f7a65243a9ffa41d", "audio_path": "audio/test/foa_c9c8f7a65243a9ffa41d.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the human vocalization occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "11.6 degrees", "canonical_answer": "11.6 degrees", "answer_meta": {"elevation_deg": 11.6}}
{"qa_id": "qa_e23f9484c8d6ebe7f14d", "split": "test", "audio_id": "foa_7b3e2708f82be995788c", "audio_path": "audio/test/foa_7b3e2708f82be995788c.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the cat from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.7 meters", "canonical_answer": "2.7 meters", "answer_meta": {"distance_m": 2.7}}
{"qa_id": "qa_e8f96c3433e54a11ed2e", "split": "test", "audio_id": "foa_940a06a9083a3a13143b", "audio_path": "audio/test/foa_940a06a9083a3a13143b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from behind the listener begin? Answer in one sentence.", "answer": "The sound coming from the back begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_4a0a661891aba8f5ca27", "split": "test", "audio_id": "foa_39add58d9272e0d59742", "audio_path": "audio/test/foa_39add58d9272e0d59742.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the vertical angle of the metal clink sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-52.9 degrees", "canonical_answer": "-52.9 degrees", "answer_meta": {"elevation_deg": -52.9}}
{"qa_id": "qa_f37fdce0f7a8b7d420d6", "split": "test", "audio_id": "foa_2692e36b805d992ddced", "audio_path": "audio/test/foa_2692e36b805d992ddced.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the insect located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-68.0 degrees", "canonical_answer": "-68.0 degrees", "answer_meta": {"azimuth_deg": -68.0}}
{"qa_id": "qa_c111422299fbc54022b4", "split": "test", "audio_id": "foa_10892f63edddd0d157ee", "audio_path": "audio/test/foa_10892f63edddd0d157ee.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_1acbbf0fa89bb9bb5caf", "split": "test", "audio_id": "foa_b79da6a2715133273e64", "audio_path": "audio/test/foa_b79da6a2715133273e64.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the clock located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_26eb3c2af810a660c456", "split": "test", "audio_id": "foa_d72b4e37a9a698164256", "audio_path": "audio/test/foa_d72b4e37a9a698164256.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the typing sound coming from? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.9 degrees", "canonical_answer": "4.9 degrees", "answer_meta": {"elevation_deg": 4.9}}
{"qa_id": "qa_c3752a86af09feb14a84", "split": "test", "audio_id": "foa_fd0f218b411d44ab5ca2", "audio_path": "audio/test/foa_fd0f218b411d44ab5ca2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the male speech originating from the right side begin? Answer in one sentence.", "answer": "The male speech from the right becomes active at 7.5s.", "canonical_answer": "7.5s", "answer_meta": {"onset_time": 7.5}}
{"qa_id": "qa_a8a38b513f6a87bbe263", "split": "test", "audio_id": "foa_25a652dacb2120983269", "audio_path": "audio/test/foa_25a652dacb2120983269.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-152.2 degrees", "canonical_answer": "-152.2 degrees", "answer_meta": {"azimuth_deg": -152.2}}
{"qa_id": "qa_e18f4c16ecfa944df1ca", "split": "test", "audio_id": "foa_34c8509bfa8d13040136", "audio_path": "audio/test/foa_34c8509bfa8d13040136.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person speaking? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_9fa2997f534570fe5ccd", "split": "test", "audio_id": "foa_451f216a1f3681f20b0a", "audio_path": "audio/test/foa_451f216a1f3681f20b0a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument located to the back-left start playing? Answer in one sentence.", "answer": "The sound originating from the back-left begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_4226f99010f326d0816d", "split": "test", "audio_id": "foa_a4847abd5eaa385ebdf0", "audio_path": "audio/test/foa_a4847abd5eaa385ebdf0.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the alarm? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.6 meters", "canonical_answer": "0.6 meters", "answer_meta": {"distance_m": 0.6}}
{"qa_id": "qa_cd8e310fd9c2306b59de", "split": "test", "audio_id": "foa_d5df319cbbaef3322352", "audio_path": "audio/test/foa_d5df319cbbaef3322352.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tool positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "66.1 degrees", "canonical_answer": "66.1 degrees", "answer_meta": {"azimuth_deg": 66.1}}
{"qa_id": "qa_cb0e3179c3c585d7fcb0", "split": "test", "audio_id": "foa_59d2013fba9f272d8fbd", "audio_path": "audio/test/foa_59d2013fba9f272d8fbd.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the kitchenware positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "13.3 degrees", "canonical_answer": "13.3 degrees", "answer_meta": {"elevation_deg": 13.3}}
{"qa_id": "qa_d60f9b375f51ccaa70b1", "split": "test", "audio_id": "foa_520af450862ac52dc4ec", "audio_path": "audio/test/foa_520af450862ac52dc4ec.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The singing sound begins at 0.9s.", "canonical_answer": "0.9s", "answer_meta": {"onset_time": 0.9}}
{"qa_id": "qa_3b77d1dcaf43d7f4169b", "split": "test", "audio_id": "foa_f5e475920befecceac88", "audio_path": "audio/test/foa_f5e475920befecceac88.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the bell? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.1 degrees", "canonical_answer": "14.1 degrees", "answer_meta": {"elevation_deg": 14.1}}
{"qa_id": "qa_c8037f10575bfbd38131", "split": "test", "audio_id": "foa_a75446dc2555d4bceca4", "audio_path": "audio/test/foa_a75446dc2555d4bceca4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the tearing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-66.5 degrees", "canonical_answer": "-66.5 degrees", "answer_meta": {"azimuth_deg": -66.5}}
{"qa_id": "qa_310773b2e8c23a810dc8", "split": "test", "audio_id": "foa_effde6685a24cf63b5e6", "audio_path": "audio/test/foa_effde6685a24cf63b5e6.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the person speaking? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.0 meters", "canonical_answer": "2.0 meters", "answer_meta": {"distance_m": 2.0}}
{"qa_id": "qa_ac35097443e34d96d77e", "split": "test", "audio_id": "foa_d726e9206e3024d2aac6", "audio_path": "audio/test/foa_d726e9206e3024d2aac6.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the percussion sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The percussion sound coming from the back-left starts at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_e59e261dc5ac5bccb291", "split": "test", "audio_id": "foa_3bf659a0d042c226f614", "audio_path": "audio/test/foa_3bf659a0d042c226f614.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the water located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "8.4 degrees", "canonical_answer": "8.4 degrees", "answer_meta": {"elevation_deg": 8.4}}
{"qa_id": "qa_c1a14df7621bc16a6fa5", "split": "test", "audio_id": "foa_539fd4337694497e4d14", "audio_path": "audio/test/foa_539fd4337694497e4d14.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the keyboard instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-130.0 degrees", "canonical_answer": "-130.0 degrees", "answer_meta": {"azimuth_deg": -130.0}}
{"qa_id": "qa_478aa561c1ab8d0efdef", "split": "test", "audio_id": "foa_d1753892634b4aa2162d", "audio_path": "audio/test/foa_d1753892634b4aa2162d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the gong in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_14f1cdfb3ad33782032a", "split": "test", "audio_id": "foa_781d6e00b6a0cc72574f", "audio_path": "audio/test/foa_781d6e00b6a0cc72574f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound of the door appearing to the front-right begin? Answer in one sentence.", "answer": "The sound source located at the front-right becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_f583168e15ee507c4f0c", "split": "test", "audio_id": "foa_b494e4d696e1a7bf16c2", "audio_path": "audio/test/foa_b494e4d696e1a7bf16c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_e557de2a81b8e05e751d", "split": "test", "audio_id": "foa_dbe4f080415b402ad30a", "audio_path": "audio/test/foa_dbe4f080415b402ad30a.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the zipper in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.7 meters", "canonical_answer": "0.7 meters", "answer_meta": {"distance_m": 0.7}}
{"qa_id": "qa_a2183111362974fe6a48", "split": "test", "audio_id": "foa_791fc95490c5bf56001a", "audio_path": "audio/test/foa_791fc95490c5bf56001a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wood sound source located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-158.4 degrees", "canonical_answer": "-158.4 degrees", "answer_meta": {"azimuth_deg": -158.4}}
{"qa_id": "qa_f68731c46bdad8b4587b", "split": "test", "audio_id": "foa_26efa23ef1f2200a834b", "audio_path": "audio/test/foa_26efa23ef1f2200a834b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "3.1 degrees", "canonical_answer": "3.1 degrees", "answer_meta": {"azimuth_deg": 3.1}}
{"qa_id": "qa_7cbf09206b5d6deed29d", "split": "test", "audio_id": "foa_d8a6284004e2e3bbe1c2", "audio_path": "audio/test/foa_d8a6284004e2e3bbe1c2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the animal located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-15.6 degrees", "canonical_answer": "-15.6 degrees", "answer_meta": {"elevation_deg": -15.6}}
{"qa_id": "qa_cfe2267184c58645268a", "split": "test", "audio_id": "foa_a50d161324514f9bdee0", "audio_path": "audio/test/foa_a50d161324514f9bdee0.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the right and below start? Answer in one sentence.", "answer": "The sound source originating from the right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_52001f73d68d9f155b3d", "split": "test", "audio_id": "foa_1bcf2198f2da589091d4", "audio_path": "audio/test/foa_1bcf2198f2da589091d4.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away are the footsteps? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_ec405feb61f129f23433", "split": "test", "audio_id": "foa_9821096e2bb4531c39b3", "audio_path": "audio/test/foa_9821096e2bb4531c39b3.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech source located at an azimuth of 179.6 degrees and an elevation of 50.2 degrees start? Answer in one sentence.", "answer": "The source becomes active at 0.4s.", "canonical_answer": "0.4s", "answer_meta": {"onset_time": 0.4}}
{"qa_id": "qa_a4ae739675dd376f0e36", "split": "test", "audio_id": "foa_11ae533b1b660cb50b50", "audio_path": "audio/test/foa_11ae533b1b660cb50b50.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the cat in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_0ff7b7924e30cff72d00", "split": "test", "audio_id": "foa_88eb0f5b44b1eec5bdce", "audio_path": "audio/test/foa_88eb0f5b44b1eec5bdce.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-18.1 degrees", "canonical_answer": "-18.1 degrees", "answer_meta": {"elevation_deg": -18.1}}
{"qa_id": "qa_6a8cb6e30720b4171a02", "split": "test", "audio_id": "foa_a47e16bef1824d50acb3", "audio_path": "audio/test/foa_a47e16bef1824d50acb3.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-98.4 degrees", "canonical_answer": "-98.4 degrees", "answer_meta": {"azimuth_deg": -98.4}}
{"qa_id": "qa_790a4365bd797d098c14", "split": "test", "audio_id": "foa_2cefc0a871a7f5f5b27f", "audio_path": "audio/test/foa_2cefc0a871a7f5f5b27f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "7.6 degrees", "canonical_answer": "7.6 degrees", "answer_meta": {"elevation_deg": 7.6}}
{"qa_id": "qa_246707213c11638ce2a6", "split": "test", "audio_id": "foa_2fc869c435a373ba0e53", "audio_path": "audio/test/foa_2fc869c435a373ba0e53.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the guitar in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_514fc2f3a245c8c49787", "split": "test", "audio_id": "foa_e9a29522e0d911685f75", "audio_path": "audio/test/foa_e9a29522e0d911685f75.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the metal clink located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.3 degrees", "canonical_answer": "14.3 degrees", "answer_meta": {"azimuth_deg": 14.3}}
{"qa_id": "qa_96fad74c8497e4064478", "split": "test", "audio_id": "foa_fb5e84e59ba59bf7b494", "audio_path": "audio/test/foa_fb5e84e59ba59bf7b494.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the drum sound originating from behind the listener first begin? Answer in one sentence.", "answer": "The drum sound coming from the back becomes active at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_791660799e6c00350577", "split": "test", "audio_id": "foa_99b878e75043f5978a02", "audio_path": "audio/test/foa_99b878e75043f5978a02.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-162.1 degrees", "canonical_answer": "-162.1 degrees", "answer_meta": {"azimuth_deg": -162.1}}
{"qa_id": "qa_477fab786c161792093f", "split": "test", "audio_id": "foa_0100b4539d95bb55531e", "audio_path": "audio/test/foa_0100b4539d95bb55531e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the knocking sound originating from the front-right direction begin? Answer in one sentence.", "answer": "The sound coming from the front-right direction starts at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_e48fc399eaea2703f383", "split": "test", "audio_id": "foa_198f30c574fdd5947938", "audio_path": "audio/test/foa_198f30c574fdd5947938.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the zipper from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.5 meters", "canonical_answer": "3.5 meters", "answer_meta": {"distance_m": 3.5}}
{"qa_id": "qa_c2021189cfac97981f2c", "split": "test", "audio_id": "foa_4a210e38e556c9579d77", "audio_path": "audio/test/foa_4a210e38e556c9579d77.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the percussion located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "1.3 degrees", "canonical_answer": "1.3 degrees", "answer_meta": {"elevation_deg": 1.3}}
{"qa_id": "qa_bb1b6142be3199ece896", "split": "test", "audio_id": "foa_3934c6de0dd1c45d6349", "audio_path": "audio/test/foa_3934c6de0dd1c45d6349.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the appliance located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-80.0 degrees", "canonical_answer": "-80.0 degrees", "answer_meta": {"azimuth_deg": -80.0}}
{"qa_id": "qa_f11532472b5ff754601d", "split": "test", "audio_id": "foa_9a1313ad1e6bf298d35f", "audio_path": "audio/test/foa_9a1313ad1e6bf298d35f.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-8.6 degrees", "canonical_answer": "-8.6 degrees", "answer_meta": {"elevation_deg": -8.6}}
{"qa_id": "qa_4da5ec66787b9b683607", "split": "test", "audio_id": "foa_1600eb2246a85f1237ef", "audio_path": "audio/test/foa_1600eb2246a85f1237ef.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind instrument in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_4b53719a1326bd05a778", "split": "test", "audio_id": "foa_89741d7baa749d178d8e", "audio_path": "audio/test/foa_89741d7baa749d178d8e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-right direction begin? Answer in one sentence.", "answer": "The sound source located in the back-right becomes active at 0.5s.", "canonical_answer": "0.5s", "answer_meta": {"onset_time": 0.5}}
{"qa_id": "qa_2311e206ae5bce616f9b", "split": "test", "audio_id": "foa_0420602f9f1a33805ebf", "audio_path": "audio/test/foa_0420602f9f1a33805ebf.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the string instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.2 degrees", "canonical_answer": "24.2 degrees", "answer_meta": {"elevation_deg": 24.2}}
{"qa_id": "qa_2dddb20beeaadc2a9aa7", "split": "test", "audio_id": "foa_c866c32f1c464605664a", "audio_path": "audio/test/foa_c866c32f1c464605664a.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the war sound originating from the right and below begin? Answer in one sentence.", "answer": "The sound originating from the right and below becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1b76790216a8b653e3b6", "split": "test", "audio_id": "foa_1e84e9b48e1a6ab0c8db", "audio_path": "audio/test/foa_1e84e9b48e1a6ab0c8db.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "4.0 meters", "canonical_answer": "4.0 meters", "answer_meta": {"distance_m": 4.0}}
{"qa_id": "qa_c2363561001d034fc9f1", "split": "test", "audio_id": "foa_1bb73e4b1e117eb6a8e4", "audio_path": "audio/test/foa_1bb73e4b1e117eb6a8e4.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-56.2 degrees", "canonical_answer": "-56.2 degrees", "answer_meta": {"azimuth_deg": -56.2}}
{"qa_id": "qa_d1195cd389f0ec2852d2", "split": "test", "audio_id": "foa_5ccc9569bef991350191", "audio_path": "audio/test/foa_5ccc9569bef991350191.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_0db62f510df6d3fe71b7", "split": "test", "audio_id": "foa_5608faf60bbadaed2956", "audio_path": "audio/test/foa_5608faf60bbadaed2956.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "24.1 degrees", "canonical_answer": "24.1 degrees", "answer_meta": {"elevation_deg": 24.1}}
{"qa_id": "qa_1a707d38ec12901be2f6", "split": "test", "audio_id": "foa_18278c445edba0801572", "audio_path": "audio/test/foa_18278c445edba0801572.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the wind instrument located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "29.0 degrees", "canonical_answer": "29.0 degrees", "answer_meta": {"azimuth_deg": 29.0}}
{"qa_id": "qa_d3b2205c91a2bc71949f", "split": "test", "audio_id": "foa_5adf6a01f3e40a170d1e", "audio_path": "audio/test/foa_5adf6a01f3e40a170d1e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the male speaker located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_c8ddffb29c32d79cdd7b", "split": "test", "audio_id": "foa_9c266a9923a4cff878ff", "audio_path": "audio/test/foa_9c266a9923a4cff878ff.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the human vocalization? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.1 meters", "canonical_answer": "1.1 meters", "answer_meta": {"distance_m": 1.1}}
{"qa_id": "qa_729f225c272ac393ad9e", "split": "test", "audio_id": "foa_e9d746f88cdafa57f340", "audio_path": "audio/test/foa_e9d746f88cdafa57f340.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the typing sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-30.1 degrees", "canonical_answer": "-30.1 degrees", "answer_meta": {"elevation_deg": -30.1}}
{"qa_id": "qa_787a7bf2c4578e4acb3f", "split": "test", "audio_id": "foa_4b7e3ce82858c540d45d", "audio_path": "audio/test/foa_4b7e3ce82858c540d45d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the bell located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "94.2 degrees", "canonical_answer": "94.2 degrees", "answer_meta": {"azimuth_deg": 94.2}}
{"qa_id": "qa_19bd08111f8bd86d0cc9", "split": "test", "audio_id": "foa_7669a7e1839bc9cd89dd", "audio_path": "audio/test/foa_7669a7e1839bc9cd89dd.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound located to the front-right start playing? Answer in one sentence.", "answer": "The sound originating from the front-right begins at 1.2s.", "canonical_answer": "1.2s", "answer_meta": {"onset_time": 1.2}}
{"qa_id": "qa_b233bc3e55ed9638c5e0", "split": "test", "audio_id": "foa_7db438ceb0d9db503832", "audio_path": "audio/test/foa_7db438ceb0d9db503832.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned behind and to the left start playing? Answer in one sentence.", "answer": "The string instrument begins to play at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_1dbbfea50a7ddfd26a62", "split": "test", "audio_id": "foa_b007a3cc6fa964fe043e", "audio_path": "audio/test/foa_b007a3cc6fa964fe043e.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the ocean from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_6a9ca43bc147f2265096", "split": "test", "audio_id": "foa_83b18be44b744481cc49", "audio_path": "audio/test/foa_83b18be44b744481cc49.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-140.7 degrees", "canonical_answer": "-140.7 degrees", "answer_meta": {"azimuth_deg": -140.7}}
{"qa_id": "qa_762c9fb35967e44bc3e8", "split": "test", "audio_id": "foa_049372909307cd8d6c9b", "audio_path": "audio/test/foa_049372909307cd8d6c9b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_5cdce56c20a4b8923394", "split": "test", "audio_id": "foa_0c03686e88e6959089c7", "audio_path": "audio/test/foa_0c03686e88e6959089c7.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-28.7 degrees", "canonical_answer": "-28.7 degrees", "answer_meta": {"elevation_deg": -28.7}}
{"qa_id": "qa_af557c3f5550cd6f99e6", "split": "test", "audio_id": "foa_81856625848135c720ab", "audio_path": "audio/test/foa_81856625848135c720ab.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the human vocalization located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.6 meters", "canonical_answer": "1.6 meters", "answer_meta": {"distance_m": 1.6}}
{"qa_id": "qa_14b11db20ec6a617bc66", "split": "test", "audio_id": "foa_1d6ff7cc1fa73448b7fa", "audio_path": "audio/test/foa_1d6ff7cc1fa73448b7fa.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-90.4 degrees", "canonical_answer": "-90.4 degrees", "answer_meta": {"azimuth_deg": -90.4}}
{"qa_id": "qa_c77630056a6d8e60325a", "split": "test", "audio_id": "foa_7d07c870b26d4db1cf7b", "audio_path": "audio/test/foa_7d07c870b26d4db1cf7b.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the cooking sound originate from the position located in front and above the listener? Answer in one sentence.", "answer": "The cooking sound begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b4b30c888d124ad66c95", "split": "test", "audio_id": "foa_ae96bf896b3b55494664", "audio_path": "audio/test/foa_ae96bf896b3b55494664.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "51.7 degrees", "canonical_answer": "51.7 degrees", "answer_meta": {"azimuth_deg": 51.7}}
{"qa_id": "qa_01fd07a07d04a79a73e2", "split": "test", "audio_id": "foa_0bd3e801c7633f0673a7", "audio_path": "audio/test/foa_0bd3e801c7633f0673a7.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right and below start? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_f4ed4407006e8cfe5baf", "split": "test", "audio_id": "foa_0ea589d83e8cd86ec73a", "audio_path": "audio/test/foa_0ea589d83e8cd86ec73a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the drum? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.5 degrees", "canonical_answer": "16.5 degrees", "answer_meta": {"elevation_deg": 16.5}}
{"qa_id": "qa_dc4ef638ef16d20f5991", "split": "test", "audio_id": "foa_526f95ba6d0d27b1b8b5", "audio_path": "audio/test/foa_526f95ba6d0d27b1b8b5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the wind in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_2c66f689e7a216aead5e", "split": "test", "audio_id": "foa_d5d265893c5ebe894f00", "audio_path": "audio/test/foa_d5d265893c5ebe894f00.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the human vocalization located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "16.1 degrees", "canonical_answer": "16.1 degrees", "answer_meta": {"azimuth_deg": 16.1}}
{"qa_id": "qa_0cac50e631a6554051dd", "split": "test", "audio_id": "foa_ec4c628490318db92710", "audio_path": "audio/test/foa_ec4c628490318db92710.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 1.3s.", "canonical_answer": "1.3s", "answer_meta": {"onset_time": 1.3}}
{"qa_id": "qa_a5b8d8fd1a6f973f7b6d", "split": "test", "audio_id": "foa_a56dfe847bb82862679e", "audio_path": "audio/test/foa_a56dfe847bb82862679e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the singing? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "17.3 degrees", "canonical_answer": "17.3 degrees", "answer_meta": {"elevation_deg": 17.3}}
{"qa_id": "qa_337f10e6c605884d9da4", "split": "test", "audio_id": "foa_2806d6f543db3beebd1d", "audio_path": "audio/test/foa_2806d6f543db3beebd1d.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the typing sound in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.3 meters", "canonical_answer": "1.3 meters", "answer_meta": {"distance_m": 1.3}}
{"qa_id": "qa_2ee0c891071ba919a584", "split": "test", "audio_id": "foa_cfba7a48e1e4f73372d8", "audio_path": "audio/test/foa_cfba7a48e1e4f73372d8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing sound originating from the front-right and above position begin? Answer in one sentence.", "answer": "The singing sound becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_0a389c23ed26038154cc", "split": "test", "audio_id": "foa_c923efba4f4cdcd42eab", "audio_path": "audio/test/foa_c923efba4f4cdcd42eab.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the female speech occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.7 degrees", "canonical_answer": "-20.7 degrees", "answer_meta": {"elevation_deg": -20.7}}
{"qa_id": "qa_0109c24a41d5bd96b191", "split": "test", "audio_id": "foa_8c9357b5f0369f3e93d0", "audio_path": "audio/test/foa_8c9357b5f0369f3e93d0.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-168.0 degrees", "canonical_answer": "-168.0 degrees", "answer_meta": {"azimuth_deg": -168.0}}
{"qa_id": "qa_cda3493c49f95e606d25", "split": "test", "audio_id": "foa_2a02232c0c97c8090e25", "audio_path": "audio/test/foa_2a02232c0c97c8090e25.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the tape, measured in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_6fc54fde5f2c6b1af84a", "split": "test", "audio_id": "foa_de7bed147ffb14d82ee6", "audio_path": "audio/test/foa_de7bed147ffb14d82ee6.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the breathing sound located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_1182e0da61745a35b46a", "split": "test", "audio_id": "foa_aa1a3e11bf179c61fd9e", "audio_path": "audio/test/foa_aa1a3e11bf179c61fd9e.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front and above begin? Answer in one sentence.", "answer": "The sound source located in front and above becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_a8fe889a245caf8a881c", "split": "test", "audio_id": "foa_52553ada3e127895d0ef", "audio_path": "audio/test/foa_52553ada3e127895d0ef.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Where is the rain located in terms of azimuth? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "71.8 degrees", "canonical_answer": "71.8 degrees", "answer_meta": {"azimuth_deg": 71.8}}
{"qa_id": "qa_2fef600c4f1119aafd58", "split": "test", "audio_id": "foa_e9a9054700f5a55f16be", "audio_path": "audio/test/foa_e9a9054700f5a55f16be.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "0.0 degrees", "canonical_answer": "0.0 degrees", "answer_meta": {"elevation_deg": 0.0}}
{"qa_id": "qa_df82439de6141bcc4181", "split": "test", "audio_id": "foa_4c345cc09ef88f1f0522", "audio_path": "audio/test/foa_4c345cc09ef88f1f0522.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the singing? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.9 meters", "canonical_answer": "0.9 meters", "answer_meta": {"distance_m": 0.9}}
{"qa_id": "qa_66ad7b7f1efac2c69988", "split": "test", "audio_id": "foa_2f4bccd243bad5dbbe30", "audio_path": "audio/test/foa_2f4bccd243bad5dbbe30.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation angle of the speech source? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-37.9 degrees", "canonical_answer": "-37.9 degrees", "answer_meta": {"elevation_deg": -37.9}}
{"qa_id": "qa_29ad136f0fb42be890ea", "split": "test", "audio_id": "foa_a961e2d4ba206da2a484", "audio_path": "audio/test/foa_a961e2d4ba206da2a484.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the back-left and below begin? Answer in one sentence.", "answer": "The sound originating from that location begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_50f2db72caeb515e634f", "split": "test", "audio_id": "foa_98038d775e34324a4c54", "audio_path": "audio/test/foa_98038d775e34324a4c54.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth angle is the tool located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-120.2 degrees", "canonical_answer": "-120.2 degrees", "answer_meta": {"azimuth_deg": -120.2}}
{"qa_id": "qa_1f66c632b30d01aa1ce0", "split": "test", "audio_id": "foa_2cbfceea647651a38123", "audio_path": "audio/test/foa_2cbfceea647651a38123.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the speech sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.4 degrees", "canonical_answer": "-25.4 degrees", "answer_meta": {"elevation_deg": -25.4}}
{"qa_id": "qa_441fb31e75f7ee1b1bd7", "split": "test", "audio_id": "foa_3e0a4bb14838b60bc394", "audio_path": "audio/test/foa_3e0a4bb14838b60bc394.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the ocean sound originating from the left start? Answer in one sentence.", "answer": "The sound of the ocean begins at 0.6 seconds.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_07c6b65e3ca6a7f22159", "split": "test", "audio_id": "foa_5ee54a0368cd7fa1031d", "audio_path": "audio/test/foa_5ee54a0368cd7fa1031d.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the door located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "112.1 degrees", "canonical_answer": "112.1 degrees", "answer_meta": {"azimuth_deg": 112.1}}
{"qa_id": "qa_384987abd637da33705a", "split": "test", "audio_id": "foa_d2f1c97fe4580196a543", "audio_path": "audio/test/foa_d2f1c97fe4580196a543.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the insect in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_bcde2459ee397df74f89", "split": "test", "audio_id": "foa_e06c26be8c02f1467a34", "audio_path": "audio/test/foa_e06c26be8c02f1467a34.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the machine located from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.0 meters", "canonical_answer": "3.0 meters", "answer_meta": {"distance_m": 3.0}}
{"qa_id": "qa_399410831ce06fbae32c", "split": "test", "audio_id": "foa_fe851924c9ca3f913a9e", "audio_path": "audio/test/foa_fe851924c9ca3f913a9e.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the printer? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-51.3 degrees", "canonical_answer": "-51.3 degrees", "answer_meta": {"elevation_deg": -51.3}}
{"qa_id": "qa_9017588e6981f133424f", "split": "test", "audio_id": "foa_5fa8e7dc5c21377001c2", "audio_path": "audio/test/foa_5fa8e7dc5c21377001c2.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the ocean located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-65.2 degrees", "canonical_answer": "-65.2 degrees", "answer_meta": {"azimuth_deg": -65.2}}
{"qa_id": "qa_f003bdc8ee14e27f737c", "split": "test", "audio_id": "foa_158cc685cb4ae52306a9", "audio_path": "audio/test/foa_158cc685cb4ae52306a9.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound located behind the listener begin? Answer in one sentence.", "answer": "The sound source located behind the listener begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_b0f571a14b221ac9e59e", "split": "test", "audio_id": "foa_a4319d35c5f56b7a61a2", "audio_path": "audio/test/foa_a4319d35c5f56b7a61a2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from the front-left and below begin? Answer in one sentence.", "answer": "The crushing sound begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_c0bb0f11c2821a71b3f4", "split": "test", "audio_id": "foa_9ab56c13d46fd467ea07", "audio_path": "audio/test/foa_9ab56c13d46fd467ea07.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the wind instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.0 degrees", "canonical_answer": "4.0 degrees", "answer_meta": {"elevation_deg": 4.0}}
{"qa_id": "qa_34f4087198449a43b6c1", "split": "test", "audio_id": "foa_989ac820832fe5d98419", "audio_path": "audio/test/foa_989ac820832fe5d98419.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the gong in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_3d5528cd95f1ced0d7cc", "split": "test", "audio_id": "foa_341980dc3c1e7781c00a", "audio_path": "audio/test/foa_341980dc3c1e7781c00a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "4.8 degrees", "canonical_answer": "4.8 degrees", "answer_meta": {"azimuth_deg": 4.8}}
{"qa_id": "qa_345e8b135ec7ced9b10a", "split": "test", "audio_id": "foa_89245ef209bbde3e50bf", "audio_path": "audio/test/foa_89245ef209bbde3e50bf.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the machine located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-157.0 degrees", "canonical_answer": "-157.0 degrees", "answer_meta": {"azimuth_deg": -157.0}}
{"qa_id": "qa_289080a69c7a07511406", "split": "test", "audio_id": "foa_051b28016274622faec5", "audio_path": "audio/test/foa_051b28016274622faec5.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the laughter? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "18.5 degrees", "canonical_answer": "18.5 degrees", "answer_meta": {"elevation_deg": 18.5}}
{"qa_id": "qa_b17a1205a227ce1cabad", "split": "test", "audio_id": "foa_ed7865619c71755bfefb", "audio_path": "audio/test/foa_ed7865619c71755bfefb.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the guitar from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.6 meters", "canonical_answer": "2.6 meters", "answer_meta": {"distance_m": 2.6}}
{"qa_id": "qa_a1c4c9f745b8152dc529", "split": "test", "audio_id": "foa_19d0d4e54b44ec551172", "audio_path": "audio/test/foa_19d0d4e54b44ec551172.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When does the zipper sound positioned at an azimuth of 135.5 degrees and an elevation of -41.6 degrees begin? Answer in one sentence.", "answer": "The zipper source becomes active at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_9b590087a32eebb7b4a3", "split": "test", "audio_id": "foa_1561e69ae95ffcf30f50", "audio_path": "audio/test/foa_1561e69ae95ffcf30f50.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the musical instrument positioned? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-88.0 degrees", "canonical_answer": "-88.0 degrees", "answer_meta": {"azimuth_deg": -88.0}}
{"qa_id": "qa_94646abc4d35ff5553f8", "split": "test", "audio_id": "foa_447933c25686e384dd4a", "audio_path": "audio/test/foa_447933c25686e384dd4a.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the alarm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-0.1 degrees", "canonical_answer": "-0.1 degrees", "answer_meta": {"elevation_deg": -0.1}}
{"qa_id": "qa_b367461c871bd573b238", "split": "test", "audio_id": "foa_ec501bd4da97f3cb9aba", "audio_path": "audio/test/foa_ec501bd4da97f3cb9aba.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left side first begin? Answer in one sentence.", "answer": "The sound source located on the left becomes active at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_7d5b221f6d1e1204664a", "split": "test", "audio_id": "foa_f3e99910d8f48ddb838b", "audio_path": "audio/test/foa_f3e99910d8f48ddb838b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the home sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.5 meters", "canonical_answer": "1.5 meters", "answer_meta": {"distance_m": 1.5}}
{"qa_id": "qa_52c9e3b2847bbe806852", "split": "test", "audio_id": "foa_9c2194f9cd44ef3f77d9", "audio_path": "audio/test/foa_9c2194f9cd44ef3f77d9.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the male speech? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.4 degrees", "canonical_answer": "-27.4 degrees", "answer_meta": {"elevation_deg": -27.4}}
{"qa_id": "qa_1e7bc54e0962970b68f8", "split": "test", "audio_id": "foa_d2a1f66016db5ad3f225", "audio_path": "audio/test/foa_d2a1f66016db5ad3f225.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the bird located in the back-left direction begin to make sound? Answer in one sentence.", "answer": "The bird coming from the back-left starts its activity at 2.2s.", "canonical_answer": "2.2s", "answer_meta": {"onset_time": 2.2}}
{"qa_id": "qa_5c3de10893fe9def4670", "split": "test", "audio_id": "foa_07f6f50cd3fdeae85b73", "audio_path": "audio/test/foa_07f6f50cd3fdeae85b73.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the body sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.5 meters", "canonical_answer": "2.5 meters", "answer_meta": {"distance_m": 2.5}}
{"qa_id": "qa_8322ba583f83dead1ddc", "split": "test", "audio_id": "foa_faafdf9f637b7f6f6bc6", "audio_path": "audio/test/foa_faafdf9f637b7f6f6bc6.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "45.3 degrees", "canonical_answer": "45.3 degrees", "answer_meta": {"azimuth_deg": 45.3}}
{"qa_id": "qa_06fb62533225ddff7186", "split": "test", "audio_id": "foa_00d24b0dcf7d9b20fad1", "audio_path": "audio/test/foa_00d24b0dcf7d9b20fad1.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the finger snapping sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The finger snapping sound begins at 1.5s.", "canonical_answer": "1.5s", "answer_meta": {"onset_time": 1.5}}
{"qa_id": "qa_6107457477eb8c4a32ca", "split": "test", "audio_id": "foa_0340f528127ba23eed04", "audio_path": "audio/test/foa_0340f528127ba23eed04.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the drawer cabinet located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-75.5 degrees", "canonical_answer": "-75.5 degrees", "answer_meta": {"azimuth_deg": -75.5}}
{"qa_id": "qa_ee90b8d61fe78a8bdb61", "split": "test", "audio_id": "foa_b442292e7324c9107cf7", "audio_path": "audio/test/foa_b442292e7324c9107cf7.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance to the fire in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_4fdbe67a7cc4b38236e4", "split": "test", "audio_id": "foa_c65af3a34daf65038d12", "audio_path": "audio/test/foa_c65af3a34daf65038d12.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the speech located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-9.0 degrees", "canonical_answer": "-9.0 degrees", "answer_meta": {"elevation_deg": -9.0}}
{"qa_id": "qa_9cf71ec447681aeb3987", "split": "test", "audio_id": "foa_389c7bc94a9ed6489f03", "audio_path": "audio/test/foa_389c7bc94a9ed6489f03.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle are the footsteps occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-39.0 degrees", "canonical_answer": "-39.0 degrees", "answer_meta": {"elevation_deg": -39.0}}
{"qa_id": "qa_f7c323dbf59eb948c78d", "split": "test", "audio_id": "foa_054e33084f647bda9cc8", "audio_path": "audio/test/foa_054e33084f647bda9cc8.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the cooking sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-24.1 degrees", "canonical_answer": "-24.1 degrees", "answer_meta": {"azimuth_deg": -24.1}}
{"qa_id": "qa_5527b4d31b25a59f1689", "split": "test", "audio_id": "foa_a7da1d0a8009585a28e2", "audio_path": "audio/test/foa_a7da1d0a8009585a28e2.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the speech sound originating from the back-left and above start? Answer in one sentence.", "answer": "The speech sound coming from the back-left and above begins at 0.3s.", "canonical_answer": "0.3s", "answer_meta": {"onset_time": 0.3}}
{"qa_id": "qa_64918c1ae847533afd95", "split": "test", "audio_id": "foa_05bc132461f03a4290a5", "audio_path": "audio/test/foa_05bc132461f03a4290a5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. At what distance is the sound of water located? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "2.2 meters", "canonical_answer": "2.2 meters", "answer_meta": {"distance_m": 2.2}}
{"qa_id": "qa_dba60247dfc28cc49791", "split": "test", "audio_id": "foa_40273d614364e36230f8", "audio_path": "audio/test/foa_40273d614364e36230f8.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the crushing sound originating from the right and above begin? Answer in one sentence.", "answer": "The crushing sound coming from the right and above begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_ed11311f736d3eac3da2", "split": "test", "audio_id": "foa_637ed110dd9269f7a7ec", "audio_path": "audio/test/foa_637ed110dd9269f7a7ec.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-102.3 degrees", "canonical_answer": "-102.3 degrees", "answer_meta": {"azimuth_deg": -102.3}}
{"qa_id": "qa_f8b0cb142849f0418438", "split": "test", "audio_id": "foa_2d16f52a21e21abb4062", "audio_path": "audio/test/foa_2d16f52a21e21abb4062.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the water in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.0 meters", "canonical_answer": "1.0 meters", "answer_meta": {"distance_m": 1.0}}
{"qa_id": "qa_2ae2e53ce135d9681112", "split": "test", "audio_id": "foa_b8a884a13adf6eef2142", "audio_path": "audio/test/foa_b8a884a13adf6eef2142.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the train located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "28.1 degrees", "canonical_answer": "28.1 degrees", "answer_meta": {"elevation_deg": 28.1}}
{"qa_id": "qa_f98b87be273eaf60adf1", "split": "test", "audio_id": "foa_22a8b937a8a82dcff67b", "audio_path": "audio/test/foa_22a8b937a8a82dcff67b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the crackle sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-57.2 degrees", "canonical_answer": "-57.2 degrees", "answer_meta": {"azimuth_deg": -57.2}}
{"qa_id": "qa_d04d2002c2f3a5bcf70d", "split": "test", "audio_id": "foa_d879740693e5e6005fa2", "audio_path": "audio/test/foa_d879740693e5e6005fa2.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the cooking sound occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "14.4 degrees", "canonical_answer": "14.4 degrees", "answer_meta": {"elevation_deg": 14.4}}
{"qa_id": "qa_488ea0b111c97a43ec64", "split": "test", "audio_id": "foa_9f326e9fe44696c682b2", "audio_path": "audio/test/foa_9f326e9fe44696c682b2.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the gong in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.8 meters", "canonical_answer": "3.8 meters", "answer_meta": {"distance_m": 3.8}}
{"qa_id": "qa_ae9f9e68713e810bc996", "split": "test", "audio_id": "foa_46a1ab127fa780fddd8f", "audio_path": "audio/test/foa_46a1ab127fa780fddd8f.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the singing sound originating from the back-left direction begin? Answer in one sentence.", "answer": "The singing sound coming from the back-left starts at 2.5s.", "canonical_answer": "2.5s", "answer_meta": {"onset_time": 2.5}}
{"qa_id": "qa_514f7b617f0aa9df1107", "split": "test", "audio_id": "foa_0313a610ce32ca3637e1", "audio_path": "audio/test/foa_0313a610ce32ca3637e1.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the knock? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.1 meters", "canonical_answer": "3.1 meters", "answer_meta": {"distance_m": 3.1}}
{"qa_id": "qa_f913c11cdb01f7e3e42a", "split": "test", "audio_id": "foa_7fe0aea72e4189daa996", "audio_path": "audio/test/foa_7fe0aea72e4189daa996.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound source originating from the back and above first become audible? Answer in one sentence.", "answer": "The sound source from that position begins at 0.1s.", "canonical_answer": "0.1s", "answer_meta": {"onset_time": 0.1}}
{"qa_id": "qa_f7eb661bf6bf48e366fe", "split": "test", "audio_id": "foa_360bf1bc07c3723dcd1c", "audio_path": "audio/test/foa_360bf1bc07c3723dcd1c.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the guitar located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-10.4 degrees", "canonical_answer": "-10.4 degrees", "answer_meta": {"elevation_deg": -10.4}}
{"qa_id": "qa_d4b568521098bd210530", "split": "test", "audio_id": "foa_0e4cec9b3261383db21b", "audio_path": "audio/test/foa_0e4cec9b3261383db21b.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the speaker located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-166.8 degrees", "canonical_answer": "-166.8 degrees", "answer_meta": {"azimuth_deg": -166.8}}
{"qa_id": "qa_eb87d7405d8e5c34b9d7", "split": "test", "audio_id": "foa_4de1b5fa190e8df4d50b", "audio_path": "audio/test/foa_4de1b5fa190e8df4d50b.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the writing sound from the listener? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.4 meters", "canonical_answer": "3.4 meters", "answer_meta": {"distance_m": 3.4}}
{"qa_id": "qa_d155a2295665241e830a", "split": "test", "audio_id": "foa_6670188cd4168133039a", "audio_path": "audio/test/foa_6670188cd4168133039a.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the typing sound originating? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-62.6 degrees", "canonical_answer": "-62.6 degrees", "answer_meta": {"azimuth_deg": -62.6}}
{"qa_id": "qa_58a2ed656bb8b454db7f", "split": "test", "audio_id": "foa_80d95f25d9fb6f35eaa1", "audio_path": "audio/test/foa_80d95f25d9fb6f35eaa1.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the elevation of the wind instrument? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "22.9 degrees", "canonical_answer": "22.9 degrees", "answer_meta": {"elevation_deg": 22.9}}
{"qa_id": "qa_51235fb569ed5430de8a", "split": "test", "audio_id": "foa_fecbade3becb837de887", "audio_path": "audio/test/foa_fecbade3becb837de887.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the left and below begin? Answer in one sentence.", "answer": "The sound source located to the left and below becomes active at 5.2s.", "canonical_answer": "5.2s", "answer_meta": {"onset_time": 5.2}}
{"qa_id": "qa_d57e0744e0ba017a8a54", "split": "test", "audio_id": "foa_02912b55354ffef26b63", "audio_path": "audio/test/foa_02912b55354ffef26b63.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation angle is the scratch located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-11.7 degrees", "canonical_answer": "-11.7 degrees", "answer_meta": {"elevation_deg": -11.7}}
{"qa_id": "qa_b30ec6e9c73698f30c26", "split": "test", "audio_id": "foa_60d42d45c2a96a54ac92", "audio_path": "audio/test/foa_60d42d45c2a96a54ac92.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the right side begin? Answer in one sentence.", "answer": "The sound source located on the right becomes active at 4.8s.", "canonical_answer": "4.8s", "answer_meta": {"onset_time": 4.8}}
{"qa_id": "qa_a6dd269290261899bf13", "split": "test", "audio_id": "foa_54c6b7a433f536f71631", "audio_path": "audio/test/foa_54c6b7a433f536f71631.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the finger snapping occurring? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "127.3 degrees", "canonical_answer": "127.3 degrees", "answer_meta": {"azimuth_deg": 127.3}}
{"qa_id": "qa_4fc63de78a0451780869", "split": "test", "audio_id": "foa_64ecaca44e3ff68e4809", "audio_path": "audio/test/foa_64ecaca44e3ff68e4809.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the knocking sound? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.3 meters", "canonical_answer": "3.3 meters", "answer_meta": {"distance_m": 3.3}}
{"qa_id": "qa_24e2f3bea7c32b3af5a4", "split": "test", "audio_id": "foa_f4390fcb96d5fd8ba9e5", "audio_path": "audio/test/foa_f4390fcb96d5fd8ba9e5.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "3.2 meters", "canonical_answer": "3.2 meters", "answer_meta": {"distance_m": 3.2}}
{"qa_id": "qa_322189173d08b59a8c59", "split": "test", "audio_id": "foa_35e1fe48045d3714b592", "audio_path": "audio/test/foa_35e1fe48045d3714b592.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the zipper located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "92.9 degrees", "canonical_answer": "92.9 degrees", "answer_meta": {"azimuth_deg": 92.9}}
{"qa_id": "qa_d89246dc7cf15ea70cb8", "split": "test", "audio_id": "foa_94dd21e2f378a5ac8f71", "audio_path": "audio/test/foa_94dd21e2f378a5ac8f71.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-right and below begin? Answer in one sentence.", "answer": "The sound source located to the front-right and below begins at 0.6s.", "canonical_answer": "0.6s", "answer_meta": {"onset_time": 0.6}}
{"qa_id": "qa_5e5a7e5ea2b65f85a0c4", "split": "test", "audio_id": "foa_f1749c77a38dbde01e11", "audio_path": "audio/test/foa_f1749c77a38dbde01e11.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the breathing sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-20.3 degrees", "canonical_answer": "-20.3 degrees", "answer_meta": {"elevation_deg": -20.3}}
{"qa_id": "qa_52b99186c0638029fa17", "split": "test", "audio_id": "foa_a5a262151e976e4dd94f", "audio_path": "audio/test/foa_a5a262151e976e4dd94f.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. What is the distance of the speech source in meters? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "1.8 meters", "canonical_answer": "1.8 meters", "answer_meta": {"distance_m": 1.8}}
{"qa_id": "qa_54b37c1cc3441964f59e", "split": "test", "audio_id": "foa_67a72b9c374712b3eea5", "audio_path": "audio/test/foa_67a72b9c374712b3eea5.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the string instrument positioned to the right of the center start playing? Answer in one sentence.", "answer": "The string instrument begins playing at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_5305ad47aba1cf317332", "split": "test", "audio_id": "foa_871af9ee72f33691e685", "audio_path": "audio/test/foa_871af9ee72f33691e685.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what azimuth is the dog located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-59.1 degrees", "canonical_answer": "-59.1 degrees", "answer_meta": {"azimuth_deg": -59.1}}
{"qa_id": "qa_2607233778929163f214", "split": "test", "audio_id": "foa_c26f3b8c92ed96677f67", "audio_path": "audio/test/foa_c26f3b8c92ed96677f67.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the thunderstorm located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-27.0 degrees", "canonical_answer": "-27.0 degrees", "answer_meta": {"elevation_deg": -27.0}}
{"qa_id": "qa_aa32f12d569e806ba254", "split": "test", "audio_id": "foa_cc981a091a805025dd6d", "audio_path": "audio/test/foa_cc981a091a805025dd6d.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front-left and below start? Answer in one sentence.", "answer": "The sound source located in front and below begins at 0.0s.", "canonical_answer": "0.0s", "answer_meta": {"onset_time": 0.0}}
{"qa_id": "qa_b8a2bd1af071fe23622e", "split": "test", "audio_id": "foa_029267efe2677e2e1e39", "audio_path": "audio/test/foa_029267efe2677e2e1e39.wav", "task_name": "estimate_distance", "question_class": "distance", "answer_format": "meters", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. How far away is the speaker? Answer in one sentence. Report the final distance in meters. Give a numeric estimate rather than a category.", "answer": "0.8 meters", "canonical_answer": "0.8 meters", "answer_meta": {"distance_m": 0.8}}
{"qa_id": "qa_8365f637bef648191b6b", "split": "test", "audio_id": "foa_f37c58efd64d39a1a0b1", "audio_path": "audio/test/foa_f37c58efd64d39a1a0b1.wav", "task_name": "estimate_azimuth", "question_class": "azimuth", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the azimuth of the body sound? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-112.4 degrees", "canonical_answer": "-112.4 degrees", "answer_meta": {"azimuth_deg": -112.4}}
{"qa_id": "qa_00470e41a5b12238e802", "split": "test", "audio_id": "foa_28ccc8d1111b4d50ee52", "audio_path": "audio/test/foa_28ccc8d1111b4d50ee52.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation in degrees is the breathing sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "19.5 degrees", "canonical_answer": "19.5 degrees", "answer_meta": {"elevation_deg": 19.5}}
{"qa_id": "qa_f37b03b81de9a2705a5c", "split": "test", "audio_id": "foa_d1d7c9f2a32c433bdc5b", "audio_path": "audio/test/foa_d1d7c9f2a32c433bdc5b.wav", "task_name": "estimate_elevation", "question_class": "elevation", "answer_format": "degrees", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what elevation is the body sound located? Answer in one sentence. Report the final angle in degrees. Give a numeric estimate rather than a category.", "answer": "-25.0 degrees", "canonical_answer": "-25.0 degrees", "answer_meta": {"elevation_deg": -25.0}}
{"qa_id": "qa_a9d36a8085bd4219935f", "split": "test", "audio_id": "foa_bdb60f631533509f1821", "audio_path": "audio/test/foa_bdb60f631533509f1821.wav", "task_name": "onset_from_location", "question_class": "reasoning", "answer_format": "time", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At what time does the sound originating from the front begin? Answer in one sentence.", "answer": "The sound source located in the front becomes active at 5.4s.", "canonical_answer": "5.4s", "answer_meta": {"onset_time": 5.4}}
{"qa_id": "qa_8c72fa79b1d6fa30e273", "split": "test", "audio_id": "foa_36be874933acb0b5af66", "audio_path": "audio/test/foa_36be874933acb0b5af66.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_33cc16e617f9316a81d8", "split": "test", "audio_id": "foa_b3b69293199d8b68c491", "audio_path": "audio/test/foa_b3b69293199d8b68c491.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 1.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The string instrument is heard from front-left and above during 0.0s to 1.3s.", "canonical_answer": "string instrument from front-left and above.", "answer_meta": {"time_span": [0.0, 1.3]}}
{"qa_id": "qa_8707bc92250eaf477a15", "split": "test", "audio_id": "foa_29d1fe88e70181f88ea7", "audio_path": "audio/test/foa_29d1fe88e70181f88ea7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bird and the knock, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The knock is positioned at a higher elevation than the bird.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_93d553cba43f41e42161", "split": "test", "audio_id": "foa_1a37b785557cf6e95ff9", "audio_path": "audio/test/foa_1a37b785557cf6e95ff9.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the back-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the back-left says, \"Under the altar, but.\"", "canonical_answer": "Under the altar, but.", "answer_meta": {}}
{"qa_id": "qa_c23e15d5c8247c98d231", "split": "test", "audio_id": "foa_44e5c481f2533e830170", "audio_path": "audio/test/foa_44e5c481f2533e830170.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to fire, is crack on the left or on the right? Answer in one sentence.", "answer": "crack is to the right of fire.", "canonical_answer": "crack is to the right of fire.", "answer_meta": {}}
{"qa_id": "qa_6141a8a498607e5c79c4", "split": "test", "audio_id": "foa_619b92e086a5c2e6e433", "audio_path": "audio/test/foa_619b92e086a5c2e6e433.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the frog and the tape, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The tape is closer to the listener than the frog.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_29f4e1edfc3b4d02ae11", "split": "test", "audio_id": "foa_f3f7e26f6127e3266b97", "audio_path": "audio/test/foa_f3f7e26f6127e3266b97.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is car to the left or right of guitar? Answer in one sentence.", "answer": "car is to the right of guitar.", "canonical_answer": "car is to the right of guitar.", "answer_meta": {}}
{"qa_id": "qa_7d8c6572587ff10462ff", "split": "test", "audio_id": "foa_5b90417ce1710c839116", "audio_path": "audio/test/foa_5b90417ce1710c839116.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the gong and the laughter, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The laughter is closer to the listener than the gong.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_163f5ac36e372b2c68ea", "split": "test", "audio_id": "foa_82844ef2eece9a66e66e", "audio_path": "audio/test/foa_82844ef2eece9a66e66e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_d892ae0b34cdd3e3cd6a", "split": "test", "audio_id": "foa_d5cf34f73883f1da7208", "audio_path": "audio/test/foa_d5cf34f73883f1da7208.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the aircraft and the paper, which one is located at a higher elevation? Answer in one sentence.", "answer": "The aircraft is positioned at a higher elevation than the paper.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_007126436428928e68dd", "split": "test", "audio_id": "foa_579bc6b7061e84e08edf", "audio_path": "audio/test/foa_579bc6b7061e84e08edf.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 8.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The scratch is heard from front and above during 0.0s to 8.3s.", "canonical_answer": "scratch from front and above.", "answer_meta": {"time_span": [0.0, 8.3]}}
{"qa_id": "qa_e8c3b37487664d37ccb0", "split": "test", "audio_id": "foa_00f096343be2fbf7386b", "audio_path": "audio/test/foa_00f096343be2fbf7386b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located in front say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front said, \"Illustration Rusks.\"", "canonical_answer": "Illustration Rusks.", "answer_meta": {}}
{"qa_id": "qa_4309f22cb691f541967f", "split": "test", "audio_id": "foa_fec69c61e46b2dde3e5b", "audio_path": "audio/test/foa_fec69c61e46b2dde3e5b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The metal clink is heard from right and below during 0.3s to 20.0s.", "canonical_answer": "metal clink from right and below.", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_5459d4c84a373080d516", "split": "test", "audio_id": "foa_49297265c8d92062b28f", "audio_path": "audio/test/foa_49297265c8d92062b28f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_931bc676aeb9799bc4df", "split": "test", "audio_id": "foa_a79a5b7cbac5ccfa6bb4", "audio_path": "audio/test/foa_a79a5b7cbac5ccfa6bb4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the aircraft or the knock located closer to the listener? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the knock.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_74e7336af6ffc1d426e8", "split": "test", "audio_id": "foa_f727b8f04cc39f63cb76", "audio_path": "audio/test/foa_f727b8f04cc39f63cb76.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the printer or the singing? Answer in one sentence.", "answer": "The printer is located at a higher elevation than the singing.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_d1ae95b2fc16fe41669b", "split": "test", "audio_id": "foa_7a23afb237eacf03ad35", "audio_path": "audio/test/foa_7a23afb237eacf03ad35.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is thunderstorm to the left or right of war sound? Answer in one sentence.", "answer": "thunderstorm is to the right of war sound.", "canonical_answer": "thunderstorm is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_2b0b23828370bc22dd95", "split": "test", "audio_id": "foa_9af40320654de8d8364f", "audio_path": "audio/test/foa_9af40320654de8d8364f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned behind the listener say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the back said, \"But, I shall spare her.\"", "canonical_answer": "But, I shall spare her.", "answer_meta": {}}
{"qa_id": "qa_3de1b34b3ac465c0d26e", "split": "test", "audio_id": "foa_58d2a4d9c974c51f1c88", "audio_path": "audio/test/foa_58d2a4d9c974c51f1c88.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 13.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from left during 0.3s to 13.0s.", "canonical_answer": "speech from left.", "answer_meta": {"time_span": [0.3, 13.0]}}
{"qa_id": "qa_4a74852e6e6b1ccc76fb", "split": "test", "audio_id": "foa_4f798ab4549a1b509828", "audio_path": "audio/test/foa_4f798ab4549a1b509828.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_9c19c3fea981e9cc96cf", "split": "test", "audio_id": "foa_f4e4ea37da508b0ee2f2", "audio_path": "audio/test/foa_f4e4ea37da508b0ee2f2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the telephone alarm located at a higher elevation? Answer in one sentence.", "answer": "The dog is located at a higher elevation than the telephone alarm.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_e4c667c2d91f6dd03796", "split": "test", "audio_id": "foa_b26914b617b9faf25fde", "audio_path": "audio/test/foa_b26914b617b9faf25fde.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the car and the metal clink, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The car is closer to the listener than the metal clink.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_8e56aab836b226ddcfa5", "split": "test", "audio_id": "foa_6e4f323dc0ee05ddcefa", "audio_path": "audio/test/foa_6e4f323dc0ee05ddcefa.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is metal clink on the left or on the right? Answer in one sentence.", "answer": "metal clink is to the right of tearing.", "canonical_answer": "metal clink is to the right of tearing.", "answer_meta": {}}
{"qa_id": "qa_68918dc7afd462141212", "split": "test", "audio_id": "foa_26175d94380c52cf7e33", "audio_path": "audio/test/foa_26175d94380c52cf7e33.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front said, \"But as for this here, child b.\"", "canonical_answer": "But as for this here, child b.", "answer_meta": {}}
{"qa_id": "qa_5c8b5fdeebc433dc4da9", "split": "test", "audio_id": "foa_92dae4e6e957907fb184", "audio_path": "audio/test/foa_92dae4e6e957907fb184.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the ocean and the train, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The train is located at a higher elevation than the ocean.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_f971ac9c998434602f30", "split": "test", "audio_id": "foa_c03f1e53fab82ba3e645", "audio_path": "audio/test/foa_c03f1e53fab82ba3e645.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located in front say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Passion is, and always, has been deaf.\"", "canonical_answer": "Passion is, and always, has been deaf.", "answer_meta": {}}
{"qa_id": "qa_f43547c226beeb1c2491", "split": "test", "audio_id": "foa_7fdfa128eab8f00b0e88", "audio_path": "audio/test/foa_7fdfa128eab8f00b0e88.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 5.0s to 13.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The ocean is heard from left and below during 5.0s to 13.1s.", "canonical_answer": "ocean from left and below.", "answer_meta": {"time_span": [5.0, 13.1]}}
{"qa_id": "qa_0d9d2b66a9921976038e", "split": "test", "audio_id": "foa_d4f80e81b656ee83dbdb", "audio_path": "audio/test/foa_d4f80e81b656ee83dbdb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to guitar, is gong on the left or on the right? Answer in one sentence.", "answer": "gong is to the left of guitar.", "canonical_answer": "gong is to the left of guitar.", "answer_meta": {}}
{"qa_id": "qa_6c6dfb07a9c8c02092cc", "split": "test", "audio_id": "foa_5ed874d8de7c93dfe9cb", "audio_path": "audio/test/foa_5ed874d8de7c93dfe9cb.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_0e4598b172d682850313", "split": "test", "audio_id": "foa_3387d42427a1090fa9db", "audio_path": "audio/test/foa_3387d42427a1090fa9db.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the female speech, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The female speech is closer to the listener than the dog.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_6a388e5909bfe4a6725b", "split": "test", "audio_id": "foa_c63c40d3ea1b82ce52d1", "audio_path": "audio/test/foa_c63c40d3ea1b82ce52d1.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back said, \"Youth ambitious as thinking honours easy to be had.\"", "canonical_answer": "Youth ambitious as thinking honours easy to be had.", "answer_meta": {}}
{"qa_id": "qa_e9130aa0d989673b61e8", "split": "test", "audio_id": "foa_52b8f8de6cc59f0e150c", "audio_path": "audio/test/foa_52b8f8de6cc59f0e150c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from front-left during 0.4s to 7.2s.", "canonical_answer": "speech from front-left.", "answer_meta": {"time_span": [0.4, 7.2]}}
{"qa_id": "qa_ac6b0d473f282e28c63b", "split": "test", "audio_id": "foa_43eb9178077d55d253ef", "audio_path": "audio/test/foa_43eb9178077d55d253ef.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the frog and the paper, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The frog is closer to the listener than the paper.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_f7d1f50d8e3eaa37bd97", "split": "test", "audio_id": "foa_ee8065fcd14288b8713b", "audio_path": "audio/test/foa_ee8065fcd14288b8713b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is aircraft.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_bc00b9d05fb5eba22a88", "split": "test", "audio_id": "foa_33d80d7a421d286c1f2f", "audio_path": "audio/test/foa_33d80d7a421d286c1f2f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to male speech, is female speech on the left or on the right? Answer in one sentence.", "answer": "female speech is to the right of male speech.", "canonical_answer": "female speech is to the right of male speech.", "answer_meta": {}}
{"qa_id": "qa_f2103a5d892236f00662", "split": "test", "audio_id": "foa_f5fbb6ba424dbfa1eaba", "audio_path": "audio/test/foa_f5fbb6ba424dbfa1eaba.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the door and the singing, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The door is higher in elevation than the singing.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_c43370d5647e51886613", "split": "test", "audio_id": "foa_f573a5c2ead6278147e2", "audio_path": "audio/test/foa_f573a5c2ead6278147e2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cat and the clock, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The clock is closer to the listener than the cat.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_7da8ced7b22963e88678", "split": "test", "audio_id": "foa_470918bce25a1a8593bb", "audio_path": "audio/test/foa_470918bce25a1a8593bb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the crackle, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The crackle is positioned at a higher elevation than the car.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_f773e3ada0d41ea709ba", "split": "test", "audio_id": "foa_cf068cb9376a902c1a59", "audio_path": "audio/test/foa_cf068cb9376a902c1a59.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is tearing to the left or right of war sound? Answer in one sentence.", "answer": "tearing is to the left of war sound.", "canonical_answer": "tearing is to the left of war sound.", "answer_meta": {}}
{"qa_id": "qa_683a5bfae796b48ff1f2", "split": "test", "audio_id": "foa_8ab6bc97f862c7b10824", "audio_path": "audio/test/foa_8ab6bc97f862c7b10824.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back said, \"Who may condemn his superstition.\"", "canonical_answer": "Who may condemn his superstition.", "answer_meta": {}}
{"qa_id": "qa_0ccf3d06b33f0b0f3f6f", "split": "test", "audio_id": "foa_7c3397e26fd97aaa8acd", "audio_path": "audio/test/foa_7c3397e26fd97aaa8acd.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the laughter occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The laughter is heard from back-left and above during 3.3s to 5.9s.", "canonical_answer": "laughter from back-left and above.", "answer_meta": {"time_span": [3.3, 5.9]}}
{"qa_id": "qa_6f058e6f14ee1d828332", "split": "test", "audio_id": "foa_e661b08c112539fa3edf", "audio_path": "audio/test/foa_e661b08c112539fa3edf.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_452174a26b0524002979", "split": "test", "audio_id": "foa_f748c27818b202f16dac", "audio_path": "audio/test/foa_f748c27818b202f16dac.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the rain and the train, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The train is located at a higher elevation than the rain.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_65c3b6a3a08e610f391f", "split": "test", "audio_id": "foa_5f18312635c4e775eeee", "audio_path": "audio/test/foa_5f18312635c4e775eeee.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 6.8s to 12.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The thunderstorm is heard from back-left during 6.8s to 12.5s.", "canonical_answer": "thunderstorm from back-left.", "answer_meta": {"time_span": [6.8, 12.5]}}
{"qa_id": "qa_d926d05c06d9fe85a99b", "split": "test", "audio_id": "foa_1774a7a82e8b8241e735", "audio_path": "audio/test/foa_1774a7a82e8b8241e735.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"I took it out, said Leslie. took it out.\"", "canonical_answer": "I took it out, said Leslie. took it out.", "answer_meta": {}}
{"qa_id": "qa_aac9addde46a7ec9b99b", "split": "test", "audio_id": "foa_cb4abf940a734d181206", "audio_path": "audio/test/foa_cb4abf940a734d181206.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the guitar and the metal clink, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The metal clink is closer to the listener than the guitar.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_6f36a758c9e86575b3e1", "split": "test", "audio_id": "foa_2852d5140264c0a330a7", "audio_path": "audio/test/foa_2852d5140264c0a330a7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to zipper, is alarm on the left or on the right? Answer in one sentence.", "answer": "alarm is to the left of zipper.", "canonical_answer": "alarm is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_4dbff578473a9a2a5d88", "split": "test", "audio_id": "foa_c0ba0aaff01fcd32a1cd", "audio_path": "audio/test/foa_c0ba0aaff01fcd32a1cd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_b425a34826a8dc6c4e2a", "split": "test", "audio_id": "foa_4c71469d9beb5d27ad61", "audio_path": "audio/test/foa_4c71469d9beb5d27ad61.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to printer, is metal clink on the left or on the right? Answer in one sentence.", "answer": "metal clink is to the left of printer.", "canonical_answer": "metal clink is to the left of printer.", "answer_meta": {}}
{"qa_id": "qa_c762e6d190a6369bea6e", "split": "test", "audio_id": "foa_f6a1403708baad704329", "audio_path": "audio/test/foa_f6a1403708baad704329.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drawer cabinet and the thunderstorm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The thunderstorm is closer to the listener than the drawer cabinet.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_40fe15d28e42c89c38b4", "split": "test", "audio_id": "foa_be4292e8d20209283cf9", "audio_path": "audio/test/foa_be4292e8d20209283cf9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b33c56e32735a0563caa", "split": "test", "audio_id": "foa_dce7b95d8ac3a35b1d87", "audio_path": "audio/test/foa_dce7b95d8ac3a35b1d87.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"And when Geraint came to the place where Guenever was, he saluted her.\"", "canonical_answer": "And when Geraint came to the place where Guenever was, he saluted her.", "answer_meta": {}}
{"qa_id": "qa_022bbca6244e8f2a3e2d", "split": "test", "audio_id": "foa_31b7b916ea14d1a6deb8", "audio_path": "audio/test/foa_31b7b916ea14d1a6deb8.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, cooking or singing? Answer in one sentence.", "answer": "The cooking sound source is at a higher elevation than the singing source.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_048584513c675827c304", "split": "test", "audio_id": "foa_4bd2cc0ab67895b19496", "audio_path": "audio/test/foa_4bd2cc0ab67895b19496.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 2.4s to 11.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The tearing is heard from front and above during 2.4s to 11.1s.", "canonical_answer": "tearing from front and above.", "answer_meta": {"time_span": [2.4, 11.1]}}
{"qa_id": "qa_9e5869eb1c5d80c7388c", "split": "test", "audio_id": "foa_6bb5017797c5f160736c", "audio_path": "audio/test/foa_6bb5017797c5f160736c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the typing or the water? Answer in one sentence.", "answer": "The water is situated at a higher elevation than the typing.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_e737545d92db022386f3", "split": "test", "audio_id": "foa_35d410ce674cf44c9526", "audio_path": "audio/test/foa_35d410ce674cf44c9526.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the human vocalization and the war sound, which source is located closer to the listener? Answer in one sentence.", "answer": "The human vocalization is closer to the listener than the war sound.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_beafcc349dc1118a66de", "split": "test", "audio_id": "foa_fd28a2bf8f0ed51d14c0", "audio_path": "audio/test/foa_fd28a2bf8f0ed51d14c0.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech content originating from the back-right position? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The voice coming from the back-right says, \"A voice inquired. Who's there.\"", "canonical_answer": "A voice inquired. Who's there.", "answer_meta": {}}
{"qa_id": "qa_85d22bc1ca7f09a8d47f", "split": "test", "audio_id": "foa_30499d7d9e0424daea60", "audio_path": "audio/test/foa_30499d7d9e0424daea60.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_dbbd2f99d89dad66649b", "split": "test", "audio_id": "foa_77c3da3231933fa47e8a", "audio_path": "audio/test/foa_77c3da3231933fa47e8a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is body sound to the left or right of singing? Answer in one sentence.", "answer": "body sound is to the left of singing.", "canonical_answer": "body sound is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_9544c35e428344ad62f3", "split": "test", "audio_id": "foa_6fe158093ca6a252719a", "audio_path": "audio/test/foa_6fe158093ca6a252719a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the insect occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The insect is heard from back-right and above during 0.0s to 20.0s.", "canonical_answer": "insect from back-right and above.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_f66b491b50b7834873c8", "split": "test", "audio_id": "foa_001804041f20ac0ed331", "audio_path": "audio/test/foa_001804041f20ac0ed331.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to glass, is footsteps on the left or on the right? Answer in one sentence.", "answer": "footsteps is to the right of glass.", "canonical_answer": "footsteps is to the right of glass.", "answer_meta": {}}
{"qa_id": "qa_a65faa4c9a728d5fbfea", "split": "test", "audio_id": "foa_d74f6a51c64bd728f18d", "audio_path": "audio/test/foa_d74f6a51c64bd728f18d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the vehicle occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The vehicle is heard from front and below during 0.0s to 1.7s.", "canonical_answer": "vehicle from front and below.", "answer_meta": {"time_span": [0.0, 1.7]}}
{"qa_id": "qa_bc8d62ea44dc017546b1", "split": "test", "audio_id": "foa_ca6b5101a1765a9cb305", "audio_path": "audio/test/foa_ca6b5101a1765a9cb305.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the alarm or the vehicle? Answer in one sentence.", "answer": "The vehicle is located at a higher elevation than the alarm.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_03454953b5c1b030edef", "split": "test", "audio_id": "foa_e2e0ab804a88fd53d265", "audio_path": "audio/test/foa_e2e0ab804a88fd53d265.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the knock and the vehicle, which source is located closer to the listener? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the knock.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_a707d3ec462233eb1873", "split": "test", "audio_id": "foa_8bf9172878d6baeffe7b", "audio_path": "audio/test/foa_8bf9172878d6baeffe7b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"Thus, the calf was unable to struggle.\"", "canonical_answer": "Thus, the calf was unable to struggle.", "answer_meta": {}}
{"qa_id": "qa_b94954684d2ce8467760", "split": "test", "audio_id": "foa_2ce5a9b37356aaef5dd1", "audio_path": "audio/test/foa_2ce5a9b37356aaef5dd1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_2e78da33bf5d762836e5", "split": "test", "audio_id": "foa_4c6547b505c48d607b5f", "audio_path": "audio/test/foa_4c6547b505c48d607b5f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the singing or the wind instrument located at a higher elevation? Answer in one sentence.", "answer": "The singing is located at a higher elevation than the wind instrument.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_4b7fc659bb608e694820", "split": "test", "audio_id": "foa_7c00b34ef167c4c9c76c", "audio_path": "audio/test/foa_7c00b34ef167c4c9c76c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the cooking occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The cooking is heard from back and below during 1.3s to 12.8s.", "canonical_answer": "cooking from back and below.", "answer_meta": {"time_span": [1.3, 12.8]}}
{"qa_id": "qa_b21400a631b50806c61e", "split": "test", "audio_id": "foa_a428c56ee30d403b8001", "audio_path": "audio/test/foa_a428c56ee30d403b8001.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drawer cabinet and the keyboard instrument, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The drawer cabinet is the sound source that is closer to the listener.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_7a8bfdd329f5c184b3ac", "split": "test", "audio_id": "foa_7a39ee3fb13c05f067ce", "audio_path": "audio/test/foa_7a39ee3fb13c05f067ce.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the back-left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-left said, \"Yes, not at all well.\"", "canonical_answer": "Yes, not at all well.", "answer_meta": {}}
{"qa_id": "qa_432d5098caa4249cd9e4", "split": "test", "audio_id": "foa_c30b8ca4b400b8aa8af1", "audio_path": "audio/test/foa_c30b8ca4b400b8aa8af1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_dd9d828a4274803e6807", "split": "test", "audio_id": "foa_9dbae85eac7b526cbbb3", "audio_path": "audio/test/foa_9dbae85eac7b526cbbb3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to home sound, is door on the left or on the right? Answer in one sentence.", "answer": "door is to the right of home sound.", "canonical_answer": "door is to the right of home sound.", "answer_meta": {}}
{"qa_id": "qa_366a8974a7ce48666a39", "split": "test", "audio_id": "foa_ff453e6ac444d52dd9c3", "audio_path": "audio/test/foa_ff453e6ac444d52dd9c3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drum to the left or right of wind instrument? Answer in one sentence.", "answer": "drum is to the left of wind instrument.", "canonical_answer": "drum is to the left of wind instrument.", "answer_meta": {}}
{"qa_id": "qa_effe0b06b719bb66c7b7", "split": "test", "audio_id": "foa_483fdc224cea4bae49fb", "audio_path": "audio/test/foa_483fdc224cea4bae49fb.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 3.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The singing is heard from front-right and above during 0.0s to 3.4s.", "canonical_answer": "singing from front-right and above.", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_a3061db0bc350b217097", "split": "test", "audio_id": "foa_3d57c2f0f7ef08366758", "audio_path": "audio/test/foa_3d57c2f0f7ef08366758.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal sound and the finger snapping, which one is located closer to the listener? Answer in one sentence.", "answer": "The animal is closer to the listener than the finger snapping.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_c5da6c898b365a81e2ff", "split": "test", "audio_id": "foa_19627be0100f2963d9f6", "audio_path": "audio/test/foa_19627be0100f2963d9f6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_06714386de02baf85fe2", "split": "test", "audio_id": "foa_7b067a9d772583297d0a", "audio_path": "audio/test/foa_7b067a9d772583297d0a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cat and the wind, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The wind is positioned at a higher elevation than the cat.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_ba16f7ae55915ffdb36d", "split": "test", "audio_id": "foa_48c746499f7c8a65a39a", "audio_path": "audio/test/foa_48c746499f7c8a65a39a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left is saying, \"Here again, we see the presence of a myth.\"", "canonical_answer": "Here again, we see the presence of a myth.", "answer_meta": {}}
{"qa_id": "qa_8b29aaa43244794e2f07", "split": "test", "audio_id": "foa_5e1fddd07e1511a95e33", "audio_path": "audio/test/foa_5e1fddd07e1511a95e33.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the male speech or the printer located at a higher elevation? Answer in one sentence.", "answer": "The male speech is located at a higher elevation than the printer.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_916c736f1dcb9251f7b4", "split": "test", "audio_id": "foa_4cc72e1f2daa094e974a", "audio_path": "audio/test/foa_4cc72e1f2daa094e974a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned to the right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right said, \"The barrels can be filled with water, and every one's bottle.\"", "canonical_answer": "The barrels can be filled with water, and every one's bottle.", "answer_meta": {}}
{"qa_id": "qa_959d4ed7df041d08ad23", "split": "test", "audio_id": "foa_f2f6ec70a21dd7dbdcfa", "audio_path": "audio/test/foa_f2f6ec70a21dd7dbdcfa.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.9s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The vehicle is heard from front-left and above during 0.9s to 20.0s.", "canonical_answer": "vehicle from front-left and above.", "answer_meta": {"time_span": [0.9, 20.0]}}
{"qa_id": "qa_7f7e4ad0ed3fe5594722", "split": "test", "audio_id": "foa_848c2e3ff2958c5d9a32", "audio_path": "audio/test/foa_848c2e3ff2958c5d9a32.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the keyboard instrument and the paper, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The paper is the source located closer to the listener.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_46cdcfa32f22725c8cdc", "split": "test", "audio_id": "foa_9c2213bdc676fef8cece", "audio_path": "audio/test/foa_9c2213bdc676fef8cece.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_0a59778200e1831042e2", "split": "test", "audio_id": "foa_d29e8fb3b90e0e182e52", "audio_path": "audio/test/foa_d29e8fb3b90e0e182e52.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is door to the left or right of rain? Answer in one sentence.", "answer": "door is to the left of rain.", "canonical_answer": "door is to the left of rain.", "answer_meta": {}}
{"qa_id": "qa_aef7bc7052c4d6a37cff", "split": "test", "audio_id": "foa_4890854b0812e910a57a", "audio_path": "audio/test/foa_4890854b0812e910a57a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 10.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back-right and below during 0.6s to 10.3s.", "canonical_answer": "speech from back-right and below.", "answer_meta": {"time_span": [0.6, 10.3]}}
{"qa_id": "qa_a89ce5f8ff7de8bc064e", "split": "test", "audio_id": "foa_a00826dad756fed2bc96", "audio_path": "audio/test/foa_a00826dad756fed2bc96.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to glass, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the right of glass.", "canonical_answer": "clock is to the right of glass.", "answer_meta": {}}
{"qa_id": "qa_e84d3ed91ef1c2ac382f", "split": "test", "audio_id": "foa_ba1f82e1095777a4ddd6", "audio_path": "audio/test/foa_ba1f82e1095777a4ddd6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_62a69556fcaf1261a06d", "split": "test", "audio_id": "foa_8e0e34690937294e80f1", "audio_path": "audio/test/foa_8e0e34690937294e80f1.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the writing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The writing is at a higher elevation than the footsteps.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_917fce93263bc381832c", "split": "test", "audio_id": "foa_89928510dd66cbfbaf6c", "audio_path": "audio/test/foa_89928510dd66cbfbaf6c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the keyboard instrument and the scratch, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The keyboard instrument is the source located closer to the listener.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_cef02861f3eaf11a3d41", "split": "test", "audio_id": "foa_1d344ad834cc4a2a05fa", "audio_path": "audio/test/foa_1d344ad834cc4a2a05fa.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"What has happened, Anne.\"", "canonical_answer": "What has happened, Anne.", "answer_meta": {}}
{"qa_id": "qa_7a8cad7cde0cafb51409", "split": "test", "audio_id": "foa_db5de5472d09cb358a74", "audio_path": "audio/test/foa_db5de5472d09cb358a74.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the alarm or the machine located closer to the listener? Answer in one sentence.", "answer": "The machine is located closer to the listener than the alarm.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_3ceccef7d849a2e50c3a", "split": "test", "audio_id": "foa_2c4ccf9bf1f803bbb6e5", "audio_path": "audio/test/foa_2c4ccf9bf1f803bbb6e5.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to speech, is body sound on the left or on the right? Answer in one sentence.", "answer": "body sound is to the left of speech.", "canonical_answer": "body sound is to the left of speech.", "answer_meta": {}}
{"qa_id": "qa_dad46f3cbba3f3a41aa6", "split": "test", "audio_id": "foa_370c9c6a52f6483e5802", "audio_path": "audio/test/foa_370c9c6a52f6483e5802.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the back-right position saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"Her father is a most remarkable person, to say the least.\"", "canonical_answer": "Her father is a most remarkable person, to say the least.", "answer_meta": {}}
{"qa_id": "qa_24b3df5532953b7bdbd2", "split": "test", "audio_id": "foa_024c0e3eabbf68916ac1", "audio_path": "audio/test/foa_024c0e3eabbf68916ac1.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 0.3s, what source is active and where is it located? Answer in one sentence.", "answer": "The drum is heard from back and below during 0.0s to 0.3s.", "canonical_answer": "drum from back and below.", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_800fc4a2e9024dd19c60", "split": "test", "audio_id": "foa_7cf422b8d5688a0ced0d", "audio_path": "audio/test/foa_7cf422b8d5688a0ced0d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the knock and the tearing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The knock is positioned at a higher elevation than the tearing.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_aa114505bb461859d821", "split": "test", "audio_id": "foa_8a8eead2f5df36c61233", "audio_path": "audio/test/foa_8a8eead2f5df36c61233.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_b60bc233c30fefb4b11a", "split": "test", "audio_id": "foa_d5d268363b297ae67bdb", "audio_path": "audio/test/foa_d5d268363b297ae67bdb.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_f8b146e930798e3b70a6", "split": "test", "audio_id": "foa_57f62bc183d745f70549", "audio_path": "audio/test/foa_57f62bc183d745f70549.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the typing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The typing is heard from front-right during 0.0s to 5.7s.", "canonical_answer": "typing from front-right.", "answer_meta": {"time_span": [0.0, 5.7]}}
{"qa_id": "qa_252f1660e82cd92c306f", "split": "test", "audio_id": "foa_154f2e016f41e3694647", "audio_path": "audio/test/foa_154f2e016f41e3694647.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the human vocalization and the speech, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The speech is closer to the listener than the human vocalization.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_b481de3a99c9cb440da7", "split": "test", "audio_id": "foa_7137f13b1ca80de94fc3", "audio_path": "audio/test/foa_7137f13b1ca80de94fc3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-left stated, \"Grown up people create science.\"", "canonical_answer": "Grown up people create science.", "answer_meta": {}}
{"qa_id": "qa_47d6b3b27c392dd67a89", "split": "test", "audio_id": "foa_8e109f77683ba4407c17", "audio_path": "audio/test/foa_8e109f77683ba4407c17.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the machine or the scratch? Answer in one sentence.", "answer": "The scratch is at a higher elevation than the machine.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_4f85ffc4661a3eee4d04", "split": "test", "audio_id": "foa_6a873dc01bb291723872", "audio_path": "audio/test/foa_6a873dc01bb291723872.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is paper to the left or right of thunderstorm? Answer in one sentence.", "answer": "paper is to the left of thunderstorm.", "canonical_answer": "paper is to the left of thunderstorm.", "answer_meta": {}}
{"qa_id": "qa_ac905b29286b2ee370bb", "split": "test", "audio_id": "foa_0b9396105b38cb7b015d", "audio_path": "audio/test/foa_0b9396105b38cb7b015d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_71158fed6a21dff33033", "split": "test", "audio_id": "foa_502dd8c984d0140e5fd9", "audio_path": "audio/test/foa_502dd8c984d0140e5fd9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 15.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The paper is heard from front-left and above during 0.0s to 15.2s.", "canonical_answer": "paper from front-left and above.", "answer_meta": {"time_span": [0.0, 15.2]}}
{"qa_id": "qa_aab60ac11d61ea35ef2e", "split": "test", "audio_id": "foa_b425c79ab7f04ff9a877", "audio_path": "audio/test/foa_b425c79ab7f04ff9a877.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the camera or the crushing sound? Answer in one sentence.", "answer": "The camera is at a higher elevation than the crushing sound.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_52a8eba71dd414ffe1ea", "split": "test", "audio_id": "foa_cafbc161be79cd3c3488", "audio_path": "audio/test/foa_cafbc161be79cd3c3488.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the source at azimuth=-52.7 degrees, elevation=-1.4 degrees? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at that location said, \"Then, darkness, like death.\"", "canonical_answer": "Then, darkness, like death.", "answer_meta": {}}
{"qa_id": "qa_e44940c84df91a392ad7", "split": "test", "audio_id": "foa_eef537b3a107644b06a7", "audio_path": "audio/test/foa_eef537b3a107644b06a7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the printer and the wood, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The printer is the closer sound source to the listener.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_421fa93082a507992dc7", "split": "test", "audio_id": "foa_00a1b5369c12cc140d7e", "audio_path": "audio/test/foa_00a1b5369c12cc140d7e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is camera to the left or right of water? Answer in one sentence.", "answer": "camera is to the right of water.", "canonical_answer": "camera is to the right of water.", "answer_meta": {}}
{"qa_id": "qa_cf617b9db4dfe39257dc", "split": "test", "audio_id": "foa_4ed5857c5af340ad3d01", "audio_path": "audio/test/foa_4ed5857c5af340ad3d01.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the speech or the telephone alarm? Answer in one sentence.", "answer": "The speech is located closer to the listener than the telephone alarm.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f4c29c0bae8bd9df523e", "split": "test", "audio_id": "foa_5bb65910753012cf221f", "audio_path": "audio/test/foa_5bb65910753012cf221f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the car or the train positioned at a higher elevation? Answer in one sentence.", "answer": "The train is positioned at a higher elevation than the car.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_4893d1c0318698ed52f8", "split": "test", "audio_id": "foa_4113836f7af38dc4c5ad", "audio_path": "audio/test/foa_4113836f7af38dc4c5ad.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 3.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The wind instrument is heard from front and above during 0.0s to 3.2s.", "canonical_answer": "wind instrument from front and above.", "answer_meta": {"time_span": [0.0, 3.2]}}
{"qa_id": "qa_161903aaf248af7df86c", "split": "test", "audio_id": "foa_a5ef18f0ce80d6d4e53d", "audio_path": "audio/test/foa_a5ef18f0ce80d6d4e53d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the right said, \"But it's going to be tough on them.\"", "canonical_answer": "But it's going to be tough on them.", "answer_meta": {}}
{"qa_id": "qa_3cd1ae303bbf12273348", "split": "test", "audio_id": "foa_612d192ad901493c5f03", "audio_path": "audio/test/foa_612d192ad901493c5f03.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is body sound on the left or on the right? Answer in one sentence.", "answer": "body sound is to the left of tool.", "canonical_answer": "body sound is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_ebcdb10df25962596eed", "split": "test", "audio_id": "foa_af6674d23efcf8dd803e", "audio_path": "audio/test/foa_af6674d23efcf8dd803e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_68d1db71f2878debbee8", "split": "test", "audio_id": "foa_a1db90108726492dedd5", "audio_path": "audio/test/foa_a1db90108726492dedd5.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the door and the laughter, which source is located closer to the listener? Answer in one sentence.", "answer": "The door is closer to the listener than the laughter.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_857719b00fe8f2bf30a3", "split": "test", "audio_id": "foa_0b3e1ace8802983fdd93", "audio_path": "audio/test/foa_0b3e1ace8802983fdd93.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"He was much pressed in a great hurry.\"", "canonical_answer": "He was much pressed in a great hurry.", "answer_meta": {}}
{"qa_id": "qa_afa270ad1ca0176f9241", "split": "test", "audio_id": "foa_269ff1cc33ea9fd65974", "audio_path": "audio/test/foa_269ff1cc33ea9fd65974.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cooking and speech sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The speech sound is at a higher elevation than the cooking sound.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_40855b5003e6ded473c0", "split": "test", "audio_id": "foa_ea55d9d6677b9e96dc4c", "audio_path": "audio/test/foa_ea55d9d6677b9e96dc4c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_0b5331920a4caa1fd43a", "split": "test", "audio_id": "foa_bd2fcb1dc0246e2bb0cb", "audio_path": "audio/test/foa_bd2fcb1dc0246e2bb0cb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is musical instrument on the left or on the right? Answer in one sentence.", "answer": "musical instrument is to the left of war sound.", "canonical_answer": "musical instrument is to the left of war sound.", "answer_meta": {}}
{"qa_id": "qa_7647ac185430cdbe732c", "split": "test", "audio_id": "foa_183bd863cd0d84b6b471", "audio_path": "audio/test/foa_183bd863cd0d84b6b471.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 5.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The bell is heard from back and below during 0.5s to 5.5s.", "canonical_answer": "bell from back and below.", "answer_meta": {"time_span": [0.5, 5.5]}}
{"qa_id": "qa_332d9b0f3133ec0ff2b0", "split": "test", "audio_id": "foa_a8051d948da477b616d0", "audio_path": "audio/test/foa_a8051d948da477b616d0.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"I saw you last night and wondered whose boy you was.\"", "canonical_answer": "I saw you last night and wondered whose boy you was.", "answer_meta": {}}
{"qa_id": "qa_eb7aea2ff898502199ea", "split": "test", "audio_id": "foa_5392c0268825f8cf6d78", "audio_path": "audio/test/foa_5392c0268825f8cf6d78.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_f8291be17edba2e37a20", "split": "test", "audio_id": "foa_7a1a59ecda257f5ab5e5", "audio_path": "audio/test/foa_7a1a59ecda257f5ab5e5.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to typing, is breathing on the left or on the right? Answer in one sentence.", "answer": "breathing is to the left of typing.", "canonical_answer": "breathing is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_80b1a226fa663207f43c", "split": "test", "audio_id": "foa_fba0563dbd43d8301b89", "audio_path": "audio/test/foa_fba0563dbd43d8301b89.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the animal or the female speech positioned at a higher elevation? Answer in one sentence.", "answer": "The female speech is at a higher elevation than the animal.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_f9ab264ac6686f9b624e", "split": "test", "audio_id": "foa_74d19c215c2bd935fbc0", "audio_path": "audio/test/foa_74d19c215c2bd935fbc0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the paper and the typing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The paper is closer to the listener than the typing.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_8c3dc3a890747fd43204", "split": "test", "audio_id": "foa_dcda1be2a8cc54a0d1d8", "audio_path": "audio/test/foa_dcda1be2a8cc54a0d1d8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 2.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The string instrument is heard from back-left and below during 0.0s to 2.2s.", "canonical_answer": "string instrument from back-left and below.", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_2b41fd02a03f6adf5edd", "split": "test", "audio_id": "foa_6db01cf0d95e9ff79887", "audio_path": "audio/test/foa_6db01cf0d95e9ff79887.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to home sound, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the right of home sound.", "canonical_answer": "cooking is to the right of home sound.", "answer_meta": {}}
{"qa_id": "qa_729a20e03cadf9001024", "split": "test", "audio_id": "foa_b8218f68ef458a8f89ba", "audio_path": "audio/test/foa_b8218f68ef458a8f89ba.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_73a95c4f06dd6058290a", "split": "test", "audio_id": "foa_0feb4a60404ccdc671ef", "audio_path": "audio/test/foa_0feb4a60404ccdc671ef.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the printer and the wind, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The printer is higher in elevation than the wind.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_77651612d27c84133105", "split": "test", "audio_id": "foa_3e28865261e8a929f279", "audio_path": "audio/test/foa_3e28865261e8a929f279.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the singing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The singing is heard from front-left and below during 0.5s to 19.5s.", "canonical_answer": "singing from front-left and below.", "answer_meta": {"time_span": [0.5, 19.5]}}
{"qa_id": "qa_e2cf79d09417ba4ab1b1", "split": "test", "audio_id": "foa_c32661114c214cb1d6ed", "audio_path": "audio/test/foa_c32661114c214cb1d6ed.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the finger snapping or the singing sound occurring closer to the listener? Answer in one sentence.", "answer": "The finger snapping is closer to the listener than the singing.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_ed554ace5194b102df55", "split": "test", "audio_id": "foa_ff5fe9cd6d05b889a7e2", "audio_path": "audio/test/foa_ff5fe9cd6d05b889a7e2.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"Her face seemed tranquil, and her eyes were dry.\"", "canonical_answer": "Her face seemed tranquil, and her eyes were dry.", "answer_meta": {}}
{"qa_id": "qa_5475c12ce21acf468093", "split": "test", "audio_id": "foa_db9429098e4e9b1a2192", "audio_path": "audio/test/foa_db9429098e4e9b1a2192.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_019fe16bea4273614de4", "split": "test", "audio_id": "foa_e973c2ca591af002918e", "audio_path": "audio/test/foa_e973c2ca591af002918e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-left said, \"No one doubts the right of the monastery to sepulture.\"", "canonical_answer": "No one doubts the right of the monastery to sepulture.", "answer_meta": {}}
{"qa_id": "qa_e53681c8e57ff24f7578", "split": "test", "audio_id": "foa_640eaf3d36e7edfed62f", "audio_path": "audio/test/foa_640eaf3d36e7edfed62f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, rain or tool, is located at a higher elevation? Answer in one sentence.", "answer": "The tool is at a higher elevation compared to the rain.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c06a6f0d135e5c8864da", "split": "test", "audio_id": "foa_7094bc9b48100a24470a", "audio_path": "audio/test/foa_7094bc9b48100a24470a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 19.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The animal is heard from front-left during 0.1s to 19.8s.", "canonical_answer": "animal from front-left.", "answer_meta": {"time_span": [0.1, 19.8]}}
{"qa_id": "qa_adf13a768f5f0c863cb6", "split": "test", "audio_id": "foa_5cf2bbc0fb7e9ad63242", "audio_path": "audio/test/foa_5cf2bbc0fb7e9ad63242.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to singing, is human vocalization on the left or on the right? Answer in one sentence.", "answer": "human vocalization is to the right of singing.", "canonical_answer": "human vocalization is to the right of singing.", "answer_meta": {}}
{"qa_id": "qa_37e1a154f25e2562fc82", "split": "test", "audio_id": "foa_3206e0fc871d29268fbb", "audio_path": "audio/test/foa_3206e0fc871d29268fbb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the drum or the speech? Answer in one sentence.", "answer": "The speech is closer to the listener than the drum.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_ddbb5ecccca3f10950cd", "split": "test", "audio_id": "foa_5552495e1056d079bc7b", "audio_path": "audio/test/foa_5552495e1056d079bc7b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_b0993d85116e0a1b0e76", "split": "test", "audio_id": "foa_7695a3b999dc2a1412a6", "audio_path": "audio/test/foa_7695a3b999dc2a1412a6.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to home sound, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the left of home sound.", "canonical_answer": "dog is to the left of home sound.", "answer_meta": {}}
{"qa_id": "qa_140d29dec4451ef01a9b", "split": "test", "audio_id": "foa_9e0a39b4074d8d14364a", "audio_path": "audio/test/foa_9e0a39b4074d8d14364a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the crushing sound or the telephone alarm? Answer in one sentence.", "answer": "The telephone alarm is located closer to the listener than the crushing sound.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_17032958c3480da08bef", "split": "test", "audio_id": "foa_71e2970296d78e43deff", "audio_path": "audio/test/foa_71e2970296d78e43deff.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the machine or the singing located at a higher elevation? Answer in one sentence.", "answer": "The machine is positioned at a higher elevation than the singing.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_6bee1717bb45b364d86c", "split": "test", "audio_id": "foa_ddceb8524c105ac31435", "audio_path": "audio/test/foa_ddceb8524c105ac31435.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the door occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The door is heard from back and above during 11.7s to 13.5s.", "canonical_answer": "door from back and above.", "answer_meta": {"time_span": [11.7, 13.5]}}
{"qa_id": "qa_8e1268761f1892c8beb5", "split": "test", "audio_id": "foa_f8d76492047d9e1f9311", "audio_path": "audio/test/foa_f8d76492047d9e1f9311.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"Scared, dah. Who's afraid answered he.\"", "canonical_answer": "Scared, dah. Who's afraid answered he.", "answer_meta": {}}
{"qa_id": "qa_9110a9d2d2588713ae20", "split": "test", "audio_id": "foa_865fcb2e0dd8aef9cab6", "audio_path": "audio/test/foa_865fcb2e0dd8aef9cab6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 3.8s to 11.9s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The breathing is heard from front-left and above during 3.8s to 11.9s.", "canonical_answer": "breathing from front-left and above.", "answer_meta": {"time_span": [3.8, 11.9]}}
{"qa_id": "qa_252768295d69ec7f14fb", "split": "test", "audio_id": "foa_090d395ba963f5f3ae1c", "audio_path": "audio/test/foa_090d395ba963f5f3ae1c.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right says, \"A haven towards which my sail is set.\"", "canonical_answer": "A haven towards which my sail is set.", "answer_meta": {}}
{"qa_id": "qa_b13ca31a5064eab54ba7", "split": "test", "audio_id": "foa_d8da01ae648d5859f927", "audio_path": "audio/test/foa_d8da01ae648d5859f927.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_d421b6368377940f7db4", "split": "test", "audio_id": "foa_e4fa8af4efa7e71fa38d", "audio_path": "audio/test/foa_e4fa8af4efa7e71fa38d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to writing, is cat on the left or on the right? Answer in one sentence.", "answer": "cat is to the right of writing.", "canonical_answer": "cat is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_d39fcb1e4164fb36ad4b", "split": "test", "audio_id": "foa_f65fbe65c63b8fd55b0a", "audio_path": "audio/test/foa_f65fbe65c63b8fd55b0a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the kitchenware and the tool, which one is located at a higher elevation? Answer in one sentence.", "answer": "The tool is at a higher elevation than the kitchenware.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_ce83ecd94006ed3f6fbd", "split": "test", "audio_id": "foa_34b7983e5553b86413c0", "audio_path": "audio/test/foa_34b7983e5553b86413c0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the alarm or the appliance? Answer in one sentence.", "answer": "The alarm is positioned closer to the listener than the appliance.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_e89d6240952a87e909dc", "split": "test", "audio_id": "foa_cf6e8a2c87c4e74a1171", "audio_path": "audio/test/foa_cf6e8a2c87c4e74a1171.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_a0890d0777e05caa0cb5", "split": "test", "audio_id": "foa_d968cabffcaa61d12130", "audio_path": "audio/test/foa_d968cabffcaa61d12130.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the back-left said, \"You hope that Hatteras will succeed then.\"", "canonical_answer": "You hope that Hatteras will succeed then.", "answer_meta": {}}
{"qa_id": "qa_254d61101714a75cccfd", "split": "test", "audio_id": "foa_933fdc3680e394431b76", "audio_path": "audio/test/foa_933fdc3680e394431b76.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source, the bird or the vehicle, is located at a higher elevation? Answer in one sentence.", "answer": "The bird is at a higher elevation than the vehicle.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_4f1c69fb7afecc5749d7", "split": "test", "audio_id": "foa_d0c8802aaaaec9c1297f", "audio_path": "audio/test/foa_d0c8802aaaaec9c1297f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cat to the left or right of dog? Answer in one sentence.", "answer": "cat is to the left of dog.", "canonical_answer": "cat is to the left of dog.", "answer_meta": {}}
{"qa_id": "qa_b4e6d3b65b9a10605c99", "split": "test", "audio_id": "foa_c3cfd7fcff4155462228", "audio_path": "audio/test/foa_c3cfd7fcff4155462228.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the human vocalization and the vehicle, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the human vocalization.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_e24561c56d004bd7e523", "split": "test", "audio_id": "foa_bd7a7615340f20497487", "audio_path": "audio/test/foa_bd7a7615340f20497487.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The human vocalization is heard from back-right and below during 0.2s to 20.0s.", "canonical_answer": "human vocalization from back-right and below.", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_13be3ef691ea50c7e654", "split": "test", "audio_id": "foa_3e03ad21cf9daaba3928", "audio_path": "audio/test/foa_3e03ad21cf9daaba3928.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_55068bb4ba8acaaff0ce", "split": "test", "audio_id": "foa_384f6b78d383bba7120f", "audio_path": "audio/test/foa_384f6b78d383bba7120f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bell to the left or right of singing? Answer in one sentence.", "answer": "bell is to the right of singing.", "canonical_answer": "bell is to the right of singing.", "answer_meta": {}}
{"qa_id": "qa_8664579d240b499855b0", "split": "test", "audio_id": "foa_369cfec7e23d329acf2e", "audio_path": "audio/test/foa_369cfec7e23d329acf2e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the cat or the frog, is positioned at a higher elevation? Answer in one sentence.", "answer": "The frog is at a higher elevation than the cat.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_38e02c9f1da6c2cd986d", "split": "test", "audio_id": "foa_64e23c277ca81ae2a6b1", "audio_path": "audio/test/foa_64e23c277ca81ae2a6b1.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the right and above? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"They know not what proof to give.\"", "canonical_answer": "They know not what proof to give.", "answer_meta": {}}
{"qa_id": "qa_dfd21141068eee31fbf3", "split": "test", "audio_id": "foa_c237d81071bd448ab5b4", "audio_path": "audio/test/foa_c237d81071bd448ab5b4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the frog and the train, which source is located closer to the listener? Answer in one sentence.", "answer": "The frog is closer to the listener than the train.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_3ed40f553c4f39c33c6d", "split": "test", "audio_id": "foa_2a300de70929f5f96acb", "audio_path": "audio/test/foa_2a300de70929f5f96acb.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the camera occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The camera is heard from back during 0.6s to 2.1s.", "canonical_answer": "camera from back.", "answer_meta": {"time_span": [0.6, 2.1]}}
{"qa_id": "qa_df15c6746775aa4c24b3", "split": "test", "audio_id": "foa_5bfd4b7dc58a0d7f53af", "audio_path": "audio/test/foa_5bfd4b7dc58a0d7f53af.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the home sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The home sound is heard from back-right and below during 1.1s to 20.0s.", "canonical_answer": "home sound from back-right and below.", "answer_meta": {"time_span": [1.1, 20.0]}}
{"qa_id": "qa_7a82f194d724c060d65f", "split": "test", "audio_id": "foa_94b71044fd14f5b41cc2", "audio_path": "audio/test/foa_94b71044fd14f5b41cc2.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_3b52b86462e431c3a591", "split": "test", "audio_id": "foa_d7cd283f69bcdd5dbd3e", "audio_path": "audio/test/foa_d7cd283f69bcdd5dbd3e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the glass or the tape located closer to the listener? Answer in one sentence.", "answer": "The tape is closer to the listener than the glass.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_77c6abcfa1991fc7bf21", "split": "test", "audio_id": "foa_af351fe1250c732bec32", "audio_path": "audio/test/foa_af351fe1250c732bec32.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to frog, is female speech on the left or on the right? Answer in one sentence.", "answer": "female speech is to the left of frog.", "canonical_answer": "female speech is to the left of frog.", "answer_meta": {}}
{"qa_id": "qa_96e0914414c1ecf52d96", "split": "test", "audio_id": "foa_ed4eb5adf778567e0c58", "audio_path": "audio/test/foa_ed4eb5adf778567e0c58.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"I asked as soon as George had returned to my side.\"", "canonical_answer": "I asked as soon as George had returned to my side.", "answer_meta": {}}
{"qa_id": "qa_6d7d3e63f13af77bbc31", "split": "test", "audio_id": "foa_057e2624ba118b665798", "audio_path": "audio/test/foa_057e2624ba118b665798.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the guitar and the war sound, which one is located at a higher elevation? Answer in one sentence.", "answer": "The guitar is at a higher elevation than the war sound.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_68c732706661177bf004", "split": "test", "audio_id": "foa_0ef330aa6e119712920c", "audio_path": "audio/test/foa_0ef330aa6e119712920c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the ocean and the water sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The water source is closer to the listener than the ocean source.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_9bf53cc59e9c34dade5b", "split": "test", "audio_id": "foa_0bb34a55fd22c20c45a5", "audio_path": "audio/test/foa_0bb34a55fd22c20c45a5.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker on the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"It had a double reputation, so to speak.\"", "canonical_answer": "It had a double reputation, so to speak.", "answer_meta": {}}
{"qa_id": "qa_935b7f2f5aa4879a9fca", "split": "test", "audio_id": "foa_2a711d19fa6ce4e5c545", "audio_path": "audio/test/foa_2a711d19fa6ce4e5c545.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bell and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The bell is at a higher elevation than the singing.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_2d0f05ab391d7e0b4a59", "split": "test", "audio_id": "foa_b50be17eb0fa10b69510", "audio_path": "audio/test/foa_b50be17eb0fa10b69510.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of printer? Answer in one sentence.", "answer": "dog is to the left of printer.", "canonical_answer": "dog is to the left of printer.", "answer_meta": {}}
{"qa_id": "qa_dc7711383b47c5debcfb", "split": "test", "audio_id": "foa_2704f56fe8e10dabf711", "audio_path": "audio/test/foa_2704f56fe8e10dabf711.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_1031606f189db4f598ea", "split": "test", "audio_id": "foa_0f985dc616b608b60d43", "audio_path": "audio/test/foa_0f985dc616b608b60d43.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 4.3s to 6.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The frog is heard from front during 4.3s to 6.0s.", "canonical_answer": "frog from front.", "answer_meta": {"time_span": [4.3, 6.0]}}
{"qa_id": "qa_3a51fa92897b53b8540d", "split": "test", "audio_id": "foa_09d13785bd9b81c82862", "audio_path": "audio/test/foa_09d13785bd9b81c82862.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back of the scene say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back said, \"If you really wish it, you shall go, he said.\"", "canonical_answer": "If you really wish it, you shall go, he said.", "answer_meta": {}}
{"qa_id": "qa_a1cb8098842c20b08ccc", "split": "test", "audio_id": "foa_d451169631c0e5b7d2f2", "audio_path": "audio/test/foa_d451169631c0e5b7d2f2.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.9s to 4.5s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The metal clink is heard from front-right during 0.9s to 4.5s.", "canonical_answer": "metal clink from front-right.", "answer_meta": {"time_span": [0.9, 4.5]}}
{"qa_id": "qa_2f2239a9459b9f2f3a7f", "split": "test", "audio_id": "foa_b74d32be44a7cfa5ad69", "audio_path": "audio/test/foa_b74d32be44a7cfa5ad69.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to drawer cabinet, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the left of drawer cabinet.", "canonical_answer": "clock is to the left of drawer cabinet.", "answer_meta": {}}
{"qa_id": "qa_d858b1abdc8d7d4e85f6", "split": "test", "audio_id": "foa_ae020107e7014cef2f6b", "audio_path": "audio/test/foa_ae020107e7014cef2f6b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the tool, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the tool.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_5c62ce6198eb993b6129", "split": "test", "audio_id": "foa_52d78f74ebf113ff5560", "audio_path": "audio/test/foa_52d78f74ebf113ff5560.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cat and the tearing sound, which one originates from a higher elevation? Answer in one sentence.", "answer": "The tearing sound originates from a higher elevation than the cat.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_782c029309d0d3ebfc85", "split": "test", "audio_id": "foa_5f3471f8e4bb7846ac09", "audio_path": "audio/test/foa_5f3471f8e4bb7846ac09.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_37d3092e2b120fad44db", "split": "test", "audio_id": "foa_8914dba32651d5ba4388", "audio_path": "audio/test/foa_8914dba32651d5ba4388.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f85cca8c009262da7c6c", "split": "test", "audio_id": "foa_e1cacf61b2edf9318346", "audio_path": "audio/test/foa_e1cacf61b2edf9318346.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front and below position saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned in front and below said, \"I could not help, my friend.\"", "canonical_answer": "I could not help, my friend.", "answer_meta": {}}
{"qa_id": "qa_1f811d9e67dfc628a06e", "split": "test", "audio_id": "foa_52dbaedb475773983173", "audio_path": "audio/test/foa_52dbaedb475773983173.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the insect and the speech, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The insect is closer to the listener than the speech.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_6d9f309e08f30ad5e90b", "split": "test", "audio_id": "foa_149df473027e9a2c61f8", "audio_path": "audio/test/foa_149df473027e9a2c61f8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the crushing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The crushing is heard from right and below during 0.6s to 5.4s.", "canonical_answer": "crushing from right and below.", "answer_meta": {"time_span": [0.6, 5.4]}}
{"qa_id": "qa_32391d8ebb9499a3caa9", "split": "test", "audio_id": "foa_2ee0837b50be02779fd9", "audio_path": "audio/test/foa_2ee0837b50be02779fd9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to footsteps, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the left of footsteps.", "canonical_answer": "aircraft is to the left of footsteps.", "answer_meta": {}}
{"qa_id": "qa_4410098aa360feed399f", "split": "test", "audio_id": "foa_c98cc8571f6f4ff992e2", "audio_path": "audio/test/foa_c98cc8571f6f4ff992e2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the knock and the typing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The knock is located at a higher elevation than the typing.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_1c4de467fad066759baa", "split": "test", "audio_id": "foa_6d7c7783320e48a6c7b6", "audio_path": "audio/test/foa_6d7c7783320e48a6c7b6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the rain or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the rain.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_eb7432c09411fe8df65c", "split": "test", "audio_id": "foa_f6699f2f2a9835d308dc", "audio_path": "audio/test/foa_f6699f2f2a9835d308dc.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The thunderstorm is heard from left and below during 0.0s to 20.0s.", "canonical_answer": "thunderstorm from left and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_6c1d21bb932c4785a6b5", "split": "test", "audio_id": "foa_afac5ab35c48ffb7d596", "audio_path": "audio/test/foa_afac5ab35c48ffb7d596.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the crack or the train? Answer in one sentence.", "answer": "The crack is at a higher elevation than the train.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_8634b7bd2718a97a583a", "split": "test", "audio_id": "foa_ffcc27c13fe377a9e6dc", "audio_path": "audio/test/foa_ffcc27c13fe377a9e6dc.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_b7edd785cd917bfafeb2", "split": "test", "audio_id": "foa_846f25bc9e098241a270", "audio_path": "audio/test/foa_846f25bc9e098241a270.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the right of war sound.", "canonical_answer": "dog is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_29bf4e850192a1343885", "split": "test", "audio_id": "foa_4cdc9e5df307e1fe0c31", "audio_path": "audio/test/foa_4cdc9e5df307e1fe0c31.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"It was terrible, bad this afternoon, though.\"", "canonical_answer": "It was terrible, bad this afternoon, though.", "answer_meta": {}}
{"qa_id": "qa_8c2f9ca087fc4d33b7fd", "split": "test", "audio_id": "foa_7bb6941d5438c2023fe8", "audio_path": "audio/test/foa_7bb6941d5438c2023fe8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 2.1s to 5.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The car is heard from back during 2.1s to 5.4s.", "canonical_answer": "car from back.", "answer_meta": {"time_span": [2.1, 5.4]}}
{"qa_id": "qa_69dea3d262eae6536359", "split": "test", "audio_id": "foa_67142abad47a4b19efdd", "audio_path": "audio/test/foa_67142abad47a4b19efdd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_a9806ae532443ea978d3", "split": "test", "audio_id": "foa_59ca09d02b106719eaa4", "audio_path": "audio/test/foa_59ca09d02b106719eaa4.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the sound of the vehicle or the tearing at a higher elevation? Answer in one sentence.", "answer": "The vehicle is positioned at a higher elevation than the tearing.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_93368e233a72609db613", "split": "test", "audio_id": "foa_ca0767c30a627079f718", "audio_path": "audio/test/foa_ca0767c30a627079f718.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the front-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"How have I still inclination.\"", "canonical_answer": "How have I still inclination.", "answer_meta": {}}
{"qa_id": "qa_615ab7145faee728468a", "split": "test", "audio_id": "foa_e227deb22421c0542a3e", "audio_path": "audio/test/foa_e227deb22421c0542a3e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the keyboard instrument or the printer? Answer in one sentence.", "answer": "The printer is closer to the listener than the keyboard instrument.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_468b5654582f4d5ee73a", "split": "test", "audio_id": "foa_6d343165545fab1c0546", "audio_path": "audio/test/foa_6d343165545fab1c0546.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of string instrument? Answer in one sentence.", "answer": "dog is to the right of string instrument.", "canonical_answer": "dog is to the right of string instrument.", "answer_meta": {}}
{"qa_id": "qa_f9690ecac477ae48421a", "split": "test", "audio_id": "foa_c043fff273b811937272", "audio_path": "audio/test/foa_c043fff273b811937272.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is home sound to the left or right of scratch? Answer in one sentence.", "answer": "home sound is to the left of scratch.", "canonical_answer": "home sound is to the left of scratch.", "answer_meta": {}}
{"qa_id": "qa_0b5fde3c14045cfcb3d3", "split": "test", "audio_id": "foa_d345914952a862c4e16a", "audio_path": "audio/test/foa_d345914952a862c4e16a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the singing and the water, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The singing is at a higher elevation than the water.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_d2dc30ecd85829d8a4b8", "split": "test", "audio_id": "foa_d484919037dc7a72ae4f", "audio_path": "audio/test/foa_d484919037dc7a72ae4f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sound sources, the female speech or the glass, is positioned closer to the listener? Answer in one sentence.", "answer": "The female speech is nearer to the listener than the glass.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_7b7074dc3c357325da7d", "split": "test", "audio_id": "foa_97ba73d208d9291cf9e5", "audio_path": "audio/test/foa_97ba73d208d9291cf9e5.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right is saying, \"We never planned to meet. And when we met.\"", "canonical_answer": "We never planned to meet. And when we met.", "answer_meta": {}}
{"qa_id": "qa_58c269d636aaddec6989", "split": "test", "audio_id": "foa_fb9908e176f8b446c4cf", "audio_path": "audio/test/foa_fb9908e176f8b446c4cf.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_02773194b563e38913f9", "split": "test", "audio_id": "foa_7173c513ba786bd930d4", "audio_path": "audio/test/foa_7173c513ba786bd930d4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.4s to 1.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The fire is heard from front and below during 0.4s to 1.6s.", "canonical_answer": "fire from front and below.", "answer_meta": {"time_span": [0.4, 1.6]}}
{"qa_id": "qa_86aa6ce66bcb04f0fda5", "split": "test", "audio_id": "foa_4e45918f3788cbb2a716", "audio_path": "audio/test/foa_4e45918f3788cbb2a716.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_f8ddc62147ffdec5b644", "split": "test", "audio_id": "foa_2fd60cbad849728ebcea", "audio_path": "audio/test/foa_2fd60cbad849728ebcea.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the home sound and the tearing sound, which one is located at a higher elevation? Answer in one sentence.", "answer": "The tearing sound is at a higher elevation than the home sound.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_8a2ebc48d63a0bb4422d", "split": "test", "audio_id": "foa_7d24fb241c0c0a7dea24", "audio_path": "audio/test/foa_7d24fb241c0c0a7dea24.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 3.9s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from front-right and above during 0.0s to 3.9s.", "canonical_answer": "speech from front-right and above.", "answer_meta": {"time_span": [0.0, 3.9]}}
{"qa_id": "qa_5dd43ff039277eb879c1", "split": "test", "audio_id": "foa_cdd1ca16140c55eaea1e", "audio_path": "audio/test/foa_cdd1ca16140c55eaea1e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the left and below? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"No, and you never will understand. I can't make you understand.\"", "canonical_answer": "No, and you never will understand. I can't make you understand.", "answer_meta": {}}
{"qa_id": "qa_46f8ef95d54f40df4ce7", "split": "test", "audio_id": "foa_b932b3a45a6355d82b30", "audio_path": "audio/test/foa_b932b3a45a6355d82b30.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the breathing and the zipper sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The zipper is closer to the listener than the breathing sound.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_40e354bffb2ed4c3c0a3", "split": "test", "audio_id": "foa_c8b4c1f191bb2dd4f2d1", "audio_path": "audio/test/foa_c8b4c1f191bb2dd4f2d1.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to typing, is string instrument on the left or on the right? Answer in one sentence.", "answer": "string instrument is to the right of typing.", "canonical_answer": "string instrument is to the right of typing.", "answer_meta": {}}
{"qa_id": "qa_f51259ccf18ab2168d23", "split": "test", "audio_id": "foa_785df997429f6631c8a5", "audio_path": "audio/test/foa_785df997429f6631c8a5.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the back-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker from the back-left says, \"When had the first church yielded to such a baptism of tears.\"", "canonical_answer": "When had the first church yielded to such a baptism of tears.", "answer_meta": {}}
{"qa_id": "qa_3d517fd89e2e7ab0fc13", "split": "test", "audio_id": "foa_dac45f57804f13ba3360", "audio_path": "audio/test/foa_dac45f57804f13ba3360.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is car to the left or right of typing? Answer in one sentence.", "answer": "car is to the right of typing.", "canonical_answer": "car is to the right of typing.", "answer_meta": {}}
{"qa_id": "qa_73bce96ba924619d72af", "split": "test", "audio_id": "foa_4d7716fc1a8a7ed30815", "audio_path": "audio/test/foa_4d7716fc1a8a7ed30815.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_b9b663ba9300b2da2bf4", "split": "test", "audio_id": "foa_e641fa608f4ec39ee5b6", "audio_path": "audio/test/foa_e641fa608f4ec39ee5b6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the animal or the laughter? Answer in one sentence.", "answer": "The animal is located closer to the listener than the laughter.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_eadbc084c231c4107eb4", "split": "test", "audio_id": "foa_189957a628a633130747", "audio_path": "audio/test/foa_189957a628a633130747.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the fire and the guitar, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The guitar is at a higher elevation than the fire.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_34cb149f29ee814cb4b8", "split": "test", "audio_id": "foa_384a3adbb039f01ac9af", "audio_path": "audio/test/foa_384a3adbb039f01ac9af.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the musical instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The musical instrument is heard from back-left during 0.3s to 4.0s.", "canonical_answer": "musical instrument from back-left.", "answer_meta": {"time_span": [0.3, 4.0]}}
{"qa_id": "qa_696519f73001884b62d2", "split": "test", "audio_id": "foa_45ca4d38a4f7f9307c94", "audio_path": "audio/test/foa_45ca4d38a4f7f9307c94.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_072a4eea96dd32de8ce1", "split": "test", "audio_id": "foa_86d878f9560e54029bef", "audio_path": "audio/test/foa_86d878f9560e54029bef.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and crushing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The crushing sound is closer to the listener than the cooking sound.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_793d9d7eae6340512d29", "split": "test", "audio_id": "foa_9faf26ac59fd9fef8b98", "audio_path": "audio/test/foa_9faf26ac59fd9fef8b98.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"It's just like him, he murmured.\"", "canonical_answer": "It's just like him, he murmured.", "answer_meta": {}}
{"qa_id": "qa_8f4b5649eb9dc3cbc711", "split": "test", "audio_id": "foa_95e32309c094de62d0ae", "audio_path": "audio/test/foa_95e32309c094de62d0ae.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to finger snapping, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the right of finger snapping.", "canonical_answer": "cooking is to the right of finger snapping.", "answer_meta": {}}
{"qa_id": "qa_5e078e26de3129bf19df", "split": "test", "audio_id": "foa_e7d8ea0145d53d2cf860", "audio_path": "audio/test/foa_e7d8ea0145d53d2cf860.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the breathing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The breathing is heard from right and above during 7.8s to 8.6s.", "canonical_answer": "breathing from right and above.", "answer_meta": {"time_span": [7.8, 8.6]}}
{"qa_id": "qa_655458a7160de633c90b", "split": "test", "audio_id": "foa_c800a5171520c0079eda", "audio_path": "audio/test/foa_c800a5171520c0079eda.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the clock and the machine, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The clock is located at a higher elevation than the machine.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_71e3ec32802a31205c70", "split": "test", "audio_id": "foa_97acc4bc977ad7e54c57", "audio_path": "audio/test/foa_97acc4bc977ad7e54c57.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the camera or the laughter? Answer in one sentence.", "answer": "The laughter is closer to the listener than the camera.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_e08356b58ebbd3b0a996", "split": "test", "audio_id": "foa_0c595637570ac9a3927e", "audio_path": "audio/test/foa_0c595637570ac9a3927e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to thunderstorm, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the right of thunderstorm.", "canonical_answer": "dog is to the right of thunderstorm.", "answer_meta": {}}
{"qa_id": "qa_6d319b62e89b30030f35", "split": "test", "audio_id": "foa_c3c718bc935d7ded09ce", "audio_path": "audio/test/foa_c3c718bc935d7ded09ce.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 19.7s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from front-left during 0.5s to 19.7s.", "canonical_answer": "human vocalization from front-left.", "answer_meta": {"time_span": [0.5, 19.7]}}
{"qa_id": "qa_e3a4ff9010b887eabd5e", "split": "test", "audio_id": "foa_2723ca8987a825218e6c", "audio_path": "audio/test/foa_2723ca8987a825218e6c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the singing or the war sound? Answer in one sentence.", "answer": "The singing is at a higher elevation than the war sound.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_b8b7a2c69a67531e53ca", "split": "test", "audio_id": "foa_24067dfd006b199c16aa", "audio_path": "audio/test/foa_24067dfd006b199c16aa.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_d4bfe54b37cc4832c4b9", "split": "test", "audio_id": "foa_854692b7c36ebe8e4e14", "audio_path": "audio/test/foa_854692b7c36ebe8e4e14.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person located to the left and below saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker says, \"Yes, he answered. I conduct the worship. I am a priest.\"", "canonical_answer": "Yes, he answered. I conduct the worship. I am a priest.", "answer_meta": {}}
{"qa_id": "qa_ad85d6ad20b40d6720d3", "split": "test", "audio_id": "foa_1f7db4155d1575351d6c", "audio_path": "audio/test/foa_1f7db4155d1575351d6c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_c99e22a02f5015a676d1", "split": "test", "audio_id": "foa_37d9c9a2503dc7c91a55", "audio_path": "audio/test/foa_37d9c9a2503dc7c91a55.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.9s to 13.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The tape is heard from right and above during 0.9s to 13.6s.", "canonical_answer": "tape from right and above.", "answer_meta": {"time_span": [0.9, 13.6]}}
{"qa_id": "qa_71bfed5c15071d9751b5", "split": "test", "audio_id": "foa_f8a0ba77f61a0fae262e", "audio_path": "audio/test/foa_f8a0ba77f61a0fae262e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crushing sound and the wind instrument, which one is located closer to the listener? Answer in one sentence.", "answer": "The wind instrument is closer to the listener than the crushing sound.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_a9d73e350c1b961c091b", "split": "test", "audio_id": "foa_76aa9c8846e9b4d11e17", "audio_path": "audio/test/foa_76aa9c8846e9b4d11e17.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the knock and the singing, which sound is positioned higher in terms of elevation? Answer in one sentence.", "answer": "The knock is located at a higher elevation than the singing.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_97b616a00b3f5e45bc8c", "split": "test", "audio_id": "foa_2267993d8f7d05a8ae3e", "audio_path": "audio/test/foa_2267993d8f7d05a8ae3e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located behind and to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"She has sympathy and understanding for my every mood.\"", "canonical_answer": "She has sympathy and understanding for my every mood.", "answer_meta": {}}
{"qa_id": "qa_63c2abb49b81eb8f12e0", "split": "test", "audio_id": "foa_8938d25d9ecd2121ba28", "audio_path": "audio/test/foa_8938d25d9ecd2121ba28.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of speech? Answer in one sentence.", "answer": "alarm is to the left of speech.", "canonical_answer": "alarm is to the left of speech.", "answer_meta": {}}
{"qa_id": "qa_6b701523142358dfe631", "split": "test", "audio_id": "foa_f78f5f1ee1d1a8abe316", "audio_path": "audio/test/foa_f78f5f1ee1d1a8abe316.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to insect, is crack on the left or on the right? Answer in one sentence.", "answer": "crack is to the left of insect.", "canonical_answer": "crack is to the left of insect.", "answer_meta": {}}
{"qa_id": "qa_ed2f246ee79422620291", "split": "test", "audio_id": "foa_1653e148a9d76ba6f2b0", "audio_path": "audio/test/foa_1653e148a9d76ba6f2b0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the tool occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The tool is heard from left and below during 0.4s to 5.3s.", "canonical_answer": "tool from left and below.", "answer_meta": {"time_span": [0.4, 5.3]}}
{"qa_id": "qa_5ecc91ac6ca400b51a8c", "split": "test", "audio_id": "foa_51b10ccfdd36a10c95c2", "audio_path": "audio/test/foa_51b10ccfdd36a10c95c2.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located in front of the listener say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Captain Lake did not look at all like a London Dandy now.\"", "canonical_answer": "Captain Lake did not look at all like a London Dandy now.", "answer_meta": {}}
{"qa_id": "qa_22f96ea27877dcfbed17", "split": "test", "audio_id": "foa_9df884d4a63c42584a2e", "audio_path": "audio/test/foa_9df884d4a63c42584a2e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the thunderstorm or the wind located at a higher elevation? Answer in one sentence.", "answer": "The wind is located at a higher elevation than the thunderstorm.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_b611c38f00dee3902e69", "split": "test", "audio_id": "foa_709c755c9b3ac281511c", "audio_path": "audio/test/foa_709c755c9b3ac281511c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the insect and the ocean, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The insect is closer to the listener than the ocean.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_ee81274ec10a6f1d21f0", "split": "test", "audio_id": "foa_10bf455a173c4f5afb65", "audio_path": "audio/test/foa_10bf455a173c4f5afb65.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_f4a30ada188864cb484c", "split": "test", "audio_id": "foa_87cd6bea83ebf72059d9", "audio_path": "audio/test/foa_87cd6bea83ebf72059d9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned at a higher elevation, the printer or the scratch? Answer in one sentence.", "answer": "The scratch is at a higher elevation than the printer.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_fecbb23ff90a492c4946", "split": "test", "audio_id": "foa_1555bbbdee80c91d2b1c", "audio_path": "audio/test/foa_1555bbbdee80c91d2b1c.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the front say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front said, \"Her mother went to hide.\"", "canonical_answer": "Her mother went to hide.", "answer_meta": {}}
{"qa_id": "qa_233c950a12fe325e8f18", "split": "test", "audio_id": "foa_8c163304cfffa410deae", "audio_path": "audio/test/foa_8c163304cfffa410deae.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal sound and the crackle sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The animal sound is closer to the listener than the crackle sound.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_297e02574da56b6a4b29", "split": "test", "audio_id": "foa_fa8ef636ca34114ef693", "audio_path": "audio/test/foa_fa8ef636ca34114ef693.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_dd0ca3343923f4cf288e", "split": "test", "audio_id": "foa_ea19304e48a886a06af0", "audio_path": "audio/test/foa_ea19304e48a886a06af0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 1.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The drawer cabinet is heard from back-right and below during 0.2s to 1.8s.", "canonical_answer": "drawer cabinet from back-right and below.", "answer_meta": {"time_span": [0.2, 1.8]}}
{"qa_id": "qa_884d32a6eeb74bab47ef", "split": "test", "audio_id": "foa_c9932147258ec4adb61f", "audio_path": "audio/test/foa_c9932147258ec4adb61f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is scratch on the left or on the right? Answer in one sentence.", "answer": "scratch is to the right of tool.", "canonical_answer": "scratch is to the right of tool.", "answer_meta": {}}
{"qa_id": "qa_4fcad2b6ee080bcec5fa", "split": "test", "audio_id": "foa_1f12a0322d511c81b5c5", "audio_path": "audio/test/foa_1f12a0322d511c81b5c5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the animal and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The animal is located at a higher elevation than the singing.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_6ca0847d46838f2aab5a", "split": "test", "audio_id": "foa_7e51c93c4ebf85cdc171", "audio_path": "audio/test/foa_7e51c93c4ebf85cdc171.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to metal clink, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the right of metal clink.", "canonical_answer": "dog is to the right of metal clink.", "answer_meta": {}}
{"qa_id": "qa_36ad8262060bf163fcf9", "split": "test", "audio_id": "foa_5c7576c87016785f49ba", "audio_path": "audio/test/foa_5c7576c87016785f49ba.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 7.1s to 10.9s, what source is active and where is it located? Answer in one sentence.", "answer": "The singing is heard from right and below during 7.1s to 10.9s.", "canonical_answer": "singing from right and below.", "answer_meta": {"time_span": [7.1, 10.9]}}
{"qa_id": "qa_6f525cdb657a865fd453", "split": "test", "audio_id": "foa_ab999eeae38769e21008", "audio_path": "audio/test/foa_ab999eeae38769e21008.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the footsteps or the thunderstorm, is located closer to the listener? Answer in one sentence.", "answer": "The footsteps are closer to the listener than the thunderstorm.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_f769444be569844e70d6", "split": "test", "audio_id": "foa_531e8faefe16bec394d2", "audio_path": "audio/test/foa_531e8faefe16bec394d2.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_129448d9f27e35be1393", "split": "test", "audio_id": "foa_e2211856113aee9cd249", "audio_path": "audio/test/foa_e2211856113aee9cd249.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the front-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the front-left says, \"That depends. When do you leave.\"", "canonical_answer": "That depends. When do you leave.", "answer_meta": {}}
{"qa_id": "qa_1a72e97b525e69eef92d", "split": "test", "audio_id": "foa_b0d1521537eeb4c5a2c7", "audio_path": "audio/test/foa_b0d1521537eeb4c5a2c7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_48d7b092488aa4710abb", "split": "test", "audio_id": "foa_e3336a1bfa3f0e2d99a7", "audio_path": "audio/test/foa_e3336a1bfa3f0e2d99a7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the singing or the speech coming from a higher elevation? Answer in one sentence.", "answer": "The speech is at a higher elevation than the singing.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c815b88b5371670ea389", "split": "test", "audio_id": "foa_fe12391b5c904304c28a", "audio_path": "audio/test/foa_fe12391b5c904304c28a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"This young man was certainly good at understanding.\"", "canonical_answer": "This young man was certainly good at understanding.", "answer_meta": {}}
{"qa_id": "qa_fb3f7e676a51e8ff92a9", "split": "test", "audio_id": "foa_4afa2a916a319098030c", "audio_path": "audio/test/foa_4afa2a916a319098030c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the tearing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The tearing is heard from front-right and below during 0.0s to 1.4s.", "canonical_answer": "tearing from front-right and below.", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_5ffd0d4c2ff83f95d63c", "split": "test", "audio_id": "foa_058afc908ef60c1ff0c2", "audio_path": "audio/test/foa_058afc908ef60c1ff0c2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is human vocalization to the left or right of ocean? Answer in one sentence.", "answer": "human vocalization is to the left of ocean.", "canonical_answer": "human vocalization is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_d1c5ec3e75ad75eb3327", "split": "test", "audio_id": "foa_49daea656297e81ad596", "audio_path": "audio/test/foa_49daea656297e81ad596.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cat and the knock, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the cat.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_a79f692091fc8e28ccfb", "split": "test", "audio_id": "foa_365e4be85738a803eb27", "audio_path": "audio/test/foa_365e4be85738a803eb27.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"That my father, Sir Risdon Graeme, has smuggled goods here.\"", "canonical_answer": "That my father, Sir Risdon Graeme, has smuggled goods here.", "answer_meta": {}}
{"qa_id": "qa_318215240a7cd6a71ddb", "split": "test", "audio_id": "foa_2439cf7619e40b0624cf", "audio_path": "audio/test/foa_2439cf7619e40b0624cf.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 4.9s to 13.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The telephone alarm is heard from front-left and above during 4.9s to 13.1s.", "canonical_answer": "telephone alarm from front-left and above.", "answer_meta": {"time_span": [4.9, 13.1]}}
{"qa_id": "qa_e0fffef0611def68f298", "split": "test", "audio_id": "foa_3df2efef49b530942c03", "audio_path": "audio/test/foa_3df2efef49b530942c03.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of writing? Answer in one sentence.", "answer": "cooking is to the right of writing.", "canonical_answer": "cooking is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_4b0e04097d4f4048bd96", "split": "test", "audio_id": "foa_2cb3964109683a755936", "audio_path": "audio/test/foa_2cb3964109683a755936.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the rain and the water, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The water is closer to the listener than the rain.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_9afdb3ed6ec49ecf3c1f", "split": "test", "audio_id": "foa_2485eca21dd6d4d8e8f5", "audio_path": "audio/test/foa_2485eca21dd6d4d8e8f5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the drum and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The zipper is located at a higher elevation than the drum.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_33acdc58d88e183765c5", "split": "test", "audio_id": "foa_f73284a8765475eb78d5", "audio_path": "audio/test/foa_f73284a8765475eb78d5.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_52bbd318ae259088e358", "split": "test", "audio_id": "foa_3d427bca189ad4601701", "audio_path": "audio/test/foa_3d427bca189ad4601701.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the printer or the thunderstorm? Answer in one sentence.", "answer": "The printer is at a higher elevation than the thunderstorm.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_acfeee1d08ff951a8d57", "split": "test", "audio_id": "foa_8b8101b1a4f53e37b2e8", "audio_path": "audio/test/foa_8b8101b1a4f53e37b2e8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The door is heard from left and below during 0.0s to 0.4s.", "canonical_answer": "door from left and below.", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_99b17092aae0ba748b58", "split": "test", "audio_id": "foa_4b5cf709ddcb75b05df5", "audio_path": "audio/test/foa_4b5cf709ddcb75b05df5.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and the ocean sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The ocean is the source that is closer to the listener.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_2ebe081c16d078554cea", "split": "test", "audio_id": "foa_8d784b05de3d2ec05862", "audio_path": "audio/test/foa_8d784b05de3d2ec05862.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the front-right says, \"where the token by which I should discover it.\"", "canonical_answer": "where the token by which I should discover it.", "answer_meta": {}}
{"qa_id": "qa_90cc0243d25ff5f1c699", "split": "test", "audio_id": "foa_84552370e9eaadae7a24", "audio_path": "audio/test/foa_84552370e9eaadae7a24.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to string instrument, is body sound on the left or on the right? Answer in one sentence.", "answer": "body sound is to the right of string instrument.", "canonical_answer": "body sound is to the right of string instrument.", "answer_meta": {}}
{"qa_id": "qa_b47ef453731aff812b3b", "split": "test", "audio_id": "foa_0e280ad3d62b0ba5b43e", "audio_path": "audio/test/foa_0e280ad3d62b0ba5b43e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_d89559f15a7476917df0", "split": "test", "audio_id": "foa_01f7452451d37aaf24ae", "audio_path": "audio/test/foa_01f7452451d37aaf24ae.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_19c387c095e1930e53cc", "split": "test", "audio_id": "foa_ea9d158356c52c7cfa9a", "audio_path": "audio/test/foa_ea9d158356c52c7cfa9a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the door and the drum, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The door is positioned at a higher elevation than the drum.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_be5a68e970edbff5a03f", "split": "test", "audio_id": "foa_8df3f2e279ae62758c99", "audio_path": "audio/test/foa_8df3f2e279ae62758c99.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tape, is laughter on the left or on the right? Answer in one sentence.", "answer": "laughter is to the right of tape.", "canonical_answer": "laughter is to the right of tape.", "answer_meta": {}}
{"qa_id": "qa_7db8d564d324a3e0795e", "split": "test", "audio_id": "foa_af620c2ea325b6f8c7a0", "audio_path": "audio/test/foa_af620c2ea325b6f8c7a0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 1.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The dog is heard from back and below during 0.5s to 1.3s.", "canonical_answer": "dog from back and below.", "answer_meta": {"time_span": [0.5, 1.3]}}
{"qa_id": "qa_95007463b6e9f47602ab", "split": "test", "audio_id": "foa_f6b7cd20dae2005e133c", "audio_path": "audio/test/foa_f6b7cd20dae2005e133c.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"Her story in that girls paper has attracted attention.\"", "canonical_answer": "Her story in that girls paper has attracted attention.", "answer_meta": {}}
{"qa_id": "qa_a7e08f6a9f69a946f099", "split": "test", "audio_id": "foa_299aad0f703d35063c8c", "audio_path": "audio/test/foa_299aad0f703d35063c8c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the vehicle and the war sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the war sound.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_1a877cdd28d76b0753c4", "split": "test", "audio_id": "foa_4bef2213526bba961120", "audio_path": "audio/test/foa_4bef2213526bba961120.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_91dda2a4f80e15074560", "split": "test", "audio_id": "foa_3d8b688ddd90a8cb9dcc", "audio_path": "audio/test/foa_3d8b688ddd90a8cb9dcc.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the alarm or the printer? Answer in one sentence.", "answer": "The printer is positioned at a higher elevation than the alarm.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_a4a0a2ac9ddab2e551b4", "split": "test", "audio_id": "foa_b376597b39a2f6c2421b", "audio_path": "audio/test/foa_b376597b39a2f6c2421b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of wood? Answer in one sentence.", "answer": "alarm is to the right of wood.", "canonical_answer": "alarm is to the right of wood.", "answer_meta": {}}
{"qa_id": "qa_5eff28a41dac1c21a5a9", "split": "test", "audio_id": "foa_e7594618467142555a97", "audio_path": "audio/test/foa_e7594618467142555a97.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the water occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The water is heard from right during 0.4s to 9.4s.", "canonical_answer": "water from right.", "answer_meta": {"time_span": [0.4, 9.4]}}
{"qa_id": "qa_34a8284c7fcd3de88378", "split": "test", "audio_id": "foa_70f0106112bd781ffe09", "audio_path": "audio/test/foa_70f0106112bd781ffe09.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal and the cooking sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The cooking sound is closer to the listener than the animal sound.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_a32f58406e50f089ffbe", "split": "test", "audio_id": "foa_4ca32fd01d5c6dd0605b", "audio_path": "audio/test/foa_4ca32fd01d5c6dd0605b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The person speaking from the left says, \"The old adage of two heads, you know.\"", "canonical_answer": "The old adage of two heads, you know.", "answer_meta": {}}
{"qa_id": "qa_f0f457dcbdf0a35bbee5", "split": "test", "audio_id": "foa_5158054d0338b56a2d28", "audio_path": "audio/test/foa_5158054d0338b56a2d28.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of alarm? Answer in one sentence.", "answer": "aircraft is to the left of alarm.", "canonical_answer": "aircraft is to the left of alarm.", "answer_meta": {}}
{"qa_id": "qa_cbe45f98abdabbac6d6a", "split": "test", "audio_id": "foa_8329867f1f86faec5f08", "audio_path": "audio/test/foa_8329867f1f86faec5f08.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the metal clink or the printer positioned at a higher elevation? Answer in one sentence.", "answer": "The metal clink is located at a higher elevation than the printer.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_aeb9434561a683d3ce4e", "split": "test", "audio_id": "foa_02c3751af351f95f624c", "audio_path": "audio/test/foa_02c3751af351f95f624c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the finger snapping and the laughter, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The finger snapping is closer to the listener than the laughter.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_602d05651a2403499d50", "split": "test", "audio_id": "foa_85fd3dc597a48bd624f0", "audio_path": "audio/test/foa_85fd3dc597a48bd624f0.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left is saying, \"When God will not use thee in one kind, yet he will in another.\"", "canonical_answer": "When God will not use thee in one kind, yet he will in another.", "answer_meta": {}}
{"qa_id": "qa_3b3306326ccb466580e1", "split": "test", "audio_id": "foa_1c54f093ca829061c991", "audio_path": "audio/test/foa_1c54f093ca829061c991.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the telephone alarm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The telephone alarm is heard from right and below during 0.1s to 2.2s.", "canonical_answer": "telephone alarm from right and below.", "answer_meta": {"time_span": [0.1, 2.2]}}
{"qa_id": "qa_927a79cb442937020796", "split": "test", "audio_id": "foa_994ffa34855f68778eb7", "audio_path": "audio/test/foa_994ffa34855f68778eb7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_5e16532423bb4708a282", "split": "test", "audio_id": "foa_e9c6fef55c9dad6b77a1", "audio_path": "audio/test/foa_e9c6fef55c9dad6b77a1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_4dac91ea7635b3424d06", "split": "test", "audio_id": "foa_e8af27c33a5a014d09fb", "audio_path": "audio/test/foa_e8af27c33a5a014d09fb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the zipper, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The insect is higher in elevation compared to the zipper.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_c3d04684a6cd02258da7", "split": "test", "audio_id": "foa_02e2dbfab0210463ade9", "audio_path": "audio/test/foa_02e2dbfab0210463ade9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the door or the telephone alarm located closer to the listener? Answer in one sentence.", "answer": "The telephone alarm is closer to the listener than the door.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_ab37280690f29d7e518d", "split": "test", "audio_id": "foa_335fa02d2ce45e825af6", "audio_path": "audio/test/foa_335fa02d2ce45e825af6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 3.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The gong is heard from left and below during 0.1s to 3.4s.", "canonical_answer": "gong from left and below.", "answer_meta": {"time_span": [0.1, 3.4]}}
{"qa_id": "qa_ae0890730374d3e52fea", "split": "test", "audio_id": "foa_1bab2d076a73f2799b3f", "audio_path": "audio/test/foa_1bab2d076a73f2799b3f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is speech to the left or right of train? Answer in one sentence.", "answer": "speech is to the right of train.", "canonical_answer": "speech is to the right of train.", "answer_meta": {}}
{"qa_id": "qa_afd36c8549e1a2619317", "split": "test", "audio_id": "foa_e437ccf4e762d2050275", "audio_path": "audio/test/foa_e437ccf4e762d2050275.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left says, \"I hastened back to the lines.\"", "canonical_answer": "I hastened back to the lines.", "answer_meta": {}}
{"qa_id": "qa_c9fe4d07535615012990", "split": "test", "audio_id": "foa_00ae0bca0de05c9ccdb0", "audio_path": "audio/test/foa_00ae0bca0de05c9ccdb0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the laughter and the singing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The laughter is closer to the listener than the singing.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_df98e9d84561a060b73b", "split": "test", "audio_id": "foa_5ba072cc9c74f34ae7e6", "audio_path": "audio/test/foa_5ba072cc9c74f34ae7e6.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to car, is animal on the left or on the right? Answer in one sentence.", "answer": "animal is to the left of car.", "canonical_answer": "animal is to the left of car.", "answer_meta": {}}
{"qa_id": "qa_7b06ad7f429275435c4c", "split": "test", "audio_id": "foa_713f313c3dd1c3ca26bf", "audio_path": "audio/test/foa_713f313c3dd1c3ca26bf.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sources, dog or writing, is positioned at a higher elevation? Answer in one sentence.", "answer": "The writing source is at a higher elevation than the dog.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_c60d3f2944d6e77cfecd", "split": "test", "audio_id": "foa_6db35d1d0548d17a7a7b", "audio_path": "audio/test/foa_6db35d1d0548d17a7a7b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_06e632a1eaa3c3458c5a", "split": "test", "audio_id": "foa_9693ce514a2fec0070d3", "audio_path": "audio/test/foa_9693ce514a2fec0070d3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located directly in front of you saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"But, I shall spare her.\"", "canonical_answer": "But, I shall spare her.", "answer_meta": {}}
{"qa_id": "qa_5f256bbf72885e5b1fbd", "split": "test", "audio_id": "foa_b9db70a9c9ca8d430bf1", "audio_path": "audio/test/foa_b9db70a9c9ca8d430bf1.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the glass occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The glass is heard from front during 0.0s to 5.1s.", "canonical_answer": "glass from front.", "answer_meta": {"time_span": [0.0, 5.1]}}
{"qa_id": "qa_4d9f02dd5d54fcc11cf7", "split": "test", "audio_id": "foa_c4d9d56dfed87e54d5e3", "audio_path": "audio/test/foa_c4d9d56dfed87e54d5e3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 6.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The percussion is heard from back and above during 0.0s to 6.1s.", "canonical_answer": "percussion from back and above.", "answer_meta": {"time_span": [0.0, 6.1]}}
{"qa_id": "qa_d4a9322dfa442ac2449b", "split": "test", "audio_id": "foa_64801f3e59a826b3a345", "audio_path": "audio/test/foa_64801f3e59a826b3a345.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to drum, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the right of drum.", "canonical_answer": "cooking is to the right of drum.", "answer_meta": {}}
{"qa_id": "qa_609d6ba13683568a344c", "split": "test", "audio_id": "foa_068079fab02769a57807", "audio_path": "audio/test/foa_068079fab02769a57807.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_31c87da337ca0804b53c", "split": "test", "audio_id": "foa_8e4766b857792ab29a9b", "audio_path": "audio/test/foa_8e4766b857792ab29a9b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the speech and the train, which source is located closer to the listener? Answer in one sentence.", "answer": "The speech is closer to the listener than the train.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_311e6539f50ca49de9bd", "split": "test", "audio_id": "foa_bd21441369d4960c717b", "audio_path": "audio/test/foa_bd21441369d4960c717b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the animal sound or the thunderstorm sound coming from a higher elevation? Answer in one sentence.", "answer": "The animal sound is coming from a higher elevation than the thunderstorm.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_177402ead07da83b3569", "split": "test", "audio_id": "foa_2e9c31aeffba0a3e9606", "audio_path": "audio/test/foa_2e9c31aeffba0a3e9606.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"Forgotten, too, the name of Gillian, the lovely captive.\"", "canonical_answer": "Forgotten, too, the name of Gillian, the lovely captive.", "answer_meta": {}}
{"qa_id": "qa_45bf37b1ad7d70bba3a6", "split": "test", "audio_id": "foa_530a3655b1df8718813e", "audio_path": "audio/test/foa_530a3655b1df8718813e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_2a21db8d2764ff4572bd", "split": "test", "audio_id": "foa_3d7ea023bc3cec6210ea", "audio_path": "audio/test/foa_3d7ea023bc3cec6210ea.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to laughter, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the left of laughter.", "canonical_answer": "appliance is to the left of laughter.", "answer_meta": {}}
{"qa_id": "qa_354f57d4bdf29597c4a2", "split": "test", "audio_id": "foa_f0f3a59dfb9e69bd504f", "audio_path": "audio/test/foa_f0f3a59dfb9e69bd504f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the wind or the wind instrument? Answer in one sentence.", "answer": "The wind instrument is located at a higher elevation than the wind.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_bce5ec13f0b76eae2eee", "split": "test", "audio_id": "foa_012278ce84e8bd1ba9d3", "audio_path": "audio/test/foa_012278ce84e8bd1ba9d3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the front say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Yes.\"", "canonical_answer": "Yes.", "answer_meta": {}}
{"qa_id": "qa_d542f9df437faf2e9ce8", "split": "test", "audio_id": "foa_e6f3eb55a2b6b23a3852", "audio_path": "audio/test/foa_e6f3eb55a2b6b23a3852.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the appliance or the keyboard instrument? Answer in one sentence.", "answer": "The appliance is located closer to the listener than the keyboard instrument.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_3e76f8fcb64d809c585d", "split": "test", "audio_id": "foa_31280fee1215bdcd7a6f", "audio_path": "audio/test/foa_31280fee1215bdcd7a6f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 3.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The keyboard instrument is heard from right and below during 0.0s to 3.4s.", "canonical_answer": "keyboard instrument from right and below.", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_3fd7c824e551883419fe", "split": "test", "audio_id": "foa_53abe9a3fe1ec4b1f283", "audio_path": "audio/test/foa_53abe9a3fe1ec4b1f283.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_4a9f73648a918007e25c", "split": "test", "audio_id": "foa_04fa2b1b9ea1ba642a81", "audio_path": "audio/test/foa_04fa2b1b9ea1ba642a81.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The singing is heard from front-left and above during 0.4s to 20.0s.", "canonical_answer": "singing from front-left and above.", "answer_meta": {"time_span": [0.4, 20.0]}}
{"qa_id": "qa_e1307ca5486ad5053411", "split": "test", "audio_id": "foa_945e211a212956078b73", "audio_path": "audio/test/foa_945e211a212956078b73.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the singing and the thunderstorm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the thunderstorm.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f7a046f9eae86930f8b7", "split": "test", "audio_id": "foa_a3eb847e0d5d0c5b4433", "audio_path": "audio/test/foa_a3eb847e0d5d0c5b4433.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is door on the left or on the right? Answer in one sentence.", "answer": "door is to the right of tearing.", "canonical_answer": "door is to the right of tearing.", "answer_meta": {}}
{"qa_id": "qa_6d47a30a980520fbf9d5", "split": "test", "audio_id": "foa_5afa14c5762a23ee0ec9", "audio_path": "audio/test/foa_5afa14c5762a23ee0ec9.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left is saying, \"Wishing him, said Mary, in a tone of inquiry.\"", "canonical_answer": "Wishing him, said Mary, in a tone of inquiry.", "answer_meta": {}}
{"qa_id": "qa_1687466d6c8f15f14774", "split": "test", "audio_id": "foa_4206ffc8940c594640ca", "audio_path": "audio/test/foa_4206ffc8940c594640ca.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the insect or the wind? Answer in one sentence.", "answer": "The wind is positioned at a greater height than the insect.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_b7bb0e94bfdc02f5466b", "split": "test", "audio_id": "foa_a30f0cf9c44f56c267bb", "audio_path": "audio/test/foa_a30f0cf9c44f56c267bb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the crackle or the vehicle located at a higher elevation? Answer in one sentence.", "answer": "The crackle is at a higher elevation than the vehicle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_654985799b9979e36f5a", "split": "test", "audio_id": "foa_b3b2151c9876f5b486b4", "audio_path": "audio/test/foa_b3b2151c9876f5b486b4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to singing, is male speech on the left or on the right? Answer in one sentence.", "answer": "male speech is to the right of singing.", "canonical_answer": "male speech is to the right of singing.", "answer_meta": {}}
{"qa_id": "qa_21766a3b92c7a2d011c0", "split": "test", "audio_id": "foa_721dc573364b8f1f2a0c", "audio_path": "audio/test/foa_721dc573364b8f1f2a0c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_d9a75390d371351aa650", "split": "test", "audio_id": "foa_cb505ab481e637a0c136", "audio_path": "audio/test/foa_cb505ab481e637a0c136.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the front-left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"Dry and of magnificent bouquet.\"", "canonical_answer": "Dry and of magnificent bouquet.", "answer_meta": {}}
{"qa_id": "qa_ae68419311d0fc1a1c01", "split": "test", "audio_id": "foa_c5fef15a8d82cf2f7920", "audio_path": "audio/test/foa_c5fef15a8d82cf2f7920.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 2.1s to 3.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The frog is heard from front and below during 2.1s to 3.6s.", "canonical_answer": "frog from front and below.", "answer_meta": {"time_span": [2.1, 3.6]}}
{"qa_id": "qa_739ae0ae8dbf83e406fa", "split": "test", "audio_id": "foa_259d815ee27681daf15a", "audio_path": "audio/test/foa_259d815ee27681daf15a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the frog and the telephone alarm, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The telephone alarm is closer to the listener than the frog.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_6e8322a16cecb8adab6b", "split": "test", "audio_id": "foa_2758aceddeb7226d3340", "audio_path": "audio/test/foa_2758aceddeb7226d3340.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right says, \"Every man who entered the twenties had his own training tricks.\"", "canonical_answer": "Every man who entered the twenties had his own training tricks.", "answer_meta": {}}
{"qa_id": "qa_8845815f810c585980cb", "split": "test", "audio_id": "foa_c4b23ed2627d21fbf5b9", "audio_path": "audio/test/foa_c4b23ed2627d21fbf5b9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_d487b338475f3efb6f7e", "split": "test", "audio_id": "foa_9886b62c58a5a0dc3bba", "audio_path": "audio/test/foa_9886b62c58a5a0dc3bba.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the door or the train sound source closer to the listener? Answer in one sentence.", "answer": "The train is closer to the listener than the door.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_0b05745f1370e5318d9d", "split": "test", "audio_id": "foa_6c0836976fb80ecf7458", "audio_path": "audio/test/foa_6c0836976fb80ecf7458.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to machine, is bell on the left or on the right? Answer in one sentence.", "answer": "bell is to the left of machine.", "canonical_answer": "bell is to the left of machine.", "answer_meta": {}}
{"qa_id": "qa_6931ff3db615d21638f8", "split": "test", "audio_id": "foa_d831c1a65d873778f5eb", "audio_path": "audio/test/foa_d831c1a65d873778f5eb.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 2.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The keyboard instrument is heard from right during 0.3s to 2.1s.", "canonical_answer": "keyboard instrument from right.", "answer_meta": {"time_span": [0.3, 2.1]}}
{"qa_id": "qa_4732a5363bb50cf870e3", "split": "test", "audio_id": "foa_d476f929150c4407ddd3", "audio_path": "audio/test/foa_d476f929150c4407ddd3.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the finger snapping or the scratch located at a higher elevation? Answer in one sentence.", "answer": "The finger snapping is at a higher elevation than the scratch.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_a9ed7050d432c6c1df53", "split": "test", "audio_id": "foa_f4f020be2098e507003b", "audio_path": "audio/test/foa_f4f020be2098e507003b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the footsteps or the keyboard instrument? Answer in one sentence.", "answer": "The keyboard instrument is located closer to the listener than the footsteps.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_deaf27b7a379f11dcf85", "split": "test", "audio_id": "foa_678e22c40b38348725b9", "audio_path": "audio/test/foa_678e22c40b38348725b9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_b7d8b3877714ce7d3b7f", "split": "test", "audio_id": "foa_4e02f687a5a2a832e21e", "audio_path": "audio/test/foa_4e02f687a5a2a832e21e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of insect? Answer in one sentence.", "answer": "dog is to the left of insect.", "canonical_answer": "dog is to the left of insect.", "answer_meta": {}}
{"qa_id": "qa_01ef65b200a0f99743e5", "split": "test", "audio_id": "foa_a1488388703e5bdd7327", "audio_path": "audio/test/foa_a1488388703e5bdd7327.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the telephone alarm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The telephone alarm is heard from back-left during 0.0s to 7.4s.", "canonical_answer": "telephone alarm from back-left.", "answer_meta": {"time_span": [0.0, 7.4]}}
{"qa_id": "qa_1f308d22a33b17c7d443", "split": "test", "audio_id": "foa_205de9a1d0892d891705", "audio_path": "audio/test/foa_205de9a1d0892d891705.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source has a higher elevation, the rain or the writing? Answer in one sentence.", "answer": "The rain is located at a higher elevation than the writing.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_80e6885b5460e0fb059f", "split": "test", "audio_id": "foa_f9fb2daba08eb7926956", "audio_path": "audio/test/foa_f9fb2daba08eb7926956.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-left and below? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"I am glad I came here, she said at length.\"", "canonical_answer": "I am glad I came here, she said at length.", "answer_meta": {}}
{"qa_id": "qa_69704ee249f4c57f3c87", "split": "test", "audio_id": "foa_6c1277f1107bab48673f", "audio_path": "audio/test/foa_6c1277f1107bab48673f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 15.9s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The crackle is heard from front-right during 0.1s to 15.9s.", "canonical_answer": "crackle from front-right.", "answer_meta": {"time_span": [0.1, 15.9]}}
{"qa_id": "qa_105afe6de3e2021aeed8", "split": "test", "audio_id": "foa_0528344f34a0cdfe24bb", "audio_path": "audio/test/foa_0528344f34a0cdfe24bb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the typing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The typing sound is closer to the listener.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_c8b2b4f612bb22b80010", "split": "test", "audio_id": "foa_f9283a144939f8c68655", "audio_path": "audio/test/foa_f9283a144939f8c68655.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the tool positioned at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the tool.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_55744c9c1a48e7128513", "split": "test", "audio_id": "foa_6ba48ff60a7d83576c98", "audio_path": "audio/test/foa_6ba48ff60a7d83576c98.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to thunderstorm, is female speech on the left or on the right? Answer in one sentence.", "answer": "female speech is to the right of thunderstorm.", "canonical_answer": "female speech is to the right of thunderstorm.", "answer_meta": {}}
{"qa_id": "qa_e965c8422c119ad5fdb4", "split": "test", "audio_id": "foa_2dc0c27e0f140d77638a", "audio_path": "audio/test/foa_2dc0c27e0f140d77638a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_715a57bada3afece51a1", "split": "test", "audio_id": "foa_a5ded2aa9edc4eedf92a", "audio_path": "audio/test/foa_a5ded2aa9edc4eedf92a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at front-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the front-right says, \"This usurper held sway at Samaria for only a month.\"", "canonical_answer": "This usurper held sway at Samaria for only a month.", "answer_meta": {}}
{"qa_id": "qa_801ddf3510959b77064c", "split": "test", "audio_id": "foa_286a76a63946dd5599d6", "audio_path": "audio/test/foa_286a76a63946dd5599d6.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is scratch to the left or right of writing? Answer in one sentence.", "answer": "scratch is to the right of writing.", "canonical_answer": "scratch is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_639cbc0599a8742ff138", "split": "test", "audio_id": "foa_b855718f6ca45f2c722b", "audio_path": "audio/test/foa_b855718f6ca45f2c722b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_50da167c2be4f066916c", "split": "test", "audio_id": "foa_df4f6f1750b4125b60c1", "audio_path": "audio/test/foa_df4f6f1750b4125b60c1.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What are the spoken words coming from the speaker located to the left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the left said, \"What does it mean, cried one.\"", "canonical_answer": "What does it mean, cried one.", "answer_meta": {}}
{"qa_id": "qa_8a93bc1ea3243d8a7156", "split": "test", "audio_id": "foa_9bc732974b6dd9a3777f", "audio_path": "audio/test/foa_9bc732974b6dd9a3777f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the home sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The home sound is heard from front during 2.0s to 10.1s.", "canonical_answer": "home sound from front.", "answer_meta": {"time_span": [2.0, 10.1]}}
{"qa_id": "qa_931a32ab639a0a8b5f72", "split": "test", "audio_id": "foa_de30ec4e5419a0a69ffa", "audio_path": "audio/test/foa_de30ec4e5419a0a69ffa.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source, the bell or the glass, is positioned closer to the listener? Answer in one sentence.", "answer": "The bell is located closer to the listener than the glass.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_ced3dc141d3b13c63049", "split": "test", "audio_id": "foa_b57d3fd2351d1d6147ac", "audio_path": "audio/test/foa_b57d3fd2351d1d6147ac.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the female speech or the paper located at a higher elevation? Answer in one sentence.", "answer": "The paper is positioned at a higher elevation than the female speech.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_9c61781f97b77b5f698b", "split": "test", "audio_id": "foa_8a039eed62b67ee55a93", "audio_path": "audio/test/foa_8a039eed62b67ee55a93.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the animal sound and the singing, which one is located at a higher elevation? Answer in one sentence.", "answer": "The singing is positioned at a higher elevation than the animal.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_8d174b4e5c5e25d2f000", "split": "test", "audio_id": "foa_2ff359c195677327b1b3", "audio_path": "audio/test/foa_2ff359c195677327b1b3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned behind and below the listener say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"We feel that we must live on cream for the rest of our lives.\"", "canonical_answer": "We feel that we must live on cream for the rest of our lives.", "answer_meta": {}}
{"qa_id": "qa_49b3b947f4bff9f45994", "split": "test", "audio_id": "foa_e392ff39d3a735a87c32", "audio_path": "audio/test/foa_e392ff39d3a735a87c32.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_6e3377086bd4e18109c4", "split": "test", "audio_id": "foa_bb64a08be0438c02eb91", "audio_path": "audio/test/foa_bb64a08be0438c02eb91.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to fire, is crack on the left or on the right? Answer in one sentence.", "answer": "crack is to the right of fire.", "canonical_answer": "crack is to the right of fire.", "answer_meta": {}}
{"qa_id": "qa_2a99e4fc69cf271d0b95", "split": "test", "audio_id": "foa_fa56549cb78edab0601c", "audio_path": "audio/test/foa_fa56549cb78edab0601c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The vehicle is heard from back-right and above during 0.0s to 20.0s.", "canonical_answer": "vehicle from back-right and above.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_69e071de3ec9e41e94f8", "split": "test", "audio_id": "foa_acb4d950e1f087663bce", "audio_path": "audio/test/foa_acb4d950e1f087663bce.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crack and the tool sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the crack.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c720319dfaf93bd8a439", "split": "test", "audio_id": "foa_285eeec9f2827daaf11a", "audio_path": "audio/test/foa_285eeec9f2827daaf11a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the cooking sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The cooking sound is closer to the listener than the clock.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_03bd28d1a112029a5b0d", "split": "test", "audio_id": "foa_ae415309b16630a1dc2e", "audio_path": "audio/test/foa_ae415309b16630a1dc2e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_e28fed20c1bccf7c8b13", "split": "test", "audio_id": "foa_b30135d2568c97b30e16", "audio_path": "audio/test/foa_b30135d2568c97b30e16.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 2.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The bird is heard from front during 0.1s to 2.0s.", "canonical_answer": "bird from front.", "answer_meta": {"time_span": [0.1, 2.0]}}
{"qa_id": "qa_802ff235fafab4010eb1", "split": "test", "audio_id": "foa_4e43f086ac179e54f0f8", "audio_path": "audio/test/foa_4e43f086ac179e54f0f8.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the alarm or the wind? Answer in one sentence.", "answer": "The wind is positioned at a higher elevation than the alarm.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_3c69943ef234df521454", "split": "test", "audio_id": "foa_80296728a82256d31337", "audio_path": "audio/test/foa_80296728a82256d31337.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is glass on the left or on the right? Answer in one sentence.", "answer": "glass is to the left of tearing.", "canonical_answer": "glass is to the left of tearing.", "answer_meta": {}}
{"qa_id": "qa_590306b30c460921d638", "split": "test", "audio_id": "foa_14d9a9711fc3bc08db31", "audio_path": "audio/test/foa_14d9a9711fc3bc08db31.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left and above saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the left and above is saying, \"Oh, nonsense. What fools we are.\"", "canonical_answer": "Oh, nonsense. What fools we are.", "answer_meta": {}}
{"qa_id": "qa_d86c522911cb36d84ca1", "split": "test", "audio_id": "foa_08a2d87b8d828dace9a6", "audio_path": "audio/test/foa_08a2d87b8d828dace9a6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the finger snapping and the tape, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The finger snapping is closer to the listener than the tape.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_f9d418aa7419eef5ec2c", "split": "test", "audio_id": "foa_d6f753803fd192ffebd1", "audio_path": "audio/test/foa_d6f753803fd192ffebd1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_cd07cfdd384ee61c060c", "split": "test", "audio_id": "foa_7af71be14ffca909b7ed", "audio_path": "audio/test/foa_7af71be14ffca909b7ed.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the ocean and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The ocean is at a higher elevation than the singing.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_8d8ef2b19f62cab5a48e", "split": "test", "audio_id": "foa_ecedbb2dd491ed0645fd", "audio_path": "audio/test/foa_ecedbb2dd491ed0645fd.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"He showed himself on the platform.\"", "canonical_answer": "He showed himself on the platform.", "answer_meta": {}}
{"qa_id": "qa_65f908180101d666b961", "split": "test", "audio_id": "foa_a1a22eb3622d89234921", "audio_path": "audio/test/foa_a1a22eb3622d89234921.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 3.3s to 13.7s, what source is active and where is it located? Answer in one sentence.", "answer": "The guitar is heard from right and below during 3.3s to 13.7s.", "canonical_answer": "guitar from right and below.", "answer_meta": {"time_span": [3.3, 13.7]}}
{"qa_id": "qa_55f8d62b3ce21703e1ce", "split": "test", "audio_id": "foa_fd08aa42e25e80a24790", "audio_path": "audio/test/foa_fd08aa42e25e80a24790.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is finger snapping to the left or right of typing? Answer in one sentence.", "answer": "finger snapping is to the left of typing.", "canonical_answer": "finger snapping is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_e849773763f7786b13b7", "split": "test", "audio_id": "foa_b70be49f0853861564d7", "audio_path": "audio/test/foa_b70be49f0853861564d7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the speech sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The speech source is closer to the listener than the alarm.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_550f5c9df2be9479f961", "split": "test", "audio_id": "foa_8bb99b3425327d55512d", "audio_path": "audio/test/foa_8bb99b3425327d55512d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"The emptying of tankards did not decrease their success.\"", "canonical_answer": "The emptying of tankards did not decrease their success.", "answer_meta": {}}
{"qa_id": "qa_d8d723bd298e776390e5", "split": "test", "audio_id": "foa_d281a290c7e296fb93c4", "audio_path": "audio/test/foa_d281a290c7e296fb93c4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is fire to the left or right of tape? Answer in one sentence.", "answer": "fire is to the left of tape.", "canonical_answer": "fire is to the left of tape.", "answer_meta": {}}
{"qa_id": "qa_760885130c4e2fd6fefa", "split": "test", "audio_id": "foa_59cadc793f7c91bb77f6", "audio_path": "audio/test/foa_59cadc793f7c91bb77f6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 17.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The cat is heard from back during 0.5s to 17.6s.", "canonical_answer": "cat from back.", "answer_meta": {"time_span": [0.5, 17.6]}}
{"qa_id": "qa_4574008182b17d870907", "split": "test", "audio_id": "foa_8370b9665d2181423adf", "audio_path": "audio/test/foa_8370b9665d2181423adf.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_26c2d4251fae1ea52daf", "split": "test", "audio_id": "foa_c5a80073f699de32d07e", "audio_path": "audio/test/foa_c5a80073f699de32d07e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the vehicle or the water located at a higher elevation? Answer in one sentence.", "answer": "The vehicle is located at a higher elevation than the water.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_2f8b31d488f83533911b", "split": "test", "audio_id": "foa_605ae3611e4aee7c3dd3", "audio_path": "audio/test/foa_605ae3611e4aee7c3dd3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is clock to the left or right of printer? Answer in one sentence.", "answer": "clock is to the right of printer.", "canonical_answer": "clock is to the right of printer.", "answer_meta": {}}
{"qa_id": "qa_bfc6c84abc1578e60abb", "split": "test", "audio_id": "foa_e18142014f4a1ddde101", "audio_path": "audio/test/foa_e18142014f4a1ddde101.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 9.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The tearing is heard from back-left and above during 0.0s to 9.4s.", "canonical_answer": "tearing from back-left and above.", "answer_meta": {"time_span": [0.0, 9.4]}}
{"qa_id": "qa_1c9cbf806cfa25c278b5", "split": "test", "audio_id": "foa_442c5024824a5054dd01", "audio_path": "audio/test/foa_442c5024824a5054dd01.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the paper or the tool located closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the paper.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_610be98c6875882762b2", "split": "test", "audio_id": "foa_0f10db50a30c4d69075f", "audio_path": "audio/test/foa_0f10db50a30c4d69075f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person positioned to the left and above? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at that location said, \"And from that time, she became his wife.\"", "canonical_answer": "And from that time, she became his wife.", "answer_meta": {}}
{"qa_id": "qa_627369eeca8c533f5122", "split": "test", "audio_id": "foa_0f5f0975e6fd55331f0e", "audio_path": "audio/test/foa_0f5f0975e6fd55331f0e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the frog or the train? Answer in one sentence.", "answer": "The frog is positioned at a higher elevation than the train.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_dcbf51f2d5ac3d11400f", "split": "test", "audio_id": "foa_f3fda614e9eb16c573e7", "audio_path": "audio/test/foa_f3fda614e9eb16c573e7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_f70271b59996f70860e9", "split": "test", "audio_id": "foa_0632862f72af781052a4", "audio_path": "audio/test/foa_0632862f72af781052a4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to vehicle, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the left of vehicle.", "canonical_answer": "aircraft is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_09d1c671414bc66dfe64", "split": "test", "audio_id": "foa_d972eaaf97b7b6e1c4bd", "audio_path": "audio/test/foa_d972eaaf97b7b6e1c4bd.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the appliance or the laughter located at a higher elevation? Answer in one sentence.", "answer": "The laughter is at a higher elevation than the appliance.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_b489f26f1c9ad1d270b9", "split": "test", "audio_id": "foa_0289f03db28ed051fd97", "audio_path": "audio/test/foa_0289f03db28ed051fd97.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the right said, \"Your affectionate aunt Adella hunter.\"", "canonical_answer": "Your affectionate aunt Adella hunter.", "answer_meta": {}}
{"qa_id": "qa_396fa654c8726d15bc30", "split": "test", "audio_id": "foa_bb5e860da7a25215f9af", "audio_path": "audio/test/foa_bb5e860da7a25215f9af.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the finger snapping or the wind, is positioned closer to the listener? Answer in one sentence.", "answer": "The finger snapping is closer to the listener than the wind.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_2504adabb2543c32858d", "split": "test", "audio_id": "foa_62d0d9c1dcb319cfbffa", "audio_path": "audio/test/foa_62d0d9c1dcb319cfbffa.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 3.6s to 8.3s, what source is active and where is it located? Answer in one sentence.", "answer": "The car is heard from front during 3.6s to 8.3s.", "canonical_answer": "car from front.", "answer_meta": {"time_span": [3.6, 8.3]}}
{"qa_id": "qa_b3f2c5a7925550f07569", "split": "test", "audio_id": "foa_011db62b36d7ae9864d1", "audio_path": "audio/test/foa_011db62b36d7ae9864d1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_a44ab31144581bb8f00c", "split": "test", "audio_id": "foa_bbd4a6aeeef248b7aad2", "audio_path": "audio/test/foa_bbd4a6aeeef248b7aad2.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_1854112b86434570904f", "split": "test", "audio_id": "foa_dd300e4c37c513c0475f", "audio_path": "audio/test/foa_dd300e4c37c513c0475f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"Don't you feel lonely in it sometimes, O, never.\"", "canonical_answer": "Don't you feel lonely in it sometimes, O, never.", "answer_meta": {}}
{"qa_id": "qa_f94c839c2cffae78617c", "split": "test", "audio_id": "foa_e9078f810da87888c25f", "audio_path": "audio/test/foa_e9078f810da87888c25f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to writing, is crackle on the left or on the right? Answer in one sentence.", "answer": "crackle is to the left of writing.", "canonical_answer": "crackle is to the left of writing.", "answer_meta": {}}
{"qa_id": "qa_c960df9c761c55b73941", "split": "test", "audio_id": "foa_3d3254c3913391c91a54", "audio_path": "audio/test/foa_3d3254c3913391c91a54.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.7s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The telephone alarm is heard from left and below during 0.7s to 20.0s.", "canonical_answer": "telephone alarm from left and below.", "answer_meta": {"time_span": [0.7, 20.0]}}
{"qa_id": "qa_7b4c5e060f799fd6eed6", "split": "test", "audio_id": "foa_728eb887b1f948cea88f", "audio_path": "audio/test/foa_728eb887b1f948cea88f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the clock and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The clock is located at a higher elevation than the zipper.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_3721b968664d5d4b3db4", "split": "test", "audio_id": "foa_d73328fd4c3244e9d856", "audio_path": "audio/test/foa_d73328fd4c3244e9d856.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the car and the drum, which one is located closer to the listener? Answer in one sentence.", "answer": "The car is closer to the listener than the drum.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_e1a5c2df175a7b04f3d8", "split": "test", "audio_id": "foa_63424acc26e17fa1cc0d", "audio_path": "audio/test/foa_63424acc26e17fa1cc0d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 4.9s, what source is active and where is it located? Answer in one sentence.", "answer": "The male speech is heard from front-left during 0.1s to 4.9s.", "canonical_answer": "male speech from front-left.", "answer_meta": {"time_span": [0.1, 4.9]}}
{"qa_id": "qa_236c88f4842692a9b845", "split": "test", "audio_id": "foa_50e5e53df4319274101f", "audio_path": "audio/test/foa_50e5e53df4319274101f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the dog and the vehicle, which one is located at a higher elevation? Answer in one sentence.", "answer": "The vehicle is positioned at a higher elevation than the dog.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_83a8fb902c2a3f65c68b", "split": "test", "audio_id": "foa_6d65d2381d6579aef7be", "audio_path": "audio/test/foa_6d65d2381d6579aef7be.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Sufficient, allow two crumpets to each person.\"", "canonical_answer": "Sufficient, allow two crumpets to each person.", "answer_meta": {}}
{"qa_id": "qa_718d9512d168f42fe158", "split": "test", "audio_id": "foa_0ae0d58f358c7a34cd7a", "audio_path": "audio/test/foa_0ae0d58f358c7a34cd7a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal and the musical instrument, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The animal is closer to the listener than the musical instrument.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_0cf15f2dc1e79adefbed", "split": "test", "audio_id": "foa_80e2b2263171704e61f5", "audio_path": "audio/test/foa_80e2b2263171704e61f5.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_c3eab1211d3a8f5be4c0", "split": "test", "audio_id": "foa_e4c518db2011f28a436e", "audio_path": "audio/test/foa_e4c518db2011f28a436e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to male speech, is knock on the left or on the right? Answer in one sentence.", "answer": "knock is to the right of male speech.", "canonical_answer": "knock is to the right of male speech.", "answer_meta": {}}
{"qa_id": "qa_9f86c35733bdc2a5be21", "split": "test", "audio_id": "foa_62d9ac091bd712f2c7f7", "audio_path": "audio/test/foa_62d9ac091bd712f2c7f7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_7daf41230265bbfa5e10", "split": "test", "audio_id": "foa_92c50a4ebdf1d7889f3e", "audio_path": "audio/test/foa_92c50a4ebdf1d7889f3e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned at a higher elevation, the footsteps or the wind instrument? Answer in one sentence.", "answer": "The wind instrument is at a higher elevation than the footsteps.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_19679d62e12453bdc326", "split": "test", "audio_id": "foa_132400ef2b972874f9bb", "audio_path": "audio/test/foa_132400ef2b972874f9bb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the wood sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The camera is closer to the listener than the wood.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_7196acdc30518b8cbaef", "split": "test", "audio_id": "foa_3d226c0f9d8e3bbe8ccc", "audio_path": "audio/test/foa_3d226c0f9d8e3bbe8ccc.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The male speech is heard from front-right and below during 0.3s to 20.0s.", "canonical_answer": "male speech from front-right and below.", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_73b2ee882c46563fca7f", "split": "test", "audio_id": "foa_1586038116eff0372d13", "audio_path": "audio/test/foa_1586038116eff0372d13.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of war sound? Answer in one sentence.", "answer": "cooking is to the right of war sound.", "canonical_answer": "cooking is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_88616153c60dad067f7e", "split": "test", "audio_id": "foa_a118ce0dc8a9151d13cc", "audio_path": "audio/test/foa_a118ce0dc8a9151d13cc.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the front-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"That's the truth. The real truth, said Timokhin.\"", "canonical_answer": "That's the truth. The real truth, said Timokhin.", "answer_meta": {}}
{"qa_id": "qa_ffc68a6ca342965b4fff", "split": "test", "audio_id": "foa_76812111b8d026b09f0e", "audio_path": "audio/test/foa_76812111b8d026b09f0e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the human vocalization or the tearing sound located at a higher elevation? Answer in one sentence.", "answer": "The human vocalization is at a higher elevation than the tearing sound.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_b5aaefdfd44f0da60bc5", "split": "test", "audio_id": "foa_555988f351566c96d035", "audio_path": "audio/test/foa_555988f351566c96d035.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the musical instrument and the war sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The musical instrument is closer to the listener than the war sound.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_1175303d54650a9162c8", "split": "test", "audio_id": "foa_d80559f8af4e10338398", "audio_path": "audio/test/foa_d80559f8af4e10338398.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_b06523380c9d4db19172", "split": "test", "audio_id": "foa_86758657fcf565cbf3f1", "audio_path": "audio/test/foa_86758657fcf565cbf3f1.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drawer cabinet to the left or right of gong? Answer in one sentence.", "answer": "drawer cabinet is to the left of gong.", "canonical_answer": "drawer cabinet is to the left of gong.", "answer_meta": {}}
{"qa_id": "qa_11423875482a44b3b88f", "split": "test", "audio_id": "foa_dcf7de5de7b0315a9a1b", "audio_path": "audio/test/foa_dcf7de5de7b0315a9a1b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"Presently, it stole back to his coat sleeve.\"", "canonical_answer": "Presently, it stole back to his coat sleeve.", "answer_meta": {}}
{"qa_id": "qa_f70cfa018b0c7e3dde93", "split": "test", "audio_id": "foa_38d44cbcaa761fd1be08", "audio_path": "audio/test/foa_38d44cbcaa761fd1be08.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The bird is heard from front-left and below during 0.2s to 20.0s.", "canonical_answer": "bird from front-left and below.", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_3caa9a9eb0d7041cf245", "split": "test", "audio_id": "foa_d411ee9390dc1e94745c", "audio_path": "audio/test/foa_d411ee9390dc1e94745c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal sound and the metal clink, which one is located closer to the listener? Answer in one sentence.", "answer": "The animal sound is closer to the listener than the metal clink.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_45a41adc75f27a2aa073", "split": "test", "audio_id": "foa_5ea0baded9fe0019435d", "audio_path": "audio/test/foa_5ea0baded9fe0019435d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the front-left and below say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"These vast buildings. what were they.\"", "canonical_answer": "These vast buildings. what were they.", "answer_meta": {}}
{"qa_id": "qa_6c8851f77a96d18c7dd4", "split": "test", "audio_id": "foa_aa91384fa214f081320e", "audio_path": "audio/test/foa_aa91384fa214f081320e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_2dea5c07407b687498f3", "split": "test", "audio_id": "foa_9b88dbc7317e4995ef81", "audio_path": "audio/test/foa_9b88dbc7317e4995ef81.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cat and the printer, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The cat is at a higher elevation than the printer.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_7d62abe2e93ff4fe9cf1", "split": "test", "audio_id": "foa_ff4a0e03b514f68fa620", "audio_path": "audio/test/foa_ff4a0e03b514f68fa620.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is appliance to the left or right of footsteps? Answer in one sentence.", "answer": "appliance is to the right of footsteps.", "canonical_answer": "appliance is to the right of footsteps.", "answer_meta": {}}
{"qa_id": "qa_2befd7efba30896b365c", "split": "test", "audio_id": "foa_727eec486609ffee4a01", "audio_path": "audio/test/foa_727eec486609ffee4a01.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 4.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The singing is heard from front-right and below during 0.2s to 4.8s.", "canonical_answer": "singing from front-right and below.", "answer_meta": {"time_span": [0.2, 4.8]}}
{"qa_id": "qa_9986a47ada535609fb89", "split": "test", "audio_id": "foa_c300a7a74e51dea9f5a4", "audio_path": "audio/test/foa_c300a7a74e51dea9f5a4.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the crackle or the scratch located at a higher elevation? Answer in one sentence.", "answer": "The scratch is positioned at a higher elevation than the crackle.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_43bf0f7e35d82e029ba3", "split": "test", "audio_id": "foa_255a72a09715a1c23160", "audio_path": "audio/test/foa_255a72a09715a1c23160.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 7.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from right during 0.5s to 7.5s.", "canonical_answer": "speech from right.", "answer_meta": {"time_span": [0.5, 7.5]}}
{"qa_id": "qa_f82bc3c69eb9ef9b66f4", "split": "test", "audio_id": "foa_bc65181441a73cf81d0e", "audio_path": "audio/test/foa_bc65181441a73cf81d0e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to paper, is knock on the left or on the right? Answer in one sentence.", "answer": "knock is to the left of paper.", "canonical_answer": "knock is to the left of paper.", "answer_meta": {}}
{"qa_id": "qa_2c4f964dda4b2b239f9b", "split": "test", "audio_id": "foa_0bae868e8d3a816a95fb", "audio_path": "audio/test/foa_0bae868e8d3a816a95fb.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"But, this is a fallacy.\"", "canonical_answer": "But, this is a fallacy.", "answer_meta": {}}
{"qa_id": "qa_8ad37ca62b68ba34bc31", "split": "test", "audio_id": "foa_f75152938eefe279feea", "audio_path": "audio/test/foa_f75152938eefe279feea.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f051d1c5d12fb1fd4b6d", "split": "test", "audio_id": "foa_385f1a5118111034b0de", "audio_path": "audio/test/foa_385f1a5118111034b0de.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drum and the machine, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The machine is closer to the listener than the drum.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_decc6cca9db379056012", "split": "test", "audio_id": "foa_5e1229997228952304fe", "audio_path": "audio/test/foa_5e1229997228952304fe.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is female speech to the left or right of writing? Answer in one sentence.", "answer": "female speech is to the left of writing.", "canonical_answer": "female speech is to the left of writing.", "answer_meta": {}}
{"qa_id": "qa_71e8c1dd86cb0492e6d6", "split": "test", "audio_id": "foa_01ee63f79b3993e1560c", "audio_path": "audio/test/foa_01ee63f79b3993e1560c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_92d2dcfefd2ae6192300", "split": "test", "audio_id": "foa_da99191f5a048ac88ca6", "audio_path": "audio/test/foa_da99191f5a048ac88ca6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bird and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The singing is at a higher elevation than the bird.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_2a6bea74cec69b233541", "split": "test", "audio_id": "foa_5aee4f0ec957d5e0bada", "audio_path": "audio/test/foa_5aee4f0ec957d5e0bada.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the singing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the camera.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_2f4d37ac9012d3f129ee", "split": "test", "audio_id": "foa_cd7fb974b5c84dfa09bb", "audio_path": "audio/test/foa_cd7fb974b5c84dfa09bb.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The typing is heard from right and above during 0.1s to 20.0s.", "canonical_answer": "typing from right and above.", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_c5f55964c8a02227a8ff", "split": "test", "audio_id": "foa_f95f3092116e75396162", "audio_path": "audio/test/foa_f95f3092116e75396162.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at an azimuth of 117.0 degrees and an elevation of -25.4 degrees saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"What do you mean, Sir.\"", "canonical_answer": "What do you mean, Sir.", "answer_meta": {}}
{"qa_id": "qa_111a6221216715731b4b", "split": "test", "audio_id": "foa_ef1bcb563cfdf43bb112", "audio_path": "audio/test/foa_ef1bcb563cfdf43bb112.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"There is no harm in being of a good family.\"", "canonical_answer": "There is no harm in being of a good family.", "answer_meta": {}}
{"qa_id": "qa_e411ea6b051fe401a94f", "split": "test", "audio_id": "foa_d4eb8b1e51e6fc4804a5", "audio_path": "audio/test/foa_d4eb8b1e51e6fc4804a5.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_9fad460e1f6dc37e7041", "split": "test", "audio_id": "foa_436b0019abce36b345fb", "audio_path": "audio/test/foa_436b0019abce36b345fb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is insect to the left or right of wood? Answer in one sentence.", "answer": "insect is to the right of wood.", "canonical_answer": "insect is to the right of wood.", "answer_meta": {}}
{"qa_id": "qa_0dd61352180c9053e100", "split": "test", "audio_id": "foa_42963830f60a655d6067", "audio_path": "audio/test/foa_42963830f60a655d6067.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the crackle or the water located at a higher elevation? Answer in one sentence.", "answer": "The water is situated at a higher elevation than the crackle.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_226248b221b115b371f3", "split": "test", "audio_id": "foa_434006c7b0f24bc0b100", "audio_path": "audio/test/foa_434006c7b0f24bc0b100.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the finger snapping and the train, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The finger snapping is the sound source located closer to the listener.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_41efcc48ee9f0f04b68f", "split": "test", "audio_id": "foa_8bbdbacc03924e2c6eb9", "audio_path": "audio/test/foa_8bbdbacc03924e2c6eb9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 13.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The aircraft is heard from front during 0.0s to 13.8s.", "canonical_answer": "aircraft from front.", "answer_meta": {"time_span": [0.0, 13.8]}}
{"qa_id": "qa_4ea65f8040551ee02ab9", "split": "test", "audio_id": "foa_1e015b12ee086022f5e9", "audio_path": "audio/test/foa_1e015b12ee086022f5e9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the machine occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The machine is heard from front-left and below during 0.0s to 14.1s.", "canonical_answer": "machine from front-left and below.", "answer_meta": {"time_span": [0.0, 14.1]}}
{"qa_id": "qa_eea6a54f0ca72ce79820", "split": "test", "audio_id": "foa_3d9b02915a66f9e4b7e8", "audio_path": "audio/test/foa_3d9b02915a66f9e4b7e8.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_b88925876e2721aa0073", "split": "test", "audio_id": "foa_80e614f79a56f9b62f71", "audio_path": "audio/test/foa_80e614f79a56f9b62f71.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left stated, \"Once again, the Hebrews came into contact with assyria.\"", "canonical_answer": "Once again, the Hebrews came into contact with assyria.", "answer_meta": {}}
{"qa_id": "qa_3612955bb5b19a79ca92", "split": "test", "audio_id": "foa_928efedb401c271e10e8", "audio_path": "audio/test/foa_928efedb401c271e10e8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to vehicle, is keyboard instrument on the left or on the right? Answer in one sentence.", "answer": "keyboard instrument is to the right of vehicle.", "canonical_answer": "keyboard instrument is to the right of vehicle.", "answer_meta": {}}
{"qa_id": "qa_eb5356f0d9a5ff72d874", "split": "test", "audio_id": "foa_c03c542388902ba6c30c", "audio_path": "audio/test/foa_c03c542388902ba6c30c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the crack or the drum located at a higher elevation? Answer in one sentence.", "answer": "The drum is positioned at a higher elevation than the crack.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_154e45b09dcc317c6391", "split": "test", "audio_id": "foa_5e6bbeae968d4315313a", "audio_path": "audio/test/foa_5e6bbeae968d4315313a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the machine and the train, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The machine is closer to the listener than the train.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_cb0e54911ebc7cd6c205", "split": "test", "audio_id": "foa_343b7cbfcbb7408dac29", "audio_path": "audio/test/foa_343b7cbfcbb7408dac29.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the breathing and the crushing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The breathing sound is closer to the listener than the crushing sound.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_c1dc3ccc6b0f36164187", "split": "test", "audio_id": "foa_15f8771624a8cad66be8", "audio_path": "audio/test/foa_15f8771624a8cad66be8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 11.8s to 12.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The bird is heard from back-left and above during 11.8s to 12.4s.", "canonical_answer": "bird from back-left and above.", "answer_meta": {"time_span": [11.8, 12.4]}}
{"qa_id": "qa_0d19ceb4662a10a658da", "split": "test", "audio_id": "foa_89d4a2b088557f7a6553", "audio_path": "audio/test/foa_89d4a2b088557f7a6553.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to train, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the right of train.", "canonical_answer": "singing is to the right of train.", "answer_meta": {}}
{"qa_id": "qa_e3ce3b1c2f4fb552c1e2", "split": "test", "audio_id": "foa_0f3bafd173d4c55b5e4a", "audio_path": "audio/test/foa_0f3bafd173d4c55b5e4a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the fire or the tool? Answer in one sentence.", "answer": "The fire is at a higher elevation than the tool.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_eb3691b1562cde8396f2", "split": "test", "audio_id": "foa_32357c8c50b2398e3e5d", "audio_path": "audio/test/foa_32357c8c50b2398e3e5d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_0b17169775b5fb552664", "split": "test", "audio_id": "foa_52ed1da4870bfcc083fb", "audio_path": "audio/test/foa_52ed1da4870bfcc083fb.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back of the room say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back said, \"A few stray cows and sheep were only seen occasionally.\"", "canonical_answer": "A few stray cows and sheep were only seen occasionally.", "answer_meta": {}}
{"qa_id": "qa_05f81947be4a04a65745", "split": "test", "audio_id": "foa_05548b81d1f768e58f06", "audio_path": "audio/test/foa_05548b81d1f768e58f06.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the paper located at a higher elevation in the scene? Answer in one sentence.", "answer": "The paper is positioned at a higher elevation than the dog.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_9b3429cd2b43a236cc98", "split": "test", "audio_id": "foa_d9323e4e9aa24f7cde36", "audio_path": "audio/test/foa_d9323e4e9aa24f7cde36.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned behind and above the listener say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"What a fine, stupid fellow that Bragelonne was.\"", "canonical_answer": "What a fine, stupid fellow that Bragelonne was.", "answer_meta": {}}
{"qa_id": "qa_8ec4964d2e1719dcd827", "split": "test", "audio_id": "foa_e5b10e153b38e288dd87", "audio_path": "audio/test/foa_e5b10e153b38e288dd87.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bird and the laughter, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The laughter is closer to the listener than the bird.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_093ca44daa55b461f445", "split": "test", "audio_id": "foa_305796c0e660c35bb739", "audio_path": "audio/test/foa_305796c0e660c35bb739.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the kitchenware occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The kitchenware is heard from back during 0.0s to 0.2s.", "canonical_answer": "kitchenware from back.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_0b40a2e40771e6e2c530", "split": "test", "audio_id": "foa_9fd1522a51b960b4f46a", "audio_path": "audio/test/foa_9fd1522a51b960b4f46a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to string instrument, is scratch on the left or on the right? Answer in one sentence.", "answer": "scratch is to the right of string instrument.", "canonical_answer": "scratch is to the right of string instrument.", "answer_meta": {}}
{"qa_id": "qa_a0e26899f2e2b340d02c", "split": "test", "audio_id": "foa_cf463900968eb4a61b00", "audio_path": "audio/test/foa_cf463900968eb4a61b00.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_9685693ddecdde234592", "split": "test", "audio_id": "foa_4a835bfc36a997f2ac05", "audio_path": "audio/test/foa_4a835bfc36a997f2ac05.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the insect or the string instrument? Answer in one sentence.", "answer": "The string instrument is located closer to the listener than the insect.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_5f0c12b09c6c02b2aa5e", "split": "test", "audio_id": "foa_0f19248da6a259ca55ed", "audio_path": "audio/test/foa_0f19248da6a259ca55ed.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the back-right and below? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker stated that the lady is not the mother of the boys, but their aunt.", "canonical_answer": "The lady is not the mother of the boys, but their aunt.", "answer_meta": {}}
{"qa_id": "qa_e03d2b7751afff74338b", "split": "test", "audio_id": "foa_db37978924915bcd1b57", "audio_path": "audio/test/foa_db37978924915bcd1b57.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_38c654efc0303bdfa335", "split": "test", "audio_id": "foa_c980320eee890f0c271f", "audio_path": "audio/test/foa_c980320eee890f0c271f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of guitar? Answer in one sentence.", "answer": "cooking is to the right of guitar.", "canonical_answer": "cooking is to the right of guitar.", "answer_meta": {}}
{"qa_id": "qa_99e96ac8adad318122a2", "split": "test", "audio_id": "foa_980f7f628475d178ee94", "audio_path": "audio/test/foa_980f7f628475d178ee94.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the thunderstorm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The thunderstorm is heard from back-right during 2.4s to 8.0s.", "canonical_answer": "thunderstorm from back-right.", "answer_meta": {"time_span": [2.4, 8.0]}}
{"qa_id": "qa_d918e65245247d43f904", "split": "test", "audio_id": "foa_834a2b0881d40acb3ac1", "audio_path": "audio/test/foa_834a2b0881d40acb3ac1.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned at a higher elevation, the animal or the cat? Answer in one sentence.", "answer": "The cat is positioned at a higher elevation than the animal.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_961845d008a5b5b61a18", "split": "test", "audio_id": "foa_00299a9a57b4b4bc9892", "audio_path": "audio/test/foa_00299a9a57b4b4bc9892.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the crushing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The crushing is heard from left during 0.9s to 6.2s.", "canonical_answer": "crushing from left.", "answer_meta": {"time_span": [0.9, 6.2]}}
{"qa_id": "qa_2ebe7f481fe5300c57e4", "split": "test", "audio_id": "foa_ae43ab6020b79c09390f", "audio_path": "audio/test/foa_ae43ab6020b79c09390f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the knock and the percussion sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the percussion.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_cbabbb38733691d7a69d", "split": "test", "audio_id": "foa_ff4bb61834d2a764d5e6", "audio_path": "audio/test/foa_ff4bb61834d2a764d5e6.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the front and below saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned in the front and below says, \"That's what I believe, young woman.\"", "canonical_answer": "That's what I believe, young woman.", "answer_meta": {}}
{"qa_id": "qa_a460461ff3940578d2d9", "split": "test", "audio_id": "foa_8de9034878c5f343b633", "audio_path": "audio/test/foa_8de9034878c5f343b633.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of string instrument? Answer in one sentence.", "answer": "alarm is to the left of string instrument.", "canonical_answer": "alarm is to the left of string instrument.", "answer_meta": {}}
{"qa_id": "qa_a0099f78696359de2512", "split": "test", "audio_id": "foa_0bf48be83ee6f060cd1d", "audio_path": "audio/test/foa_0bf48be83ee6f060cd1d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned higher: the male speech or the singing? Answer in one sentence.", "answer": "The singing is at a greater elevation than the male speech.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_b8795fd9bef1a683e98e", "split": "test", "audio_id": "foa_5b6b853d1cefd45873d9", "audio_path": "audio/test/foa_5b6b853d1cefd45873d9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_aacb91fe42f974a8b040", "split": "test", "audio_id": "foa_86f332778eb4036df90b", "audio_path": "audio/test/foa_86f332778eb4036df90b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right said, \"But I want to know just where we stand. Now, I know.\"", "canonical_answer": "But I want to know just where we stand. Now, I know.", "answer_meta": {}}
{"qa_id": "qa_c9f7b90320e058883361", "split": "test", "audio_id": "foa_a279c3a03808098d6f01", "audio_path": "audio/test/foa_a279c3a03808098d6f01.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned higher in elevation, the fire or the wind instrument? Answer in one sentence.", "answer": "The fire is at a higher elevation than the wind instrument.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_62923a9c9eb7f4162de0", "split": "test", "audio_id": "foa_f6b64af9be5bb3ce6cbc", "audio_path": "audio/test/foa_f6b64af9be5bb3ce6cbc.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the singing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The camera is the closer sound source to the listener.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_73ee4c987b7d94e125bd", "split": "test", "audio_id": "foa_0394ae172d64bc450223", "audio_path": "audio/test/foa_0394ae172d64bc450223.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is body sound to the left or right of singing? Answer in one sentence.", "answer": "body sound is to the right of singing.", "canonical_answer": "body sound is to the right of singing.", "answer_meta": {}}
{"qa_id": "qa_e5a4faeea0d06754d7d9", "split": "test", "audio_id": "foa_1c6bba12a0a8dce70c85", "audio_path": "audio/test/foa_1c6bba12a0a8dce70c85.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.9s to 4.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The metal clink is heard from front-right during 0.9s to 4.4s.", "canonical_answer": "metal clink from front-right.", "answer_meta": {"time_span": [0.9, 4.4]}}
{"qa_id": "qa_1f00b8055685e8dc2179", "split": "test", "audio_id": "foa_a8beee5f8c3adeb15f4d", "audio_path": "audio/test/foa_a8beee5f8c3adeb15f4d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_0fb57f75eb8c458cd586", "split": "test", "audio_id": "foa_54618a9e06272f2bb8a2", "audio_path": "audio/test/foa_54618a9e06272f2bb8a2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the car or the frog positioned at a higher elevation? Answer in one sentence.", "answer": "The car is located at a higher elevation than the frog.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_43b907a2e62a2a871297", "split": "test", "audio_id": "foa_843d4dc433da4a2c2230", "audio_path": "audio/test/foa_843d4dc433da4a2c2230.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the male speech, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The male speech is closer to the listener than the dog.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_4cbc0d16a3b3483c5bcc", "split": "test", "audio_id": "foa_a368f558374b80940a26", "audio_path": "audio/test/foa_a368f558374b80940a26.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_e876f0671ae8a5c6aba7", "split": "test", "audio_id": "foa_9397e2ea251052f3af1e", "audio_path": "audio/test/foa_9397e2ea251052f3af1e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The tool is heard from left and above during 0.2s to 20.0s.", "canonical_answer": "tool from left and above.", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_6f8b814ac6aca9f93931", "split": "test", "audio_id": "foa_574c94f6d196c22f75ba", "audio_path": "audio/test/foa_574c94f6d196c22f75ba.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned to the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker located to the front-left said, \"You want them to immortalise that ferocious tyrant.\"", "canonical_answer": "You want them to immortalise that ferocious tyrant.", "answer_meta": {}}
{"qa_id": "qa_8666e91424e22864ed75", "split": "test", "audio_id": "foa_1e01821ffebb11319e0c", "audio_path": "audio/test/foa_1e01821ffebb11319e0c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the right of war sound.", "canonical_answer": "singing is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_87ad30085eb507a0abae", "split": "test", "audio_id": "foa_8a615efe9df1b5bb7873", "audio_path": "audio/test/foa_8a615efe9df1b5bb7873.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is positioned higher in elevation: the metal clink or the telephone alarm? Answer in one sentence.", "answer": "The telephone alarm is at a higher elevation than the metal clink.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_975ec8df9fefbbcfb6a3", "split": "test", "audio_id": "foa_be8f1daaf88de732cc6e", "audio_path": "audio/test/foa_be8f1daaf88de732cc6e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 1.4s to 2.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The percussion is heard from front-right and below during 1.4s to 2.8s.", "canonical_answer": "percussion from front-right and below.", "answer_meta": {"time_span": [1.4, 2.8]}}
{"qa_id": "qa_5881ae5081dab2a8e20b", "split": "test", "audio_id": "foa_38cc066cbd3a26e112bd", "audio_path": "audio/test/foa_38cc066cbd3a26e112bd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_4aec982f88d4276f76c1", "split": "test", "audio_id": "foa_964eb7b280ff0bce3114", "audio_path": "audio/test/foa_964eb7b280ff0bce3114.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to musical instrument, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the left of musical instrument.", "canonical_answer": "clock is to the left of musical instrument.", "answer_meta": {}}
{"qa_id": "qa_52e9b5a2c3ae1add8e23", "split": "test", "audio_id": "foa_787e98e20d1b82d7df36", "audio_path": "audio/test/foa_787e98e20d1b82d7df36.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the female speech, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The female speech is closer to the listener than the dog.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_4f0af74952b845a03f89", "split": "test", "audio_id": "foa_96bd776d25fddc3288ea", "audio_path": "audio/test/foa_96bd776d25fddc3288ea.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"The shrieks that followed made everybody sober.\"", "canonical_answer": "The shrieks that followed made everybody sober.", "answer_meta": {}}
{"qa_id": "qa_8b1f11df66ad9733f2fd", "split": "test", "audio_id": "foa_c56538e45b19e3c8811d", "audio_path": "audio/test/foa_c56538e45b19e3c8811d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the right side saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The person speaking from the right said, \"This young man was certainly good at understanding.\"", "canonical_answer": "This young man was certainly good at understanding.", "answer_meta": {}}
{"qa_id": "qa_e26ad086457a6be6a3b5", "split": "test", "audio_id": "foa_380d8c708f97bc68d556", "audio_path": "audio/test/foa_380d8c708f97bc68d556.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is string instrument to the left or right of water? Answer in one sentence.", "answer": "string instrument is to the right of water.", "canonical_answer": "string instrument is to the right of water.", "answer_meta": {}}
{"qa_id": "qa_73865c93c0f5a78116c9", "split": "test", "audio_id": "foa_4d373ae6f5687f23f032", "audio_path": "audio/test/foa_4d373ae6f5687f23f032.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the wind instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The wind instrument is heard from left during 0.1s to 1.5s.", "canonical_answer": "wind instrument from left.", "answer_meta": {"time_span": [0.1, 1.5]}}
{"qa_id": "qa_eb85a92bc36c529b6b92", "split": "test", "audio_id": "foa_85353f745e4548a144c0", "audio_path": "audio/test/foa_85353f745e4548a144c0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_06bcc899bf5ba84e6a78", "split": "test", "audio_id": "foa_71f7557599d2f3128cbf", "audio_path": "audio/test/foa_71f7557599d2f3128cbf.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the machine and the vehicle, which one is located closer to the listener? Answer in one sentence.", "answer": "The machine is located closer to the listener than the vehicle.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_79696de67bcd9c76bf0c", "split": "test", "audio_id": "foa_b7042264563cd4cb872b", "audio_path": "audio/test/foa_b7042264563cd4cb872b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the machine and the rain, which source is located at a higher elevation? Answer in one sentence.", "answer": "The rain is positioned at a higher elevation than the machine.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_c50f508e791d51fa0a22", "split": "test", "audio_id": "foa_b288fb0cb41936dbacb0", "audio_path": "audio/test/foa_b288fb0cb41936dbacb0.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the clock or the scratch sound source positioned at a higher elevation? Answer in one sentence.", "answer": "The clock is positioned at a higher elevation than the scratch.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_f345e11e01f2851be540", "split": "test", "audio_id": "foa_e2d18a5f329f74f5d7ed", "audio_path": "audio/test/foa_e2d18a5f329f74f5d7ed.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is breathing to the left or right of rain? Answer in one sentence.", "answer": "breathing is to the left of rain.", "canonical_answer": "breathing is to the left of rain.", "answer_meta": {}}
{"qa_id": "qa_060b2b50cf9669ffcdf6", "split": "test", "audio_id": "foa_7d7c2f82b3c3ce9f989d", "audio_path": "audio/test/foa_7d7c2f82b3c3ce9f989d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the fire, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The fire is closer to the listener than the dog.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_2e67306f086732733ded", "split": "test", "audio_id": "foa_581e4c64e1bc1af2adda", "audio_path": "audio/test/foa_581e4c64e1bc1af2adda.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_ae6bc57d97c2fba73c39", "split": "test", "audio_id": "foa_db1fe99e684f51b37c3a", "audio_path": "audio/test/foa_db1fe99e684f51b37c3a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person positioned to the right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the right said, \"Father, fauvent Reverend mother.\"", "canonical_answer": "Father, fauvent Reverend mother.", "answer_meta": {}}
{"qa_id": "qa_82f6bf85eedb9c510faa", "split": "test", "audio_id": "foa_4f300c1a05eebf4e6d1d", "audio_path": "audio/test/foa_4f300c1a05eebf4e6d1d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 6.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The string instrument is heard from left and above during 0.0s to 6.0s.", "canonical_answer": "string instrument from left and above.", "answer_meta": {"time_span": [0.0, 6.0]}}
{"qa_id": "qa_818e099dc799bfcb6f73", "split": "test", "audio_id": "foa_60bd23385e869d6a8fd7", "audio_path": "audio/test/foa_60bd23385e869d6a8fd7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is camera to the left or right of finger snapping? Answer in one sentence.", "answer": "camera is to the left of finger snapping.", "canonical_answer": "camera is to the left of finger snapping.", "answer_meta": {}}
{"qa_id": "qa_aeb3ecc83e1392ee7ee5", "split": "test", "audio_id": "foa_718d13338ad0987504ee", "audio_path": "audio/test/foa_718d13338ad0987504ee.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 3.3s, what source is active and where is it located? Answer in one sentence.", "answer": "The wind instrument is heard from back-right and below during 0.3s to 3.3s.", "canonical_answer": "wind instrument from back-right and below.", "answer_meta": {"time_span": [0.3, 3.3]}}
{"qa_id": "qa_124e7e356a7b3c1d85ee", "split": "test", "audio_id": "foa_560c8e576179b2143c1e", "audio_path": "audio/test/foa_560c8e576179b2143c1e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the crack or the drawer cabinet located at a higher elevation? Answer in one sentence.", "answer": "The drawer cabinet is located at a higher elevation than the crack.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_0b1d5b8bc3196cfb38e4", "split": "test", "audio_id": "foa_42d9c1d51ca8d9ca0075", "audio_path": "audio/test/foa_42d9c1d51ca8d9ca0075.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned to the front-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"Delighted with such a fortunate result. we lay down again.\"", "canonical_answer": "Delighted with such a fortunate result. we lay down again.", "answer_meta": {}}
{"qa_id": "qa_4e6e4b67d0ec497d7ceb", "split": "test", "audio_id": "foa_2cd502c1a8ce52e48aee", "audio_path": "audio/test/foa_2cd502c1a8ce52e48aee.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the frog, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the frog.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_95cdc237b4aa856d6996", "split": "test", "audio_id": "foa_feaf7c951339d9fe8a05", "audio_path": "audio/test/foa_feaf7c951339d9fe8a05.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_c855a34d9bf4b25fc538", "split": "test", "audio_id": "foa_47d7e3e950786a133088", "audio_path": "audio/test/foa_47d7e3e950786a133088.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3e69e13fbd5918938ff0", "split": "test", "audio_id": "foa_ce527513627a020d82b0", "audio_path": "audio/test/foa_ce527513627a020d82b0.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the aircraft or the insect? Answer in one sentence.", "answer": "The insect is positioned at a higher elevation than the aircraft.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_926f0e9190105785a963", "split": "test", "audio_id": "foa_6a14ee55ed56bf58d6e5", "audio_path": "audio/test/foa_6a14ee55ed56bf58d6e5.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"She retained her consciousness to the very last moment.\"", "canonical_answer": "She retained her consciousness to the very last moment.", "answer_meta": {}}
{"qa_id": "qa_33f996ba072db0c5a157", "split": "test", "audio_id": "foa_c2f2f96b75025699288c", "audio_path": "audio/test/foa_c2f2f96b75025699288c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 6.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back-left during 0.2s to 6.6s.", "canonical_answer": "speech from back-left.", "answer_meta": {"time_span": [0.2, 6.6]}}
{"qa_id": "qa_523e7378e91e8760191c", "split": "test", "audio_id": "foa_a8c3340f7d795458dda9", "audio_path": "audio/test/foa_a8c3340f7d795458dda9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the bell or the thunderstorm positioned closer to the listener? Answer in one sentence.", "answer": "The bell is closer to the listener than the thunderstorm.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_c4b36384905518330b60", "split": "test", "audio_id": "foa_1933235efd8a37e53e6a", "audio_path": "audio/test/foa_1933235efd8a37e53e6a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is frog to the left or right of zipper? Answer in one sentence.", "answer": "frog is to the right of zipper.", "canonical_answer": "frog is to the right of zipper.", "answer_meta": {}}
{"qa_id": "qa_bb80715933e466ff3ffb", "split": "test", "audio_id": "foa_da8cd0fdf31872c99f86", "audio_path": "audio/test/foa_da8cd0fdf31872c99f86.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from front-right and below during 0.3s to 5.3s.", "canonical_answer": "speech from front-right and below.", "answer_meta": {"time_span": [0.3, 5.3]}}
{"qa_id": "qa_6f9f7411913598bb32ca", "split": "test", "audio_id": "foa_1b4b02ecea5c3c950b4b", "audio_path": "audio/test/foa_1b4b02ecea5c3c950b4b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the paper or the zipper, is located at a higher elevation? Answer in one sentence.", "answer": "The zipper is located at a higher elevation than the paper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_f7ec98500638113151cd", "split": "test", "audio_id": "foa_1965f573ed590abf5b8b", "audio_path": "audio/test/foa_1965f573ed590abf5b8b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_d1e979ae8713be043651", "split": "test", "audio_id": "foa_83882a16a29b7037e779", "audio_path": "audio/test/foa_83882a16a29b7037e779.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sound sources, the musical instrument or the singing, is located closer to the listener? Answer in one sentence.", "answer": "The musical instrument is closer to the listener than the singing.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_64b687bc1f7c910e4fcb", "split": "test", "audio_id": "foa_3cec037d9b9741daee82", "audio_path": "audio/test/foa_3cec037d9b9741daee82.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker saying from the front position? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"It was as if the stiffness melted.\"", "canonical_answer": "It was as if the stiffness melted.", "answer_meta": {}}
{"qa_id": "qa_82faf35f42baa04b3775", "split": "test", "audio_id": "foa_5863015e89c5a9b61ae9", "audio_path": "audio/test/foa_5863015e89c5a9b61ae9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is alarm on the left or on the right? Answer in one sentence.", "answer": "alarm is to the left of tearing.", "canonical_answer": "alarm is to the left of tearing.", "answer_meta": {}}
{"qa_id": "qa_92f1e8e369b75ba3a9ac", "split": "test", "audio_id": "foa_a3f00ddab13f6d62c2fa", "audio_path": "audio/test/foa_a3f00ddab13f6d62c2fa.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is guitar on the left or on the right? Answer in one sentence.", "answer": "guitar is to the left of tearing.", "canonical_answer": "guitar is to the left of tearing.", "answer_meta": {}}
{"qa_id": "qa_df72147ccee4abaf538c", "split": "test", "audio_id": "foa_053d7bf99cc86f642564", "audio_path": "audio/test/foa_053d7bf99cc86f642564.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech saying from the speaker located in front of you? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker in front says, \"No, he does not want it. Pierre concluded.\"", "canonical_answer": "No, he does not want it. Pierre concluded.", "answer_meta": {}}
{"qa_id": "qa_41c7f2e32757e3428b95", "split": "test", "audio_id": "foa_3fb5d60592322896b16d", "audio_path": "audio/test/foa_3fb5d60592322896b16d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is located at a higher elevation, the body sound or the breathing? Answer in one sentence.", "answer": "The breathing is at a higher elevation than the body sound.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_e9da462f244eb3a79388", "split": "test", "audio_id": "foa_1361aad5053e010d6707", "audio_path": "audio/test/foa_1361aad5053e010d6707.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the breathing sound, which source is located closer to the listener? Answer in one sentence.", "answer": "The breathing sound is closer to the listener than the aircraft.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_382ee06251f5132914c0", "split": "test", "audio_id": "foa_1593dcdf261480b591f5", "audio_path": "audio/test/foa_1593dcdf261480b591f5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 4.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The footsteps is heard from back-left during 0.0s to 4.6s.", "canonical_answer": "footsteps from back-left.", "answer_meta": {"time_span": [0.0, 4.6]}}
{"qa_id": "qa_51f9223a548b86ae0754", "split": "test", "audio_id": "foa_41958b951813a54559c8", "audio_path": "audio/test/foa_41958b951813a54559c8.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_2108aea3e39ce85f3a19", "split": "test", "audio_id": "foa_fdb7cb99b2c5b9e92c48", "audio_path": "audio/test/foa_fdb7cb99b2c5b9e92c48.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the breathing and the cat, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The cat is the source located closer to the listener.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_471a65bcbce700dce2c1", "split": "test", "audio_id": "foa_6e277ce41c89baf38e19", "audio_path": "audio/test/foa_6e277ce41c89baf38e19.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the wood, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The wood is higher in elevation compared to the insect.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_03bded70074da7630529", "split": "test", "audio_id": "foa_bf76547ce289baef49d8", "audio_path": "audio/test/foa_bf76547ce289baef49d8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to wind instrument, is body sound on the left or on the right? Answer in one sentence.", "answer": "body sound is to the left of wind instrument.", "canonical_answer": "body sound is to the left of wind instrument.", "answer_meta": {}}
{"qa_id": "qa_81cc34b8d5015728e3be", "split": "test", "audio_id": "foa_9310987d2c7aea837425", "audio_path": "audio/test/foa_9310987d2c7aea837425.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_efa1d7b369c641ae8a5a", "split": "test", "audio_id": "foa_16384ce308e7c97ed81d", "audio_path": "audio/test/foa_16384ce308e7c97ed81d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-left said, \"I am truly glad it has come.\"", "canonical_answer": "I am truly glad it has come.", "answer_meta": {}}
{"qa_id": "qa_1e6264940cd91c0f8c6e", "split": "test", "audio_id": "foa_bd32a86acec951ef3b10", "audio_path": "audio/test/foa_bd32a86acec951ef3b10.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the breathing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The breathing is heard from back-left during 1.1s to 1.7s.", "canonical_answer": "breathing from back-left.", "answer_meta": {"time_span": [1.1, 1.7]}}
{"qa_id": "qa_3ed3cf0e9be6bb478ca9", "split": "test", "audio_id": "foa_c5999aa84d7ae508f706", "audio_path": "audio/test/foa_c5999aa84d7ae508f706.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the keyboard instrument and the speech, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The keyboard instrument is the source located closer to the listener.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_cd03ca1959bdd7a18b3c", "split": "test", "audio_id": "foa_3a09ddad7de5e09099df", "audio_path": "audio/test/foa_3a09ddad7de5e09099df.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 14.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The body sound is heard from front-left and below during 0.1s to 14.2s.", "canonical_answer": "body sound from front-left and below.", "answer_meta": {"time_span": [0.1, 14.2]}}
{"qa_id": "qa_8e3a946153f26d73d1cc", "split": "test", "audio_id": "foa_894f656263da71a86255", "audio_path": "audio/test/foa_894f656263da71a86255.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to metal clink, is camera on the left or on the right? Answer in one sentence.", "answer": "camera is to the right of metal clink.", "canonical_answer": "camera is to the right of metal clink.", "answer_meta": {}}
{"qa_id": "qa_58e7f1dd40128115f304", "split": "test", "audio_id": "foa_cc7deeb38862d1b8418b", "audio_path": "audio/test/foa_cc7deeb38862d1b8418b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the appliance or the speech at a higher elevation? Answer in one sentence.", "answer": "The speech is at a higher elevation than the appliance.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_9ade33ceaade87768df5", "split": "test", "audio_id": "foa_79cb75695c726ff07448", "audio_path": "audio/test/foa_79cb75695c726ff07448.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the front-left is saying, \"Well, they all do, Jim.\"", "canonical_answer": "Well, they all do, Jim.", "answer_meta": {}}
{"qa_id": "qa_2867f74a65fb7a84cbfe", "split": "test", "audio_id": "foa_9851c23a87a686b1ae65", "audio_path": "audio/test/foa_9851c23a87a686b1ae65.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_c2a578ad5861760c1469", "split": "test", "audio_id": "foa_77b26c0de67ab320bdc5", "audio_path": "audio/test/foa_77b26c0de67ab320bdc5.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the back-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the back-left says, \"I don't know that. He gave me much strength.\"", "canonical_answer": "I don't know that. He gave me much strength.", "answer_meta": {}}
{"qa_id": "qa_df3b7c518daaeb27b77e", "split": "test", "audio_id": "foa_58a65f9a743ab8331f52", "audio_path": "audio/test/foa_58a65f9a743ab8331f52.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_e6119bb1a9a4a11ecb58", "split": "test", "audio_id": "foa_a80ab2c10c9e62d41f36", "audio_path": "audio/test/foa_a80ab2c10c9e62d41f36.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the telephone alarm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The telephone alarm is heard from back-right during 0.0s to 8.2s.", "canonical_answer": "telephone alarm from back-right.", "answer_meta": {"time_span": [0.0, 8.2]}}
{"qa_id": "qa_18493ddb851af08ef579", "split": "test", "audio_id": "foa_a6f1e90859ca015bddb6", "audio_path": "audio/test/foa_a6f1e90859ca015bddb6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the footsteps, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The footsteps are at a higher elevation than the car.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_99ab72e4b986e4242b92", "split": "test", "audio_id": "foa_6ec34340d08d8e4961e9", "audio_path": "audio/test/foa_6ec34340d08d8e4961e9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is keyboard instrument on the left or on the right? Answer in one sentence.", "answer": "keyboard instrument is to the left of water.", "canonical_answer": "keyboard instrument is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_96254d803ae754933ef0", "split": "test", "audio_id": "foa_93da223e19cdb732ae37", "audio_path": "audio/test/foa_93da223e19cdb732ae37.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the kitchenware or the tearing sound closer to the listener? Answer in one sentence.", "answer": "The kitchenware is closer to the listener than the tearing sound.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_7ce79bbb129fffafb73d", "split": "test", "audio_id": "foa_606e500ce7da1d066b8a", "audio_path": "audio/test/foa_606e500ce7da1d066b8a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the glass and the typing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The glass is at a higher elevation than the typing sound.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_36ead05729c08e9e0489", "split": "test", "audio_id": "foa_659bc84e637639b856f5", "audio_path": "audio/test/foa_659bc84e637639b856f5.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is door to the left or right of gong? Answer in one sentence.", "answer": "door is to the left of gong.", "canonical_answer": "door is to the left of gong.", "answer_meta": {}}
{"qa_id": "qa_ed7dda2b4942c3d56007", "split": "test", "audio_id": "foa_b8593aaa1a910dedf522", "audio_path": "audio/test/foa_b8593aaa1a910dedf522.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_70032c79d4108c186802", "split": "test", "audio_id": "foa_ce45448bc101aa770ae9", "audio_path": "audio/test/foa_ce45448bc101aa770ae9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the car or the rain? Answer in one sentence.", "answer": "The rain is positioned closer to the listener than the car.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_235dcfb198c4ae985846", "split": "test", "audio_id": "foa_5c6c8bbaceb15ef6bd44", "audio_path": "audio/test/foa_5c6c8bbaceb15ef6bd44.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the drum occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The drum is heard from back-left during 0.0s to 20.0s.", "canonical_answer": "drum from back-left.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_40ba1e39d4ae75cdd776", "split": "test", "audio_id": "foa_6d8b21a9246b7637ab59", "audio_path": "audio/test/foa_6d8b21a9246b7637ab59.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located behind and to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"You don't notice any falling off in my work recently.\"", "canonical_answer": "You don't notice any falling off in my work recently.", "answer_meta": {}}
{"qa_id": "qa_95cbc3bdca553b96bbbf", "split": "test", "audio_id": "foa_fa730eb42c898ed42711", "audio_path": "audio/test/foa_fa730eb42c898ed42711.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bird to the left or right of tool? Answer in one sentence.", "answer": "bird is to the left of tool.", "canonical_answer": "bird is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_49b1c5c64ac1d2ce4ece", "split": "test", "audio_id": "foa_45330a93915c981933a8", "audio_path": "audio/test/foa_45330a93915c981933a8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the wind instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The wind instrument is heard from left during 0.6s to 20.0s.", "canonical_answer": "wind instrument from left.", "answer_meta": {"time_span": [0.6, 20.0]}}
{"qa_id": "qa_71b09dc449078595e8fc", "split": "test", "audio_id": "foa_a8846ac67c73452866fd", "audio_path": "audio/test/foa_a8846ac67c73452866fd.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker on the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left is saying, \"It was all the worse for being so mysterious.\"", "canonical_answer": "It was all the worse for being so mysterious.", "answer_meta": {}}
{"qa_id": "qa_0d4036b96b590eb67f7a", "split": "test", "audio_id": "foa_88937bbcaeabd27956be", "audio_path": "audio/test/foa_88937bbcaeabd27956be.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the alarm or the breathing sound occurring at a higher elevation? Answer in one sentence.", "answer": "The alarm is at a higher elevation than the breathing.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_54be5f9004e083ec990e", "split": "test", "audio_id": "foa_1442132d66d237722b2a", "audio_path": "audio/test/foa_1442132d66d237722b2a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_a4b19eed24558a9844ca", "split": "test", "audio_id": "foa_c9a038874ba0c81ead2b", "audio_path": "audio/test/foa_c9a038874ba0c81ead2b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the machine and the paper, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The machine is closer to the listener than the paper.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_c8bc1fb5d4d3575864ad", "split": "test", "audio_id": "foa_e02ae5582020394c61bf", "audio_path": "audio/test/foa_e02ae5582020394c61bf.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the aircraft or the keyboard instrument located closer to the listener? Answer in one sentence.", "answer": "The keyboard instrument is located closer to the listener than the aircraft.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_ed7cc9f8509d4169d343", "split": "test", "audio_id": "foa_b6c2d3d5c6c624a61c42", "audio_path": "audio/test/foa_b6c2d3d5c6c624a61c42.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of kitchenware? Answer in one sentence.", "answer": "aircraft is to the right of kitchenware.", "canonical_answer": "aircraft is to the right of kitchenware.", "answer_meta": {}}
{"qa_id": "qa_4c88030e915888afc4de", "split": "test", "audio_id": "foa_96a6f53ca8bb9b58fc59", "audio_path": "audio/test/foa_96a6f53ca8bb9b58fc59.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker at the front-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"The stillness that reigned on both sides was like that of death.\"", "canonical_answer": "The stillness that reigned on both sides was like that of death.", "answer_meta": {}}
{"qa_id": "qa_57edb95628079d18cd44", "split": "test", "audio_id": "foa_2c1a057a61ec67534fc3", "audio_path": "audio/test/foa_2c1a057a61ec67534fc3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 6.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The writing is heard from back-right and below during 0.0s to 6.8s.", "canonical_answer": "writing from back-right and below.", "answer_meta": {"time_span": [0.0, 6.8]}}
{"qa_id": "qa_e57d24017821246604fb", "split": "test", "audio_id": "foa_3b869eba55dfe19d6f6c", "audio_path": "audio/test/foa_3b869eba55dfe19d6f6c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crushing and machine sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The crushing sound is at a higher elevation than the machine sound.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_79edc633f8014ee7b132", "split": "test", "audio_id": "foa_c8bafaab29a96e51fa8c", "audio_path": "audio/test/foa_c8bafaab29a96e51fa8c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_a81eeb1b88b204a8399d", "split": "test", "audio_id": "foa_af5216dc7a9a415fd864", "audio_path": "audio/test/foa_af5216dc7a9a415fd864.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the drawer cabinet or the singing? Answer in one sentence.", "answer": "The drawer cabinet is closer to the listener than the singing.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_d193e75bee0ce3548387", "split": "test", "audio_id": "foa_ff6ab38289c128085f17", "audio_path": "audio/test/foa_ff6ab38289c128085f17.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the camera and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The camera is at a higher elevation than the printer.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_08581c739e0d15889ad9", "split": "test", "audio_id": "foa_ee4a2a7f188812b6e472", "audio_path": "audio/test/foa_ee4a2a7f188812b6e472.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 7.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from right during 0.2s to 7.4s.", "canonical_answer": "speech from right.", "answer_meta": {"time_span": [0.2, 7.4]}}
{"qa_id": "qa_fac5f3a597b2eff9aa9c", "split": "test", "audio_id": "foa_b011e2772876c1919d9c", "audio_path": "audio/test/foa_b011e2772876c1919d9c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is footsteps on the left or on the right? Answer in one sentence.", "answer": "footsteps is to the left of water.", "canonical_answer": "footsteps is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_b60b8b8bd5b25f35096b", "split": "test", "audio_id": "foa_bdecd3a5d0decaa6e566", "audio_path": "audio/test/foa_bdecd3a5d0decaa6e566.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_085ed86860d0d285b225", "split": "test", "audio_id": "foa_49cf18a7946127a18c40", "audio_path": "audio/test/foa_49cf18a7946127a18c40.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Don't begin. What do you mean.\"", "canonical_answer": "Don't begin. What do you mean.", "answer_meta": {}}
{"qa_id": "qa_43cd3153ffd88414a651", "split": "test", "audio_id": "foa_9ee0f287271720bdad1a", "audio_path": "audio/test/foa_9ee0f287271720bdad1a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the rain or the wood? Answer in one sentence.", "answer": "The rain is closer to the listener than the wood.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_1c0da28c5419b6ce62fd", "split": "test", "audio_id": "foa_c8fb063db8b374a92ae5", "audio_path": "audio/test/foa_c8fb063db8b374a92ae5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the scratch and the tool sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The tool sound is higher in elevation than the scratch sound.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_7887bcaa5bc99670405b", "split": "test", "audio_id": "foa_ea4b05d3bf03f3e4b1e8", "audio_path": "audio/test/foa_ea4b05d3bf03f3e4b1e8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is glass to the left or right of musical instrument? Answer in one sentence.", "answer": "glass is to the right of musical instrument.", "canonical_answer": "glass is to the right of musical instrument.", "answer_meta": {}}
{"qa_id": "qa_e0d98ec6992522d34004", "split": "test", "audio_id": "foa_00a3de2928d460e0e942", "audio_path": "audio/test/foa_00a3de2928d460e0e942.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_965ff74c7237fe9f9ab7", "split": "test", "audio_id": "foa_a54e994ed968f899577e", "audio_path": "audio/test/foa_a54e994ed968f899577e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 2.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The camera is heard from front-right and below during 0.2s to 2.2s.", "canonical_answer": "camera from front-right and below.", "answer_meta": {"time_span": [0.2, 2.2]}}
{"qa_id": "qa_7a740bf0a7fbf3b9e195", "split": "test", "audio_id": "foa_98051fd192510c21b9e3", "audio_path": "audio/test/foa_98051fd192510c21b9e3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"On what must I give, judgment, asked the eagle.\"", "canonical_answer": "On what must I give, judgment, asked the eagle.", "answer_meta": {}}
{"qa_id": "qa_485ddeaef5e3de876992", "split": "test", "audio_id": "foa_9843e46bed05d6a40773", "audio_path": "audio/test/foa_9843e46bed05d6a40773.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 8.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The zipper is heard from back-left during 0.6s to 8.3s.", "canonical_answer": "zipper from back-left.", "answer_meta": {"time_span": [0.6, 8.3]}}
{"qa_id": "qa_4c2df5a36cc3bc6f8efc", "split": "test", "audio_id": "foa_029a967642982b0d2423", "audio_path": "audio/test/foa_029a967642982b0d2423.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_dd34aee486e13e0874a5", "split": "test", "audio_id": "foa_0aa7d0b0d78dc2ca2c01", "audio_path": "audio/test/foa_0aa7d0b0d78dc2ca2c01.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the speech or the wind sound source located closer to the listener? Answer in one sentence.", "answer": "The wind is closer to the listener than the speech.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_a5c6e5eea2f9e10458f6", "split": "test", "audio_id": "foa_406f0c8b5731edde1005", "audio_path": "audio/test/foa_406f0c8b5731edde1005.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is home sound to the left or right of vehicle? Answer in one sentence.", "answer": "home sound is to the left of vehicle.", "canonical_answer": "home sound is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_76ad47689df98ac28005", "split": "test", "audio_id": "foa_30c3b42b62b0d3107a4d", "audio_path": "audio/test/foa_30c3b42b62b0d3107a4d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located behind the listener saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned behind the listener says, \"Too many Redskins about, as I told you.\"", "canonical_answer": "Too many Redskins about, as I told you.", "answer_meta": {}}
{"qa_id": "qa_fa83390814e0e8a1a23b", "split": "test", "audio_id": "foa_3e057ac0ffbd21333388", "audio_path": "audio/test/foa_3e057ac0ffbd21333388.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cooking and the singing, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The singing sound source is at a higher elevation.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_e66e6364aff354d09f81", "split": "test", "audio_id": "foa_0000d126d6adff956b6f", "audio_path": "audio/test/foa_0000d126d6adff956b6f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the guitar and the paper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The paper is positioned at a higher elevation than the guitar.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_a8e4fc68c3f5d6abfb3a", "split": "test", "audio_id": "foa_1d82da0a585ad5ecace0", "audio_path": "audio/test/foa_1d82da0a585ad5ecace0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to train, is animal on the left or on the right? Answer in one sentence.", "answer": "animal is to the left of train.", "canonical_answer": "animal is to the left of train.", "answer_meta": {}}
{"qa_id": "qa_bc7762ff7eaf6f9bf3f0", "split": "test", "audio_id": "foa_c6e182fa49d9938c97e3", "audio_path": "audio/test/foa_c6e182fa49d9938c97e3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-right said, \"Lift this young man up and carry him to the dressing station.\"", "canonical_answer": "Lift this young man up and carry him to the dressing station.", "answer_meta": {}}
{"qa_id": "qa_f50cfa55c756e04d9205", "split": "test", "audio_id": "foa_5ed95f1b610e051f2d5f", "audio_path": "audio/test/foa_5ed95f1b610e051f2d5f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_14ae7a62d369bd7ddfa0", "split": "test", "audio_id": "foa_1212bd1b532c3e0d283d", "audio_path": "audio/test/foa_1212bd1b532c3e0d283d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the alarm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The alarm is heard from back and below during 0.0s to 5.4s.", "canonical_answer": "alarm from back and below.", "answer_meta": {"time_span": [0.0, 5.4]}}
{"qa_id": "qa_37967ff475fa34f92483", "split": "test", "audio_id": "foa_801434e0b1298f0e4944", "audio_path": "audio/test/foa_801434e0b1298f0e4944.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sound sources, the aircraft or the tool, is positioned closer to the listener? Answer in one sentence.", "answer": "The tool is located closer to the listener than the aircraft.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_7a02b131762a444ca603", "split": "test", "audio_id": "foa_7a2a9216e09c9a3a8280", "audio_path": "audio/test/foa_7a2a9216e09c9a3a8280.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Nay, if you don't believe me, you may read the chapter for your pains.\"", "canonical_answer": "Nay, if you don't believe me, you may read the chapter for your pains.", "answer_meta": {}}
{"qa_id": "qa_aa6bd48d08cbccf30e3a", "split": "test", "audio_id": "foa_90d2e6dd06006706f746", "audio_path": "audio/test/foa_90d2e6dd06006706f746.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_c95db0e2fdd559bfb619", "split": "test", "audio_id": "foa_0942fd7d74572b998b30", "audio_path": "audio/test/foa_0942fd7d74572b998b30.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the bird or the home sound? Answer in one sentence.", "answer": "The home sound is at a higher elevation than the bird.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_1d3f7a47c5af96184990", "split": "test", "audio_id": "foa_6f0a94722926e6a14bc1", "audio_path": "audio/test/foa_6f0a94722926e6a14bc1.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the breathing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The breathing is heard from right during 0.5s to 1.0s.", "canonical_answer": "breathing from right.", "answer_meta": {"time_span": [0.5, 1.0]}}
{"qa_id": "qa_52d18b2e39c6a01c7704", "split": "test", "audio_id": "foa_1af283a82dd297e92011", "audio_path": "audio/test/foa_1af283a82dd297e92011.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to train, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the right of train.", "canonical_answer": "singing is to the right of train.", "answer_meta": {}}
{"qa_id": "qa_cb4050b959683e37fd58", "split": "test", "audio_id": "foa_c2e58ba7ae78c2817dbb", "audio_path": "audio/test/foa_c2e58ba7ae78c2817dbb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the insect, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The alarm is closer to the listener than the insect.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_d380303b2bab1f7bbbf3", "split": "test", "audio_id": "foa_c7642f7ed67070526c64", "audio_path": "audio/test/foa_c7642f7ed67070526c64.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the kitchenware and the scratch, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The scratch sound source is closer to the listener than the kitchenware.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_b70f704af2e1f5d963d0", "split": "test", "audio_id": "foa_a81d86bf1f73f77d7629", "audio_path": "audio/test/foa_a81d86bf1f73f77d7629.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bell and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The singing is at a higher elevation than the bell.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_dabc286f416db327220e", "split": "test", "audio_id": "foa_483b63149ab6acb18561", "audio_path": "audio/test/foa_483b63149ab6acb18561.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_1033020445f4301eb730", "split": "test", "audio_id": "foa_af6a5bca1b577127ce4b", "audio_path": "audio/test/foa_af6a5bca1b577127ce4b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is tape to the left or right of typing? Answer in one sentence.", "answer": "tape is to the left of typing.", "canonical_answer": "tape is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_1bad404d18d5ab7c01b9", "split": "test", "audio_id": "foa_5bb7bf68d4205056c1a9", "audio_path": "audio/test/foa_5bb7bf68d4205056c1a9.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located behind and below the listener saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"He's such a blackguard.\"", "canonical_answer": "He's such a blackguard.", "answer_meta": {}}
{"qa_id": "qa_08794fc878b03db27bf2", "split": "test", "audio_id": "foa_6a0eaf5628448171214e", "audio_path": "audio/test/foa_6a0eaf5628448171214e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 0.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The metal clink is heard from front and above during 0.1s to 0.8s.", "canonical_answer": "metal clink from front and above.", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_cefd596cbbdcfc99dd58", "split": "test", "audio_id": "foa_4e015ab13e1f6c759ec0", "audio_path": "audio/test/foa_4e015ab13e1f6c759ec0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The cooking is heard from front and below during 0.0s to 20.0s.", "canonical_answer": "cooking from front and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_8982181c4f9397d54d07", "split": "test", "audio_id": "foa_686a7d1731143a7371aa", "audio_path": "audio/test/foa_686a7d1731143a7371aa.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the knock and the wind instrument, which one is positioned at a higher elevation? Answer in one sentence.", "answer": "The wind instrument is at a higher elevation than the knock.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_dc57c0719245ec2557c8", "split": "test", "audio_id": "foa_91ede518c49b8516eff7", "audio_path": "audio/test/foa_91ede518c49b8516eff7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_0fbc0854f1831be951bb", "split": "test", "audio_id": "foa_6d7e9c11e88af958d4c3", "audio_path": "audio/test/foa_6d7e9c11e88af958d4c3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of tearing? Answer in one sentence.", "answer": "cooking is to the left of tearing.", "canonical_answer": "cooking is to the left of tearing.", "answer_meta": {}}
{"qa_id": "qa_fada90c765a5cae2337f", "split": "test", "audio_id": "foa_ef11c9addf7357a22a0e", "audio_path": "audio/test/foa_ef11c9addf7357a22a0e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located in front of the listener say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"The villages will save us in the end.\"", "canonical_answer": "The villages will save us in the end.", "answer_meta": {}}
{"qa_id": "qa_09d3687dbb9d1b868cc9", "split": "test", "audio_id": "foa_38903ce308cb7112538b", "audio_path": "audio/test/foa_38903ce308cb7112538b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bell and the rain, which source is located closer to the listener? Answer in one sentence.", "answer": "The bell is closer to the listener than the rain.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_8eab0897f39d922a6705", "split": "test", "audio_id": "foa_bb4e1a41aba023b34f79", "audio_path": "audio/test/foa_bb4e1a41aba023b34f79.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_a0b36ed1bfc897a9ea61", "split": "test", "audio_id": "foa_71e4bc2a41421ac48bba", "audio_path": "audio/test/foa_71e4bc2a41421ac48bba.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 2.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The water is heard from back and above during 0.6s to 2.1s.", "canonical_answer": "water from back and above.", "answer_meta": {"time_span": [0.6, 2.1]}}
{"qa_id": "qa_4827d08e9beca2d92fdc", "split": "test", "audio_id": "foa_6e25a9f3fa0e831cdf1c", "audio_path": "audio/test/foa_6e25a9f3fa0e831cdf1c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crack and the knock, which sound is positioned closer to the listener? Answer in one sentence.", "answer": "The knock is located closer to the listener than the crack.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_6170b6e6e870315f383e", "split": "test", "audio_id": "foa_46c512247052252184ca", "audio_path": "audio/test/foa_46c512247052252184ca.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the home sound and the tool, which one is located at a higher elevation? Answer in one sentence.", "answer": "The tool is at a higher elevation than the home sound.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_9b33a23865a026d6593b", "split": "test", "audio_id": "foa_50b3afe4bce0284c8b59", "audio_path": "audio/test/foa_50b3afe4bce0284c8b59.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is thunderstorm on the left or on the right? Answer in one sentence.", "answer": "thunderstorm is to the right of war sound.", "canonical_answer": "thunderstorm is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_5de1ebb5dd1757090110", "split": "test", "audio_id": "foa_ba1267a25646d53c1595", "audio_path": "audio/test/foa_ba1267a25646d53c1595.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the front-left says, \"The water gained in spite of every effort.\"", "canonical_answer": "The water gained in spite of every effort.", "answer_meta": {}}
{"qa_id": "qa_f2130db62072cab0c952", "split": "test", "audio_id": "foa_90a08c7723ea09b4887c", "audio_path": "audio/test/foa_90a08c7723ea09b4887c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cat to the left or right of typing? Answer in one sentence.", "answer": "cat is to the right of typing.", "canonical_answer": "cat is to the right of typing.", "answer_meta": {}}
{"qa_id": "qa_f754b363321dc5c0e572", "split": "test", "audio_id": "foa_728c81bcde3dac633958", "audio_path": "audio/test/foa_728c81bcde3dac633958.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the body sound and the clock, which one is located at a higher elevation? Answer in one sentence.", "answer": "The body sound is located at a higher elevation than the clock.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_65b71ce14a797b33d7de", "split": "test", "audio_id": "foa_84f788dfb456447d56fa", "audio_path": "audio/test/foa_84f788dfb456447d56fa.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 6.1s to 13.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The bell is heard from back-right and below during 6.1s to 13.1s.", "canonical_answer": "bell from back-right and below.", "answer_meta": {"time_span": [6.1, 13.1]}}
{"qa_id": "qa_8f7cc2cacf6f03655943", "split": "test", "audio_id": "foa_5193d5abba23a54fb1f8", "audio_path": "audio/test/foa_5193d5abba23a54fb1f8.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"I felt so encouraged when I heard that.\"", "canonical_answer": "I felt so encouraged when I heard that.", "answer_meta": {}}
{"qa_id": "qa_6aef8b53a0c1ffcc1085", "split": "test", "audio_id": "foa_8fade48c47f1f6b25b05", "audio_path": "audio/test/foa_8fade48c47f1f6b25b05.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the keyboard instrument and the metal clink, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The keyboard instrument is closer to the listener than the metal clink.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_ffde0862103a5ba603d6", "split": "test", "audio_id": "foa_4be1d972e181131b9e45", "audio_path": "audio/test/foa_4be1d972e181131b9e45.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_343c30eec87cf475761f", "split": "test", "audio_id": "foa_4b23f6d0566805404b58", "audio_path": "audio/test/foa_4b23f6d0566805404b58.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the knock sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The knock sound is closer to the listener than the camera.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_6a245abe538caaf7b445", "split": "test", "audio_id": "foa_75f4e69e0f8c2a4308d5", "audio_path": "audio/test/foa_75f4e69e0f8c2a4308d5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the percussion occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The percussion is heard from left during 11.1s to 12.1s.", "canonical_answer": "percussion from left.", "answer_meta": {"time_span": [11.1, 12.1]}}
{"qa_id": "qa_9fe0e07b4fc0625be983", "split": "test", "audio_id": "foa_00da573d0e228224cddb", "audio_path": "audio/test/foa_00da573d0e228224cddb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drawer cabinet to the left or right of tool? Answer in one sentence.", "answer": "drawer cabinet is to the left of tool.", "canonical_answer": "drawer cabinet is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_df4223735a7719f9c73d", "split": "test", "audio_id": "foa_48eecb5bd6d45b08b1de", "audio_path": "audio/test/foa_48eecb5bd6d45b08b1de.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the body sound and the fire, which one is located at a higher elevation? Answer in one sentence.", "answer": "The fire originates from a higher elevation than the body sound.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_1aa59b473787f158f773", "split": "test", "audio_id": "foa_c737de7bbff736feb3a2", "audio_path": "audio/test/foa_c737de7bbff736feb3a2.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_6317469d968268210112", "split": "test", "audio_id": "foa_07aa30cd3f464c71266a", "audio_path": "audio/test/foa_07aa30cd3f464c71266a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at an azimuth of 48.5 degrees and an elevation of -21.6 degrees say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"What matter about my shadow.\"", "canonical_answer": "What matter about my shadow.", "answer_meta": {}}
{"qa_id": "qa_9cb323d8fe260dfed465", "split": "test", "audio_id": "foa_319a9abd4acb3e8d47a4", "audio_path": "audio/test/foa_319a9abd4acb3e8d47a4.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-right said, \"But before that, what, Reverend mother.\"", "canonical_answer": "But before that, what, Reverend mother.", "answer_meta": {}}
{"qa_id": "qa_b527a36caef01b5ffae5", "split": "test", "audio_id": "foa_f78cd3f5a11bf9d60db7", "audio_path": "audio/test/foa_f78cd3f5a11bf9d60db7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the clock or the water sound source located at a higher elevation? Answer in one sentence.", "answer": "The clock is positioned at a higher elevation than the water.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_d4ea7a74718b38af8418", "split": "test", "audio_id": "foa_3d33ae5bc35ba65fc274", "audio_path": "audio/test/foa_3d33ae5bc35ba65fc274.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to dog, is animal on the left or on the right? Answer in one sentence.", "answer": "animal is to the left of dog.", "canonical_answer": "animal is to the left of dog.", "answer_meta": {}}
{"qa_id": "qa_befc1229094e4557a245", "split": "test", "audio_id": "foa_c209883ffb822be82938", "audio_path": "audio/test/foa_c209883ffb822be82938.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 15.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The musical instrument is heard from left and above during 0.0s to 15.8s.", "canonical_answer": "musical instrument from left and above.", "answer_meta": {"time_span": [0.0, 15.8]}}
{"qa_id": "qa_3ac45883b9856f947e09", "split": "test", "audio_id": "foa_ad3ac61bef4692290844", "audio_path": "audio/test/foa_ad3ac61bef4692290844.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_1bd3e4f1986a22b421fd", "split": "test", "audio_id": "foa_14b7b5868e36eaf127fb", "audio_path": "audio/test/foa_14b7b5868e36eaf127fb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the crushing sound or the musical instrument? Answer in one sentence.", "answer": "The musical instrument is closer to the listener than the crushing sound.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_b729b744808f64398438", "split": "test", "audio_id": "foa_59e2eefbc0e12fe86f16", "audio_path": "audio/test/foa_59e2eefbc0e12fe86f16.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 17.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The home sound is heard from front-left and below during 0.2s to 17.2s.", "canonical_answer": "home sound from front-left and below.", "answer_meta": {"time_span": [0.2, 17.2]}}
{"qa_id": "qa_dc99e18919b0577df1fc", "split": "test", "audio_id": "foa_9f839682f99a5b2cb6f3", "audio_path": "audio/test/foa_9f839682f99a5b2cb6f3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person positioned to the left and above? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Whither hath my lonesomeness gone, spake he.\"", "canonical_answer": "Whither hath my lonesomeness gone, spake he.", "answer_meta": {}}
{"qa_id": "qa_9d7a7d5fe8e87c95fe14", "split": "test", "audio_id": "foa_eab04362a527806e4e97", "audio_path": "audio/test/foa_eab04362a527806e4e97.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the appliance or the cat, is positioned at a higher elevation? Answer in one sentence.", "answer": "The cat is at a greater elevation than the appliance.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_6f38a1f59ed52586d62f", "split": "test", "audio_id": "foa_a4ee0b5cf95da39d4fb9", "audio_path": "audio/test/foa_a4ee0b5cf95da39d4fb9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is scratch to the left or right of telephone alarm? Answer in one sentence.", "answer": "scratch is to the left of telephone alarm.", "canonical_answer": "scratch is to the left of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_2c4dbf2e1324baa880f8", "split": "test", "audio_id": "foa_61cdf58baa4b0ff709db", "audio_path": "audio/test/foa_61cdf58baa4b0ff709db.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the insect or the train? Answer in one sentence.", "answer": "The train is closer to the listener than the insect.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_bd6ffaa91d4550ba2d9f", "split": "test", "audio_id": "foa_0eb810555567ddd5bc55", "audio_path": "audio/test/foa_0eb810555567ddd5bc55.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_26b7507b3baa6dd14a97", "split": "test", "audio_id": "foa_7f24e60cc3a81cc126dc", "audio_path": "audio/test/foa_7f24e60cc3a81cc126dc.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_27f70dfede2fb1aeff52", "split": "test", "audio_id": "foa_3610b9450642afd09428", "audio_path": "audio/test/foa_3610b9450642afd09428.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to zipper, is thunderstorm on the left or on the right? Answer in one sentence.", "answer": "thunderstorm is to the right of zipper.", "canonical_answer": "thunderstorm is to the right of zipper.", "answer_meta": {}}
{"qa_id": "qa_264b85e496f9d502a234", "split": "test", "audio_id": "foa_4786d344a54f28ef0544", "audio_path": "audio/test/foa_4786d344a54f28ef0544.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.6s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The paper is heard from front during 0.6s to 20.0s.", "canonical_answer": "paper from front.", "answer_meta": {"time_span": [0.6, 20.0]}}
{"qa_id": "qa_56ccd50798728eca2934", "split": "test", "audio_id": "foa_a61ec02c1366d6d52d9d", "audio_path": "audio/test/foa_a61ec02c1366d6d52d9d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at that location said, \"He is constantly saying disagreeable things.\"", "canonical_answer": "He is constantly saying disagreeable things.", "answer_meta": {}}
{"qa_id": "qa_6a50942cae5f058e1517", "split": "test", "audio_id": "foa_71586ddfb70a8defef9b", "audio_path": "audio/test/foa_71586ddfb70a8defef9b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crushing sound and the speech, which one is located closer to the listener? Answer in one sentence.", "answer": "The speech source is closer to the listener than the crushing sound.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_cab430be71a8b8d8845a", "split": "test", "audio_id": "foa_dadd828a39d0ad3e94c5", "audio_path": "audio/test/foa_dadd828a39d0ad3e94c5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the wind, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The insect is located at a higher elevation than the wind.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_d351d03948d41bbc1f03", "split": "test", "audio_id": "foa_9d9d88e97a3b83df1023", "audio_path": "audio/test/foa_9d9d88e97a3b83df1023.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_c4ee37fcd75be8b95dd5", "split": "test", "audio_id": "foa_7a8d80383257b69d0299", "audio_path": "audio/test/foa_7a8d80383257b69d0299.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to human vocalization, is breathing on the left or on the right? Answer in one sentence.", "answer": "breathing is to the right of human vocalization.", "canonical_answer": "breathing is to the right of human vocalization.", "answer_meta": {}}
{"qa_id": "qa_ca19a2b3bb385844fb01", "split": "test", "audio_id": "foa_31e33483ab51424bda8d", "audio_path": "audio/test/foa_31e33483ab51424bda8d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the typing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The typing is heard from left and above during 13.6s to 14.6s.", "canonical_answer": "typing from left and above.", "answer_meta": {"time_span": [13.6, 14.6]}}
{"qa_id": "qa_5a16d2315dbcf5423929", "split": "test", "audio_id": "foa_abb9b6f8112eb4744263", "audio_path": "audio/test/foa_abb9b6f8112eb4744263.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the back-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-right said, \"An idol, I whispered, taken by surprise.\"", "canonical_answer": "An idol, I whispered, taken by surprise.", "answer_meta": {}}
{"qa_id": "qa_3d964335b34e075b3fbe", "split": "test", "audio_id": "foa_000a21125d8987386657", "audio_path": "audio/test/foa_000a21125d8987386657.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the clock and the train, which one is located at a higher elevation? Answer in one sentence.", "answer": "The train is at a higher elevation than the clock.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_d04349fac3a098bcd669", "split": "test", "audio_id": "foa_9f79b4a2d2c268090f91", "audio_path": "audio/test/foa_9f79b4a2d2c268090f91.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the tool and the war sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the war sound.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_60783b0e07d3f2ef1a08", "split": "test", "audio_id": "foa_0d10e14d808dc56093c8", "audio_path": "audio/test/foa_0d10e14d808dc56093c8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bell to the left or right of camera? Answer in one sentence.", "answer": "bell is to the right of camera.", "canonical_answer": "bell is to the right of camera.", "answer_meta": {}}
{"qa_id": "qa_4da2d01c4c16266014b1", "split": "test", "audio_id": "foa_ebe4fa03270a80f59e92", "audio_path": "audio/test/foa_ebe4fa03270a80f59e92.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 6.4s to 6.9s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The dog is heard from front-right and below during 6.4s to 6.9s.", "canonical_answer": "dog from front-right and below.", "answer_meta": {"time_span": [6.4, 6.9]}}
{"qa_id": "qa_e360a1800a1e767be320", "split": "test", "audio_id": "foa_5c6aa4586d0f46b4e342", "audio_path": "audio/test/foa_5c6aa4586d0f46b4e342.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the dog and the insect, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the insect.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_2d7ddad95f569adbb4b1", "split": "test", "audio_id": "foa_83bfd91c92d31ff803f7", "audio_path": "audio/test/foa_83bfd91c92d31ff803f7.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the front said, \"Illustration, sage.\"", "canonical_answer": "Illustration, sage.", "answer_meta": {}}
{"qa_id": "qa_720d0206aa285389d710", "split": "test", "audio_id": "foa_42cda8ca706495f6cb1e", "audio_path": "audio/test/foa_42cda8ca706495f6cb1e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the gong and the typing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The gong is closer to the listener than the typing sound.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_6e63c924a5976db34265", "split": "test", "audio_id": "foa_b2361d06174a8dbbe396", "audio_path": "audio/test/foa_b2361d06174a8dbbe396.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_aeb52100298e6935b4f8", "split": "test", "audio_id": "foa_a99aa97efd3bc80bc1ab", "audio_path": "audio/test/foa_a99aa97efd3bc80bc1ab.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_7dfe91a388fd8b49ab1a", "split": "test", "audio_id": "foa_7e0c6e026b9147c6fee3", "audio_path": "audio/test/foa_7e0c6e026b9147c6fee3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 2.3s to 10.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The breathing is heard from back and below during 2.3s to 10.6s.", "canonical_answer": "breathing from back and below.", "answer_meta": {"time_span": [2.3, 10.6]}}
{"qa_id": "qa_e2926e507a631f23890f", "split": "test", "audio_id": "foa_99339d278239d8ea567f", "audio_path": "audio/test/foa_99339d278239d8ea567f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the alarm and the laughter, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The laughter is located at a higher elevation than the alarm.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_5928a3f98f1d26090955", "split": "test", "audio_id": "foa_2aaffdce62c70b432d5f", "audio_path": "audio/test/foa_2aaffdce62c70b432d5f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"Not for a friend. for a son.\"", "canonical_answer": "Not for a friend. for a son.", "answer_meta": {}}
{"qa_id": "qa_6c2bef1a0edc981a3c48", "split": "test", "audio_id": "foa_463c82857fe96eb7f7cc", "audio_path": "audio/test/foa_463c82857fe96eb7f7cc.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the metal clink and the singing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the metal clink.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_a5efb01deecbdb00d94c", "split": "test", "audio_id": "foa_4ef2b8e2c5d678cd3d12", "audio_path": "audio/test/foa_4ef2b8e2c5d678cd3d12.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is war sound to the left or right of wood? Answer in one sentence.", "answer": "war sound is to the right of wood.", "canonical_answer": "war sound is to the right of wood.", "answer_meta": {}}
{"qa_id": "qa_6e311e809c981d0db465", "split": "test", "audio_id": "foa_4565870bfbc534241958", "audio_path": "audio/test/foa_4565870bfbc534241958.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at back-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the back-right says, \"Just a word, gentlemen, they stopped to listen.\"", "canonical_answer": "Just a word, gentlemen, they stopped to listen.", "answer_meta": {}}
{"qa_id": "qa_78a9bbe927cfe251a8e0", "split": "test", "audio_id": "foa_e2a22fad895012a4abb5", "audio_path": "audio/test/foa_e2a22fad895012a4abb5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the human vocalization located at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the human vocalization.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_e15a69452f43e3a7abcc", "split": "test", "audio_id": "foa_50b2ae4dd3bece44a29d", "audio_path": "audio/test/foa_50b2ae4dd3bece44a29d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is knock to the left or right of paper? Answer in one sentence.", "answer": "knock is to the right of paper.", "canonical_answer": "knock is to the right of paper.", "answer_meta": {}}
{"qa_id": "qa_b642aae8130cb9cc11e2", "split": "test", "audio_id": "foa_7df0cb4c1de7ce99c542", "audio_path": "audio/test/foa_7df0cb4c1de7ce99c542.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_f8a4cb7443e2dd7bf847", "split": "test", "audio_id": "foa_e3a987b132c70d4e122f", "audio_path": "audio/test/foa_e3a987b132c70d4e122f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is located closer to the listener, the bird or the camera? Answer in one sentence.", "answer": "The camera is closer to the listener than the bird.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_2a8c86ef51e148867755", "split": "test", "audio_id": "foa_0d745620e83c247cc865", "audio_path": "audio/test/foa_0d745620e83c247cc865.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 7.4s to 11.9s, what source is active and where is it located? Answer in one sentence.", "answer": "The singing is heard from back-right during 7.4s to 11.9s.", "canonical_answer": "singing from back-right.", "answer_meta": {"time_span": [7.4, 11.9]}}
{"qa_id": "qa_5f19e3f19b41da831abe", "split": "test", "audio_id": "foa_de362a1c4b36ac36a4ea", "audio_path": "audio/test/foa_de362a1c4b36ac36a4ea.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the aircraft or the telephone alarm? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the telephone alarm.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_e73641a6b0159975b68f", "split": "test", "audio_id": "foa_aa86cc60bda1cce72716", "audio_path": "audio/test/foa_aa86cc60bda1cce72716.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the animal and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The animal is located at a higher elevation than the printer.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_61b18d8e3f5e9a14e171", "split": "test", "audio_id": "foa_97d0253765d5fa8dc875", "audio_path": "audio/test/foa_97d0253765d5fa8dc875.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_e487f9792524af0b2c63", "split": "test", "audio_id": "foa_54abf5ca7c98bf8d6a46", "audio_path": "audio/test/foa_54abf5ca7c98bf8d6a46.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to speech, is kitchenware on the left or on the right? Answer in one sentence.", "answer": "kitchenware is to the right of speech.", "canonical_answer": "kitchenware is to the right of speech.", "answer_meta": {}}
{"qa_id": "qa_8a5dd771534b990106f1", "split": "test", "audio_id": "foa_e7b40da211789b7d9e58", "audio_path": "audio/test/foa_e7b40da211789b7d9e58.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 1.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The tool is heard from right during 0.0s to 1.4s.", "canonical_answer": "tool from right.", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_fee8519bae7edc44dee9", "split": "test", "audio_id": "foa_7d180ff46708807d9d43", "audio_path": "audio/test/foa_7d180ff46708807d9d43.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"Demanded Bertram, angry and mystified.\"", "canonical_answer": "Demanded Bertram, angry and mystified.", "answer_meta": {}}
{"qa_id": "qa_0e39c8f6e1afd3831a0d", "split": "test", "audio_id": "foa_409094c78863216b52e1", "audio_path": "audio/test/foa_409094c78863216b52e1.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bell and the laughter, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The bell is closer to the listener than the laughter.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_8a2889726c6203fe65a5", "split": "test", "audio_id": "foa_d4b82a9f1b64187a0dc1", "audio_path": "audio/test/foa_d4b82a9f1b64187a0dc1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_48a9e8a993a3dfacfaa5", "split": "test", "audio_id": "foa_4dc2a16736e4ec44d03e", "audio_path": "audio/test/foa_4dc2a16736e4ec44d03e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bird and the speech sounds, which one originates from a higher elevation? Answer in one sentence.", "answer": "The bird originates from a higher elevation than the speech.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_64de00bcc6dd650cabb5", "split": "test", "audio_id": "foa_07130e87415c0a0b98b4", "audio_path": "audio/test/foa_07130e87415c0a0b98b4.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech content of the speaker located to the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker from the front-right said, \"The Mirabelle was nearing Tahiti.\"", "canonical_answer": "The Mirabelle was nearing Tahiti.", "answer_meta": {}}
{"qa_id": "qa_1ec1a402fa69d270bdcb", "split": "test", "audio_id": "foa_760a6f09a05431078d23", "audio_path": "audio/test/foa_760a6f09a05431078d23.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is clock to the left or right of frog? Answer in one sentence.", "answer": "clock is to the right of frog.", "canonical_answer": "clock is to the right of frog.", "answer_meta": {}}
{"qa_id": "qa_5f2f02341d4d90ef67d8", "split": "test", "audio_id": "foa_7863ce6eb68843c492a9", "audio_path": "audio/test/foa_7863ce6eb68843c492a9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.0s to 13.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The clock is heard from front-right during 1.0s to 13.1s.", "canonical_answer": "clock from front-right.", "answer_meta": {"time_span": [1.0, 13.1]}}
{"qa_id": "qa_e197e7d76d8282d5aaba", "split": "test", "audio_id": "foa_ca7eaa475a0388f748ff", "audio_path": "audio/test/foa_ca7eaa475a0388f748ff.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned at a higher elevation, the animal or the appliance? Answer in one sentence.", "answer": "The appliance is at a higher elevation than the animal.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_a741cc5cea423d5eb84f", "split": "test", "audio_id": "foa_c6b2c22a0a2ee88cb06d", "audio_path": "audio/test/foa_c6b2c22a0a2ee88cb06d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.4s to 9.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from back-right during 0.4s to 9.0s.", "canonical_answer": "speech from back-right.", "answer_meta": {"time_span": [0.4, 9.0]}}
{"qa_id": "qa_e8ab885faa8327f54b53", "split": "test", "audio_id": "foa_b144f366901c65ffae50", "audio_path": "audio/test/foa_b144f366901c65ffae50.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to telephone alarm, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the left of telephone alarm.", "canonical_answer": "singing is to the left of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_2421a85f5d951e4b405d", "split": "test", "audio_id": "foa_5848304239d8fb4d20eb", "audio_path": "audio/test/foa_5848304239d8fb4d20eb.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person positioned behind the listener? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back said, \"Oh, I shall never do that, replied Leslie.\"", "canonical_answer": "Oh, I shall never do that, replied Leslie.", "answer_meta": {}}
{"qa_id": "qa_a09e4e8152c38f4a7bba", "split": "test", "audio_id": "foa_8cf77f683d7079ee1e8d", "audio_path": "audio/test/foa_8cf77f683d7079ee1e8d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_2d816c8e370d9a741e2d", "split": "test", "audio_id": "foa_9f50ad62969f3952e365", "audio_path": "audio/test/foa_9f50ad62969f3952e365.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drawer cabinet and the laughter, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The drawer cabinet is closer to the listener than the laughter.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_01790c9b8c25db9d52f8", "split": "test", "audio_id": "foa_59af2de64b303348e36a", "audio_path": "audio/test/foa_59af2de64b303348e36a.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right and below saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the right and below is saying, \"This sounded like another story.\"", "canonical_answer": "This sounded like another story.", "answer_meta": {}}
{"qa_id": "qa_d1308901df40fc49812a", "split": "test", "audio_id": "foa_4f29699a671be584f98a", "audio_path": "audio/test/foa_4f29699a671be584f98a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the knock and the tool sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the tool.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_833be591efdc8ebf5265", "split": "test", "audio_id": "foa_a04915023941308c08f9", "audio_path": "audio/test/foa_a04915023941308c08f9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between speech and typing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The typing sound originates from a higher elevation than the speech.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_b63804ce686bed5d8b72", "split": "test", "audio_id": "foa_e73d60d8c4bc2ec78443", "audio_path": "audio/test/foa_e73d60d8c4bc2ec78443.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is gong on the left or on the right? Answer in one sentence.", "answer": "gong is to the right of war sound.", "canonical_answer": "gong is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_6f2b2663280b4f8a3373", "split": "test", "audio_id": "foa_2b8303d2b78f553fa0d0", "audio_path": "audio/test/foa_2b8303d2b78f553fa0d0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_e39449f8e1c204e30677", "split": "test", "audio_id": "foa_14af6c1b830ba9548e3a", "audio_path": "audio/test/foa_14af6c1b830ba9548e3a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the writing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The writing is heard from back-right and above during 0.8s to 20.0s.", "canonical_answer": "writing from back-right and above.", "answer_meta": {"time_span": [0.8, 20.0]}}
{"qa_id": "qa_c35c7b63dcdf19ca859b", "split": "test", "audio_id": "foa_ef8c29bbef84048f5203", "audio_path": "audio/test/foa_ef8c29bbef84048f5203.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_eae3c699e81936fd3b30", "split": "test", "audio_id": "foa_7caa709bd4684544c2e6", "audio_path": "audio/test/foa_7caa709bd4684544c2e6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crushing and writing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The crushing sound is at a higher elevation than the writing sound.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_0d30f1fd1017c2ef4f7f", "split": "test", "audio_id": "foa_f34927993091b7b8ee88", "audio_path": "audio/test/foa_f34927993091b7b8ee88.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of footsteps? Answer in one sentence.", "answer": "alarm is to the right of footsteps.", "canonical_answer": "alarm is to the right of footsteps.", "answer_meta": {}}
{"qa_id": "qa_5ec68bd82f20e74a7187", "split": "test", "audio_id": "foa_010f961567ff0e06e6e9", "audio_path": "audio/test/foa_010f961567ff0e06e6e9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 7.7s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The percussion is heard from right during 0.0s to 7.7s.", "canonical_answer": "percussion from right.", "answer_meta": {"time_span": [0.0, 7.7]}}
{"qa_id": "qa_3ca89e6fcc8c2b82c96a", "split": "test", "audio_id": "foa_7d88aef631a0232950c7", "audio_path": "audio/test/foa_7d88aef631a0232950c7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the home sound or the singing closer to the listener's position? Answer in one sentence.", "answer": "The singing is closer to the listener than the home sound.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_cfd818188d71168632b0", "split": "test", "audio_id": "foa_4202bf726d34b26a8768", "audio_path": "audio/test/foa_4202bf726d34b26a8768.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"Drawn to man by words, repelled by passions.\"", "canonical_answer": "Drawn to man by words, repelled by passions.", "answer_meta": {}}
{"qa_id": "qa_0b3076f908bcaa681eca", "split": "test", "audio_id": "foa_a822cf001b9b3bc6cc05", "audio_path": "audio/test/foa_a822cf001b9b3bc6cc05.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the wind instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The wind instrument is heard from back-left and above during 0.2s to 6.6s.", "canonical_answer": "wind instrument from back-left and above.", "answer_meta": {"time_span": [0.2, 6.6]}}
{"qa_id": "qa_7f5c87993da17b7b92ed", "split": "test", "audio_id": "foa_d3f1c448a5cc1c30569b", "audio_path": "audio/test/foa_d3f1c448a5cc1c30569b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_ba8bc09e84605d97454e", "split": "test", "audio_id": "foa_5a35d1244cf3bc8e6a6e", "audio_path": "audio/test/foa_5a35d1244cf3bc8e6a6e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to telephone alarm, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the right of telephone alarm.", "canonical_answer": "cooking is to the right of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_05d205e4ef35ccd9aa3d", "split": "test", "audio_id": "foa_6abfd99c596663106d5f", "audio_path": "audio/test/foa_6abfd99c596663106d5f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the home sound or the insect, is positioned at a higher elevation? Answer in one sentence.", "answer": "The home sound is at a higher elevation than the insect.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_0cd92a843a7ce8d35285", "split": "test", "audio_id": "foa_c2d731cbc1cfe3383f0c", "audio_path": "audio/test/foa_c2d731cbc1cfe3383f0c.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located directly in front saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned in front says, \"The half lights of doubt pained him.\"", "canonical_answer": "The half lights of doubt pained him.", "answer_meta": {}}
{"qa_id": "qa_1352af49f44035217f98", "split": "test", "audio_id": "foa_82d03a8145c60332e78c", "audio_path": "audio/test/foa_82d03a8145c60332e78c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the alarm or the tape? Answer in one sentence.", "answer": "The tape is closer to the listener than the alarm.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_d3669579fdb61b011e7d", "split": "test", "audio_id": "foa_523c8c0b6e2d88b9e78b", "audio_path": "audio/test/foa_523c8c0b6e2d88b9e78b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The drum is heard from back-left and below during 0.0s to 0.8s.", "canonical_answer": "drum from back-left and below.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_b7595ff7eca084e8ca06", "split": "test", "audio_id": "foa_5b192df2880a63bb0d1b", "audio_path": "audio/test/foa_5b192df2880a63bb0d1b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the singing or the tool? Answer in one sentence.", "answer": "The tool is closer to the listener than the singing.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_27d488a5f037f65dadeb", "split": "test", "audio_id": "foa_61acd2e5f13f6b41a3eb", "audio_path": "audio/test/foa_61acd2e5f13f6b41a3eb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is car on the left or on the right? Answer in one sentence.", "answer": "car is to the left of war sound.", "canonical_answer": "car is to the left of war sound.", "answer_meta": {}}
{"qa_id": "qa_288bd9c5408134dea7c3", "split": "test", "audio_id": "foa_6c6935bd629dc2be5adf", "audio_path": "audio/test/foa_6c6935bd629dc2be5adf.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_e1d1574f2ffb723d7fe9", "split": "test", "audio_id": "foa_bfebabfec07f078ed682", "audio_path": "audio/test/foa_bfebabfec07f078ed682.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"You must have plans for the future. Tell me unreservedly how I can help you.\"", "canonical_answer": "You must have plans for the future. Tell me unreservedly how I can help you.", "answer_meta": {}}
{"qa_id": "qa_67f711f20c94d762f57d", "split": "test", "audio_id": "foa_dd3aacfe567cb2fbd29e", "audio_path": "audio/test/foa_dd3aacfe567cb2fbd29e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the breathing and the frog, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The frog is positioned at a higher elevation than the breathing.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_8b35f25dc7ac5aa17729", "split": "test", "audio_id": "foa_42a291701d8ac6eb4df7", "audio_path": "audio/test/foa_42a291701d8ac6eb4df7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the insect or the typing? Answer in one sentence.", "answer": "The insect is closer to the listener than the typing.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_9af5aac065516ffc010e", "split": "test", "audio_id": "foa_5193ea34ebc06875a0f1", "audio_path": "audio/test/foa_5193ea34ebc06875a0f1.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-right said, \"The queen gazed upon our friends, with evident interest.\"", "canonical_answer": "The queen gazed upon our friends, with evident interest.", "answer_meta": {}}
{"qa_id": "qa_f8d77352f6b15f39efc7", "split": "test", "audio_id": "foa_39aeded34a442f2be7ee", "audio_path": "audio/test/foa_39aeded34a442f2be7ee.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the elevation of the keyboard instrument or the paper higher? Answer in one sentence.", "answer": "The paper is positioned at a higher elevation than the keyboard instrument.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_6e3dbbc50f8157f8b3d2", "split": "test", "audio_id": "foa_507b9554468122cbd753", "audio_path": "audio/test/foa_507b9554468122cbd753.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to ocean, is bird on the left or on the right? Answer in one sentence.", "answer": "bird is to the right of ocean.", "canonical_answer": "bird is to the right of ocean.", "answer_meta": {}}
{"qa_id": "qa_5ef3cc7f6a1bd78b6d56", "split": "test", "audio_id": "foa_13b0650362605d511aa0", "audio_path": "audio/test/foa_13b0650362605d511aa0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_e9280722c8e1b28dbbb7", "split": "test", "audio_id": "foa_8c8b858e9e650454589b", "audio_path": "audio/test/foa_8c8b858e9e650454589b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the guitar occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The guitar is heard from back-left and below during 0.0s to 3.0s.", "canonical_answer": "guitar from back-left and below.", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_8ec8bec34963be9b112f", "split": "test", "audio_id": "foa_5dbbbc1b150f962518af", "audio_path": "audio/test/foa_5dbbbc1b150f962518af.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker at the front-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"I know nothing about it, she said, sadly.\"", "canonical_answer": "I know nothing about it, she said, sadly.", "answer_meta": {}}
{"qa_id": "qa_9d25f4c65237ae795f93", "split": "test", "audio_id": "foa_ead3088d637027021cdd", "audio_path": "audio/test/foa_ead3088d637027021cdd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the wind instrument, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The dog is closer to the listener than the wind instrument.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_ba6d2003405e19932f48", "split": "test", "audio_id": "foa_fea50abfde3a829ba0a3", "audio_path": "audio/test/foa_fea50abfde3a829ba0a3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tape, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the right of tape.", "canonical_answer": "singing is to the right of tape.", "answer_meta": {}}
{"qa_id": "qa_6cb8240bad9416c89d20", "split": "test", "audio_id": "foa_be6af77c88de9f222793", "audio_path": "audio/test/foa_be6af77c88de9f222793.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 1.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The war sound is heard from right during 0.2s to 1.1s.", "canonical_answer": "war sound from right.", "answer_meta": {"time_span": [0.2, 1.1]}}
{"qa_id": "qa_e4fd960213ca76e46481", "split": "test", "audio_id": "foa_c0bd51f259a731a0a29d", "audio_path": "audio/test/foa_c0bd51f259a731a0a29d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which object has a higher elevation, the clock or the paper? Answer in one sentence.", "answer": "The clock is positioned at a higher elevation than the paper.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_8bfc296b9f203005217e", "split": "test", "audio_id": "foa_f52484e174def5589c31", "audio_path": "audio/test/foa_f52484e174def5589c31.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_a508dc80d9cbe09d3c33", "split": "test", "audio_id": "foa_a88bc1b6536c796be5a6", "audio_path": "audio/test/foa_a88bc1b6536c796be5a6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 2.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The fire is heard from right and above during 0.5s to 2.4s.", "canonical_answer": "fire from right and above.", "answer_meta": {"time_span": [0.5, 2.4]}}
{"qa_id": "qa_75506d279a28e39742ed", "split": "test", "audio_id": "foa_750dca097cd1ec0d8d5b", "audio_path": "audio/test/foa_750dca097cd1ec0d8d5b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the machine and the scratch, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The scratch is closer to the listener than the machine.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_c80bf22821c4fa9f908d", "split": "test", "audio_id": "foa_0a264497da7691fc919d", "audio_path": "audio/test/foa_0a264497da7691fc919d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_e129d8eb57ea0f043361", "split": "test", "audio_id": "foa_81f68bb8d0ed45a3cd49", "audio_path": "audio/test/foa_81f68bb8d0ed45a3cd49.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of percussion? Answer in one sentence.", "answer": "cooking is to the left of percussion.", "canonical_answer": "cooking is to the left of percussion.", "answer_meta": {}}
{"qa_id": "qa_fed1302ec2b0bd157f34", "split": "test", "audio_id": "foa_cc84cc8ae64bcbdcfcbb", "audio_path": "audio/test/foa_cc84cc8ae64bcbdcfcbb.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at an azimuth of -37.5 degrees say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"I have done my best, replied cinderlad.\"", "canonical_answer": "I have done my best, replied cinderlad.", "answer_meta": {}}
{"qa_id": "qa_19fab95cf23f9b1882c2", "split": "test", "audio_id": "foa_a4994618da6e7f738f48", "audio_path": "audio/test/foa_a4994618da6e7f738f48.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the dog and the paper, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The paper is positioned at a higher elevation than the dog.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_b269517c3de4a23d3914", "split": "test", "audio_id": "foa_216dda68ffd4ca4ebc15", "audio_path": "audio/test/foa_216dda68ffd4ca4ebc15.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the animal or the string instrument located at a higher elevation? Answer in one sentence.", "answer": "The animal is positioned at a higher elevation than the string instrument.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_ba2ea87383c806ab0032", "split": "test", "audio_id": "foa_7576fb3cfbbc768891cb", "audio_path": "audio/test/foa_7576fb3cfbbc768891cb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to thunderstorm, is musical instrument on the left or on the right? Answer in one sentence.", "answer": "musical instrument is to the left of thunderstorm.", "canonical_answer": "musical instrument is to the left of thunderstorm.", "answer_meta": {}}
{"qa_id": "qa_6320c491bffdd140ebc6", "split": "test", "audio_id": "foa_752f9f5deeab9d270d12", "audio_path": "audio/test/foa_752f9f5deeab9d270d12.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 17.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The percussion is heard from right and below during 0.0s to 17.2s.", "canonical_answer": "percussion from right and below.", "answer_meta": {"time_span": [0.0, 17.2]}}
{"qa_id": "qa_113ba0cb055615742dd8", "split": "test", "audio_id": "foa_fa2ceb552e9d8c2889f4", "audio_path": "audio/test/foa_fa2ceb552e9d8c2889f4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the dog, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the dog.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_a4b91a7eb20745ac75b1", "split": "test", "audio_id": "foa_553bc2d45c5903cd0abb", "audio_path": "audio/test/foa_553bc2d45c5903cd0abb.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_bed38e46c168e9a4bdec", "split": "test", "audio_id": "foa_1869ba0fe1f0f27bebdc", "audio_path": "audio/test/foa_1869ba0fe1f0f27bebdc.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the right side saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right says, \"Tired out, Leslie herself dropped asleep.\"", "canonical_answer": "Tired out, Leslie herself dropped asleep.", "answer_meta": {}}
{"qa_id": "qa_77be72372271da4db1fb", "split": "test", "audio_id": "foa_bc11807e852d1c4d254f", "audio_path": "audio/test/foa_bc11807e852d1c4d254f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the camera occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The camera is heard from back and above during 0.2s to 6.9s.", "canonical_answer": "camera from back and above.", "answer_meta": {"time_span": [0.2, 6.9]}}
{"qa_id": "qa_ed8e691404dc6470d21c", "split": "test", "audio_id": "foa_486ba07b6143f3bda622", "audio_path": "audio/test/foa_486ba07b6143f3bda622.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned at a higher elevation: the camera or the home sound? Answer in one sentence.", "answer": "The home sound is at a higher elevation than the camera.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_60bec00eb0614928ea6f", "split": "test", "audio_id": "foa_9cfff0ee17ce054cc489", "audio_path": "audio/test/foa_9cfff0ee17ce054cc489.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker at the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"I do said he. He tells me that he is Edeyrn, the son of nudd.\"", "canonical_answer": "I do said he. He tells me that he is Edeyrn, the son of nudd.", "answer_meta": {}}
{"qa_id": "qa_f3428431d5b68d836611", "split": "test", "audio_id": "foa_bada40f30ae1208b5c5e", "audio_path": "audio/test/foa_bada40f30ae1208b5c5e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crackle and the zipper, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The zipper is closer to the listener than the crackle.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_d06a9b7caff17a2c75bb", "split": "test", "audio_id": "foa_9a626c24a2c1201330ca", "audio_path": "audio/test/foa_9a626c24a2c1201330ca.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to human vocalization, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the left of human vocalization.", "canonical_answer": "dog is to the left of human vocalization.", "answer_meta": {}}
{"qa_id": "qa_949ec5dd49590a590ca3", "split": "test", "audio_id": "foa_86fbcbfa7b612aea6081", "audio_path": "audio/test/foa_86fbcbfa7b612aea6081.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_9a8ebe2bef38d0bdb5cc", "split": "test", "audio_id": "foa_bace3a7e83c6d8772884", "audio_path": "audio/test/foa_bace3a7e83c6d8772884.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the door and the wood, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The wood is the source located closer to the listener.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_a59fef1cb07bc709a149", "split": "test", "audio_id": "foa_24aed7770d27f30a4acd", "audio_path": "audio/test/foa_24aed7770d27f30a4acd.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the fire or the laughter positioned at a higher elevation? Answer in one sentence.", "answer": "The fire is located at a higher elevation than the laughter.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_6fca73e9abfcc7b0c128", "split": "test", "audio_id": "foa_7bf75c7a689c6c7451cf", "audio_path": "audio/test/foa_7bf75c7a689c6c7451cf.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 0.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The wind instrument is heard from back-left during 0.0s to 0.2s.", "canonical_answer": "wind instrument from back-left.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_e1cd831d9ea4284d7a41", "split": "test", "audio_id": "foa_e3d18209c570c337f365", "audio_path": "audio/test/foa_e3d18209c570c337f365.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_9e54b4095c3917c42c93", "split": "test", "audio_id": "foa_fb7ad8880ea270028958", "audio_path": "audio/test/foa_fb7ad8880ea270028958.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the front-left is saying, \"You shall not come into my father's house.\"", "canonical_answer": "You shall not come into my father's house.", "answer_meta": {}}
{"qa_id": "qa_05308247096a68d4baf0", "split": "test", "audio_id": "foa_6ddc17f40289283c9ecb", "audio_path": "audio/test/foa_6ddc17f40289283c9ecb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is breathing to the left or right of tool? Answer in one sentence.", "answer": "breathing is to the right of tool.", "canonical_answer": "breathing is to the right of tool.", "answer_meta": {}}
{"qa_id": "qa_7e18d946fb96aca89236", "split": "test", "audio_id": "foa_cb79066928f2236cc9ce", "audio_path": "audio/test/foa_cb79066928f2236cc9ce.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 3.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The wind instrument is heard from back-right and above during 0.0s to 3.5s.", "canonical_answer": "wind instrument from back-right and above.", "answer_meta": {"time_span": [0.0, 3.5]}}
{"qa_id": "qa_9cfb5f44d678fce3a5e4", "split": "test", "audio_id": "foa_02c9e8053cc85ba661af", "audio_path": "audio/test/foa_02c9e8053cc85ba661af.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker at the front-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at that location was silent.", "canonical_answer": "There was silence.", "answer_meta": {}}
{"qa_id": "qa_e87e36af93d38ec22dcb", "split": "test", "audio_id": "foa_c0fc0f268ac0736bd41f", "audio_path": "audio/test/foa_c0fc0f268ac0736bd41f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_6c068a27f8bf58daf5e7", "split": "test", "audio_id": "foa_f9cc4fbfd330a3d52cd4", "audio_path": "audio/test/foa_f9cc4fbfd330a3d52cd4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of kitchenware? Answer in one sentence.", "answer": "alarm is to the right of kitchenware.", "canonical_answer": "alarm is to the right of kitchenware.", "answer_meta": {}}
{"qa_id": "qa_7856df0762cb536a65fc", "split": "test", "audio_id": "foa_aca2dde1e017afbf802c", "audio_path": "audio/test/foa_aca2dde1e017afbf802c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the machine or the vehicle? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the machine.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_447b83d5dfc3ba2ea602", "split": "test", "audio_id": "foa_e4aca2e4169b2140ece2", "audio_path": "audio/test/foa_e4aca2e4169b2140ece2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the ocean and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The printer is higher in elevation compared to the ocean.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_93ff2a336f0f7e61e601", "split": "test", "audio_id": "foa_aacacd8e6a9de916f929", "audio_path": "audio/test/foa_aacacd8e6a9de916f929.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the paper sound source positioned at a higher elevation? Answer in one sentence.", "answer": "The paper sound source is located at a higher elevation than the dog.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_a0b9ef5f4e1f08ba538f", "split": "test", "audio_id": "foa_50798e8d6a3eae6d9e7f", "audio_path": "audio/test/foa_50798e8d6a3eae6d9e7f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The clock is heard from front during 0.0s to 20.0s.", "canonical_answer": "clock from front.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_a8323a0521a0f971064e", "split": "test", "audio_id": "foa_161d192ebe209ac5131b", "audio_path": "audio/test/foa_161d192ebe209ac5131b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to zipper, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the right of zipper.", "canonical_answer": "singing is to the right of zipper.", "answer_meta": {}}
{"qa_id": "qa_6494a8e3f54fb17f66a2", "split": "test", "audio_id": "foa_f5fbd251cca34d15ba65", "audio_path": "audio/test/foa_f5fbd251cca34d15ba65.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cat and the wind instrument, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The cat is closer to the listener than the wind instrument.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_6a0d5d9898f0d6d4d86e", "split": "test", "audio_id": "foa_1fbe4f2c43a36f413f73", "audio_path": "audio/test/foa_1fbe4f2c43a36f413f73.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person positioned to the left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"And all work had ceased with him.\"", "canonical_answer": "And all work had ceased with him.", "answer_meta": {}}
{"qa_id": "qa_984390192f3e8fbd1995", "split": "test", "audio_id": "foa_63a72f6337243c633c12", "audio_path": "audio/test/foa_63a72f6337243c633c12.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_b7a82797b7b5ee3a1516", "split": "test", "audio_id": "foa_f3c1a4e84db53f849418", "audio_path": "audio/test/foa_f3c1a4e84db53f849418.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to drawer cabinet, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the left of drawer cabinet.", "canonical_answer": "clock is to the left of drawer cabinet.", "answer_meta": {}}
{"qa_id": "qa_2fec158b80f71c620cbd", "split": "test", "audio_id": "foa_b212a56fcefeb210da43", "audio_path": "audio/test/foa_b212a56fcefeb210da43.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The typing is heard from left and above during 0.1s to 20.0s.", "canonical_answer": "typing from left and above.", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_e6110b4b69dfa3fe724f", "split": "test", "audio_id": "foa_96f371be385d5337706f", "audio_path": "audio/test/foa_96f371be385d5337706f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the frog or the typing? Answer in one sentence.", "answer": "The typing is closer to the listener than the frog.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_9a26f840a18bab1fc4f9", "split": "test", "audio_id": "foa_a6238e59344c570b11a6", "audio_path": "audio/test/foa_a6238e59344c570b11a6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the bird or the finger snapping located at a higher elevation? Answer in one sentence.", "answer": "The finger snapping is at a higher elevation than the bird.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_b9f1cccb16aecaa0b885", "split": "test", "audio_id": "foa_b58f2619b76b2a246f7b", "audio_path": "audio/test/foa_b58f2619b76b2a246f7b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is animal.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_1a3b5bc973839969cb72", "split": "test", "audio_id": "foa_ac383318006a1ca5eefe", "audio_path": "audio/test/foa_ac383318006a1ca5eefe.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the back-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"Season with salt and pepper and a little sugar to taste.\"", "canonical_answer": "Season with salt and pepper and a little sugar to taste.", "answer_meta": {}}
{"qa_id": "qa_a97ca2bd8a1ef47f6223", "split": "test", "audio_id": "foa_515d2889c4d41cc7b784", "audio_path": "audio/test/foa_515d2889c4d41cc7b784.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 5.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from front-left and above during 0.2s to 5.6s.", "canonical_answer": "speech from front-left and above.", "answer_meta": {"time_span": [0.2, 5.6]}}
{"qa_id": "qa_f466bb0c1d3b61564ee2", "split": "test", "audio_id": "foa_559e87a3190fbf300739", "audio_path": "audio/test/foa_559e87a3190fbf300739.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_2e7832f3eba01aa777a6", "split": "test", "audio_id": "foa_2f56bc021cb37b4282f6", "audio_path": "audio/test/foa_2f56bc021cb37b4282f6.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech content originating from the front? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned in the front says, \"Fried bread for borders.\"", "canonical_answer": "Fried bread for borders.", "answer_meta": {}}
{"qa_id": "qa_172cad7e847799516265", "split": "test", "audio_id": "foa_b91f6b22e200864169c8", "audio_path": "audio/test/foa_b91f6b22e200864169c8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to printer, is female speech on the left or on the right? Answer in one sentence.", "answer": "female speech is to the left of printer.", "canonical_answer": "female speech is to the left of printer.", "answer_meta": {}}
{"qa_id": "qa_05c8ca25762f5dde388e", "split": "test", "audio_id": "foa_220cb14aa83a6b554cbc", "audio_path": "audio/test/foa_220cb14aa83a6b554cbc.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bell and the rain, which source is located at a higher elevation? Answer in one sentence.", "answer": "The rain is at a higher elevation than the bell.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_de1a39f50afb5407d4f2", "split": "test", "audio_id": "foa_baa24b8dbb1895b4a404", "audio_path": "audio/test/foa_baa24b8dbb1895b4a404.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the ocean, which source is located closer to the listener? Answer in one sentence.", "answer": "The alarm is closer to the listener than the ocean.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_57fed793538663e99264", "split": "test", "audio_id": "foa_451cb00452f769d315a2", "audio_path": "audio/test/foa_451cb00452f769d315a2.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 2.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from right and above during 0.0s to 2.0s.", "canonical_answer": "human vocalization from right and above.", "answer_meta": {"time_span": [0.0, 2.0]}}
{"qa_id": "qa_af6092ec2ec912187999", "split": "test", "audio_id": "foa_5cabf446ed6534905270", "audio_path": "audio/test/foa_5cabf446ed6534905270.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the war sound, which one originates from a higher elevation? Answer in one sentence.", "answer": "The footsteps are at a higher elevation than the war sound.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_d0137c34f14b2b079b63", "split": "test", "audio_id": "foa_48a85a605e4b2158f39a", "audio_path": "audio/test/foa_48a85a605e4b2158f39a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the telephone alarm, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The clock is closer to the listener than the telephone alarm.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_c252018240cfe95449f4", "split": "test", "audio_id": "foa_67eb18a07820b4a25fa9", "audio_path": "audio/test/foa_67eb18a07820b4a25fa9.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located behind the listener saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned behind you says, \"Hi, there goes a rabbit.\"", "canonical_answer": "Hi, there goes a rabbit.", "answer_meta": {}}
{"qa_id": "qa_eb1d808f95f4c58803c0", "split": "test", "audio_id": "foa_4918cc67551da53635ae", "audio_path": "audio/test/foa_4918cc67551da53635ae.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is body sound to the left or right of human vocalization? Answer in one sentence.", "answer": "body sound is to the left of human vocalization.", "canonical_answer": "body sound is to the left of human vocalization.", "answer_meta": {}}
{"qa_id": "qa_b1cbb3151e83f0b91ae6", "split": "test", "audio_id": "foa_7c7fcf2fd752b0464ae6", "audio_path": "audio/test/foa_7c7fcf2fd752b0464ae6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_de8d61a70081530a340b", "split": "test", "audio_id": "foa_348978d91c9d9e7f4ca7", "audio_path": "audio/test/foa_348978d91c9d9e7f4ca7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_888d5993e53edd65bdd9", "split": "test", "audio_id": "foa_c71a560714e3ba351c0a", "audio_path": "audio/test/foa_c71a560714e3ba351c0a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the machine, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The machine is closer to the listener than the camera.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_3aa88305540506adbff0", "split": "test", "audio_id": "foa_e5eac5157dbbc9ebac85", "audio_path": "audio/test/foa_e5eac5157dbbc9ebac85.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left and above saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned to the left and above is saying, \"Is a line of good poetry.\"", "canonical_answer": "Is a line of good poetry.", "answer_meta": {}}
{"qa_id": "qa_5ca4301306cd82850e7f", "split": "test", "audio_id": "foa_67fcd1423f8bd908d4ca", "audio_path": "audio/test/foa_67fcd1423f8bd908d4ca.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 2.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from right during 0.3s to 2.4s.", "canonical_answer": "speech from right.", "answer_meta": {"time_span": [0.3, 2.4]}}
{"qa_id": "qa_171465f3a543daf54c69", "split": "test", "audio_id": "foa_39e91e4ed280bdf25fab", "audio_path": "audio/test/foa_39e91e4ed280bdf25fab.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bell to the left or right of ocean? Answer in one sentence.", "answer": "bell is to the left of ocean.", "canonical_answer": "bell is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_5b86cae5b7f4adf23a21", "split": "test", "audio_id": "foa_7530dda172e410944c3a", "audio_path": "audio/test/foa_7530dda172e410944c3a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned at a higher elevation, the camera or the guitar? Answer in one sentence.", "answer": "The guitar is at a higher elevation than the camera.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_e876e20597f7e355573a", "split": "test", "audio_id": "foa_1e6db85c98700c8b3ba3", "audio_path": "audio/test/foa_1e6db85c98700c8b3ba3.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_edfc148a6292b17ea261", "split": "test", "audio_id": "foa_c46a9636588d7485da8b", "audio_path": "audio/test/foa_c46a9636588d7485da8b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"That was what Missus Macpherson said to me, only the other day.\"", "canonical_answer": "That was what Missus Macpherson said to me, only the other day.", "answer_meta": {}}
{"qa_id": "qa_a9cf867adb0bf479d83a", "split": "test", "audio_id": "foa_e2a37ed6df89ec008d31", "audio_path": "audio/test/foa_e2a37ed6df89ec008d31.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and the drum, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The drum is closer to the listener than the cooking.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_3b9a70bba6d4b0b5b482", "split": "test", "audio_id": "foa_58af3ac7bc3e3c640460", "audio_path": "audio/test/foa_58af3ac7bc3e3c640460.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to door, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the right of door.", "canonical_answer": "clock is to the right of door.", "answer_meta": {}}
{"qa_id": "qa_8afb5ff2ac5f1449fbde", "split": "test", "audio_id": "foa_3013f904827dd1468f09", "audio_path": "audio/test/foa_3013f904827dd1468f09.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the alarm and the clock, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The alarm is located at a higher elevation than the clock.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_f4d02399a2b3aea652fc", "split": "test", "audio_id": "foa_fec3667a46022dca3a4f", "audio_path": "audio/test/foa_fec3667a46022dca3a4f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The clock is heard from right during 0.0s to 20.0s.", "canonical_answer": "clock from right.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_7833c5f2ab2eecef18a5", "split": "test", "audio_id": "foa_eacd816bcd07ff5f8c6b", "audio_path": "audio/test/foa_eacd816bcd07ff5f8c6b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the front of the scene say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front said, \"They have, Sir replied the clerk.\"", "canonical_answer": "They have, Sir replied the clerk.", "answer_meta": {}}
{"qa_id": "qa_6dc3cdda40dbcde669ff", "split": "test", "audio_id": "foa_b8acc386e4b9e822b70e", "audio_path": "audio/test/foa_b8acc386e4b9e822b70e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the door and the war sound, which one is located at a higher elevation? Answer in one sentence.", "answer": "The war sound is at a higher elevation than the door.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_7f25a126fb6357042987", "split": "test", "audio_id": "foa_016b7e5d0831f02a9259", "audio_path": "audio/test/foa_016b7e5d0831f02a9259.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_3bc48da0041bafa97119", "split": "test", "audio_id": "foa_64118fdc86b9ef8fdcb8", "audio_path": "audio/test/foa_64118fdc86b9ef8fdcb8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is metal clink to the left or right of typing? Answer in one sentence.", "answer": "metal clink is to the left of typing.", "canonical_answer": "metal clink is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_c6fcd7ba842c63e8dfba", "split": "test", "audio_id": "foa_ebf1c4ea1af8fb756469", "audio_path": "audio/test/foa_ebf1c4ea1af8fb756469.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the aircraft or the appliance located closer to the listener? Answer in one sentence.", "answer": "The aircraft is nearer to the listener than the appliance.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_0b95aff6fc452292b96f", "split": "test", "audio_id": "foa_43682122c4100f336297", "audio_path": "audio/test/foa_43682122c4100f336297.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 2.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The crushing is heard from front and above during 0.3s to 2.8s.", "canonical_answer": "crushing from front and above.", "answer_meta": {"time_span": [0.3, 2.8]}}
{"qa_id": "qa_1a757548806dd51b36f0", "split": "test", "audio_id": "foa_17de1ac5557aec006000", "audio_path": "audio/test/foa_17de1ac5557aec006000.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-right said, \"Yes, nodded, Billy Demurely.\"", "canonical_answer": "Yes, nodded, Billy Demurely.", "answer_meta": {}}
{"qa_id": "qa_aa14ada17ecd76101ba3", "split": "test", "audio_id": "foa_790b67d60c695f176222", "audio_path": "audio/test/foa_790b67d60c695f176222.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to scratch, is rain on the left or on the right? Answer in one sentence.", "answer": "rain is to the left of scratch.", "canonical_answer": "rain is to the left of scratch.", "answer_meta": {}}
{"qa_id": "qa_e24d0d7960174f38ceba", "split": "test", "audio_id": "foa_8fef04b64fedd4ce20f0", "audio_path": "audio/test/foa_8fef04b64fedd4ce20f0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is positioned closer to the listener, the guitar or the musical instrument? Answer in one sentence.", "answer": "The musical instrument is closer to the listener than the guitar.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_2e507bf003f58371ec37", "split": "test", "audio_id": "foa_ef67b57532c88425cbeb", "audio_path": "audio/test/foa_ef67b57532c88425cbeb.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.7s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The telephone alarm is heard from back-left and above during 0.7s to 20.0s.", "canonical_answer": "telephone alarm from back-left and above.", "answer_meta": {"time_span": [0.7, 20.0]}}
{"qa_id": "qa_9b0b42e11115fdde43cc", "split": "test", "audio_id": "foa_c7adf8ce0f0d2c459c96", "audio_path": "audio/test/foa_c7adf8ce0f0d2c459c96.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_e17f93a2e4c01ce7fab4", "split": "test", "audio_id": "foa_0a048d379743572600fb", "audio_path": "audio/test/foa_0a048d379743572600fb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the bell or the camera, is positioned at a higher elevation? Answer in one sentence.", "answer": "The bell is at a higher elevation than the camera.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_9b5d7a2b33a00951a5a6", "split": "test", "audio_id": "foa_21be0a2f8a9c2c9623b8", "audio_path": "audio/test/foa_21be0a2f8a9c2c9623b8.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The man on the right said, \"Not exackly, said the man, but it's all right.\"", "canonical_answer": "Not exackly, said the man, but it's all right.", "answer_meta": {}}
{"qa_id": "qa_85070f9ef2408b6e6bba", "split": "test", "audio_id": "foa_3b3aabb0e7072f81d220", "audio_path": "audio/test/foa_3b3aabb0e7072f81d220.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to finger snapping, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the right of finger snapping.", "canonical_answer": "clock is to the right of finger snapping.", "answer_meta": {}}
{"qa_id": "qa_4874eb3c52bdf918bcd8", "split": "test", "audio_id": "foa_69cae1a36bba4d0cfbfc", "audio_path": "audio/test/foa_69cae1a36bba4d0cfbfc.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 3.6s to 7.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The car is heard from right during 3.6s to 7.6s.", "canonical_answer": "car from right.", "answer_meta": {"time_span": [3.6, 7.6]}}
{"qa_id": "qa_232c76a238445e075dba", "split": "test", "audio_id": "foa_6ea317a4e69852b81913", "audio_path": "audio/test/foa_6ea317a4e69852b81913.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, footsteps or glass, originates from a higher elevation? Answer in one sentence.", "answer": "The glass is at a higher elevation than the footsteps.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_ae91acc455aa09452b3a", "split": "test", "audio_id": "foa_44bd22398db234993555", "audio_path": "audio/test/foa_44bd22398db234993555.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_0f91d4983be6f536b03a", "split": "test", "audio_id": "foa_ae31b04b5847376b3549", "audio_path": "audio/test/foa_ae31b04b5847376b3549.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the speech or the train located closer to the listener? Answer in one sentence.", "answer": "The train is located closer to the listener than the speech.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_68775856f17a440a49bb", "split": "test", "audio_id": "foa_25fd1b4de5284e5a11c5", "audio_path": "audio/test/foa_25fd1b4de5284e5a11c5.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is clock to the left or right of guitar? Answer in one sentence.", "answer": "clock is to the left of guitar.", "canonical_answer": "clock is to the left of guitar.", "answer_meta": {}}
{"qa_id": "qa_cc272806515a0fb4e140", "split": "test", "audio_id": "foa_d08bffdd89f302612f38", "audio_path": "audio/test/foa_d08bffdd89f302612f38.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the wind and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The zipper is located at a higher elevation than the wind.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_d38da9aba020921b8989", "split": "test", "audio_id": "foa_69740533f08a2dcdbd98", "audio_path": "audio/test/foa_69740533f08a2dcdbd98.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source, the aircraft or the vehicle, is located closer to the listener? Answer in one sentence.", "answer": "The vehicle is positioned closer to the listener than the aircraft.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_95a9730547d58fe11757", "split": "test", "audio_id": "foa_a54c1200fbd11cd2647b", "audio_path": "audio/test/foa_a54c1200fbd11cd2647b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-right say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-right said, \"I wish to tell you something.\"", "canonical_answer": "I wish to tell you something.", "answer_meta": {}}
{"qa_id": "qa_f5a6044eb815fc81679c", "split": "test", "audio_id": "foa_48d0469bc67ec5585321", "audio_path": "audio/test/foa_48d0469bc67ec5585321.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_03044184170e09d2d1ac", "split": "test", "audio_id": "foa_b743c6e233a1b6e9e184", "audio_path": "audio/test/foa_b743c6e233a1b6e9e184.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.1s to 12.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The breathing is heard from right during 1.1s to 12.2s.", "canonical_answer": "breathing from right.", "answer_meta": {"time_span": [1.1, 12.2]}}
{"qa_id": "qa_4e582f254714f64791ae", "split": "test", "audio_id": "foa_ab3c8a19ce2f54091239", "audio_path": "audio/test/foa_ab3c8a19ce2f54091239.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_9e51715122f372265a08", "split": "test", "audio_id": "foa_1b679e1c6cb135a1c1c7", "audio_path": "audio/test/foa_1b679e1c6cb135a1c1c7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the ocean located at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the ocean.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_07ef49ba43410ff77ace", "split": "test", "audio_id": "foa_9d45cdc2c144d5c1f076", "audio_path": "audio/test/foa_9d45cdc2c144d5c1f076.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the sound of breathing and the sound of paper, which one is located closer to the listener? Answer in one sentence.", "answer": "The sound of breathing is closer to the listener than the sound of paper.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_5b61d460cea6c4b0f770", "split": "test", "audio_id": "foa_db4bfaa487fd279f0c44", "audio_path": "audio/test/foa_db4bfaa487fd279f0c44.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to fire, is drawer cabinet on the left or on the right? Answer in one sentence.", "answer": "drawer cabinet is to the right of fire.", "canonical_answer": "drawer cabinet is to the right of fire.", "answer_meta": {}}
{"qa_id": "qa_b3c99bbc1c8617881902", "split": "test", "audio_id": "foa_b003acacf1f7fc1008b3", "audio_path": "audio/test/foa_b003acacf1f7fc1008b3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker on the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"The girl put the birds into the water, and watched them anxiously.\"", "canonical_answer": "The girl put the birds into the water, and watched them anxiously.", "answer_meta": {}}
{"qa_id": "qa_becbd80637412118b0c3", "split": "test", "audio_id": "foa_abe70639624527a2724b", "audio_path": "audio/test/foa_abe70639624527a2724b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the metal clink occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The metal clink is heard from front-right and below during 0.5s to 3.6s.", "canonical_answer": "metal clink from front-right and below.", "answer_meta": {"time_span": [0.5, 3.6]}}
{"qa_id": "qa_391ffec6430a74c1cf31", "split": "test", "audio_id": "foa_2383d9dbd5afd5aece14", "audio_path": "audio/test/foa_2383d9dbd5afd5aece14.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 1.2s to 15.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The tape is heard from back-right during 1.2s to 15.0s.", "canonical_answer": "tape from back-right.", "answer_meta": {"time_span": [1.2, 15.0]}}
{"qa_id": "qa_0e3b07479921786afbfa", "split": "test", "audio_id": "foa_845c73d628d4d896c728", "audio_path": "audio/test/foa_845c73d628d4d896c728.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_7c807aa315e00c4cdd71", "split": "test", "audio_id": "foa_c3f01c49e63129800945", "audio_path": "audio/test/foa_c3f01c49e63129800945.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the ocean or the thunderstorm? Answer in one sentence.", "answer": "The thunderstorm is closer to the listener than the ocean.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_e998fc8eee270604a565", "split": "test", "audio_id": "foa_5f0444e7b7fa084913fc", "audio_path": "audio/test/foa_5f0444e7b7fa084913fc.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned at a higher elevation, the camera or the singing? Answer in one sentence.", "answer": "The singing is at a greater elevation than the camera.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_f396e423328d5d1fab9f", "split": "test", "audio_id": "foa_3c3fc7207b22d1363fcd", "audio_path": "audio/test/foa_3c3fc7207b22d1363fcd.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is crack to the left or right of vehicle? Answer in one sentence.", "answer": "crack is to the left of vehicle.", "canonical_answer": "crack is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_18acad27047505806d43", "split": "test", "audio_id": "foa_07569242cac9c04bd217", "audio_path": "audio/test/foa_07569242cac9c04bd217.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the right and below say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"But his old eyes were glinting.\"", "canonical_answer": "But his old eyes were glinting.", "answer_meta": {}}
{"qa_id": "qa_baf1a9e62c46365c635c", "split": "test", "audio_id": "foa_924aa58c1c6a128a2e8b", "audio_path": "audio/test/foa_924aa58c1c6a128a2e8b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is door.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_20b061a7de1f00e625f0", "split": "test", "audio_id": "foa_a335e3c64dcc4f136e7e", "audio_path": "audio/test/foa_a335e3c64dcc4f136e7e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the speech and the writing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The writing is closer to the listener than the speech.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_f958c75e50d8cf5105a9", "split": "test", "audio_id": "foa_77e05fd107534b628be9", "audio_path": "audio/test/foa_77e05fd107534b628be9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is knock on the left or on the right? Answer in one sentence.", "answer": "knock is to the left of water.", "canonical_answer": "knock is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_ed9a54a495bcb4b3d3e9", "split": "test", "audio_id": "foa_12233ef1b60d94cae681", "audio_path": "audio/test/foa_12233ef1b60d94cae681.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the female speech or the laughter positioned at a higher elevation? Answer in one sentence.", "answer": "The female speech is at a higher elevation than the laughter.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_cf863884ebe26e2443e7", "split": "test", "audio_id": "foa_ce6d55fe6d4bff3eb028", "audio_path": "audio/test/foa_ce6d55fe6d4bff3eb028.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 0.9s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The kitchenware is heard from right and below during 0.2s to 0.9s.", "canonical_answer": "kitchenware from right and below.", "answer_meta": {"time_span": [0.2, 0.9]}}
{"qa_id": "qa_007b698c4228521cd474", "split": "test", "audio_id": "foa_7f5265bcc7a510080a1d", "audio_path": "audio/test/foa_7f5265bcc7a510080a1d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"Don't you feel lonely in it sometimes, O, never.\"", "canonical_answer": "Don't you feel lonely in it sometimes, O, never.", "answer_meta": {}}
{"qa_id": "qa_e5162137e90ca91605e4", "split": "test", "audio_id": "foa_98711d7e78c9268edfc1", "audio_path": "audio/test/foa_98711d7e78c9268edfc1.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the zipper, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The zipper is closer to the listener than the appliance.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_f4ec5012735863814644", "split": "test", "audio_id": "foa_246d4ad10a524157c3a2", "audio_path": "audio/test/foa_246d4ad10a524157c3a2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the footsteps or the writing? Answer in one sentence.", "answer": "The footsteps are at a greater elevation than the writing.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_44990efb4734b64cf5b3", "split": "test", "audio_id": "foa_8a541d08c5407c9b778d", "audio_path": "audio/test/foa_8a541d08c5407c9b778d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_a29b5efc6e1ef0b95b42", "split": "test", "audio_id": "foa_052026ca75b27b2fa0c2", "audio_path": "audio/test/foa_052026ca75b27b2fa0c2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to ocean, is drum on the left or on the right? Answer in one sentence.", "answer": "drum is to the left of ocean.", "canonical_answer": "drum is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_2b0f0454685a8b6247b9", "split": "test", "audio_id": "foa_d11f9c9521ad3cfee6c1", "audio_path": "audio/test/foa_d11f9c9521ad3cfee6c1.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left and below saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"Yes, Sir. But he may turn up on the cliff at any moment.\"", "canonical_answer": "Yes, Sir. But he may turn up on the cliff at any moment.", "answer_meta": {}}
{"qa_id": "qa_2eccf94de59ef667c408", "split": "test", "audio_id": "foa_f680dfd69af523159159", "audio_path": "audio/test/foa_f680dfd69af523159159.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.1s to 6.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The kitchenware is heard from right during 1.1s to 6.0s.", "canonical_answer": "kitchenware from right.", "answer_meta": {"time_span": [1.1, 6.0]}}
{"qa_id": "qa_84a5b147688cc8a47dec", "split": "test", "audio_id": "foa_cabd2d352b698c254382", "audio_path": "audio/test/foa_cabd2d352b698c254382.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 8.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The clock is heard from back-right and below during 0.1s to 8.6s.", "canonical_answer": "clock from back-right and below.", "answer_meta": {"time_span": [0.1, 8.6]}}
{"qa_id": "qa_52ffcffb6685d8ac3387", "split": "test", "audio_id": "foa_ee6daf6a90b79362e7c3", "audio_path": "audio/test/foa_ee6daf6a90b79362e7c3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tape, is singing on the left or on the right? Answer in one sentence.", "answer": "singing is to the right of tape.", "canonical_answer": "singing is to the right of tape.", "answer_meta": {}}
{"qa_id": "qa_6129cffb590c32bcca0a", "split": "test", "audio_id": "foa_46b53829fabe99869e60", "audio_path": "audio/test/foa_46b53829fabe99869e60.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"Daphne exclaimed tenderly. what more is needed.\"", "canonical_answer": "Daphne exclaimed tenderly. what more is needed.", "answer_meta": {}}
{"qa_id": "qa_500270dc2b609c9745b6", "split": "test", "audio_id": "foa_8d99794c5e066030416c", "audio_path": "audio/test/foa_8d99794c5e066030416c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_91f555b1e19ed4cfea46", "split": "test", "audio_id": "foa_b7488fffa53fb889cef9", "audio_path": "audio/test/foa_b7488fffa53fb889cef9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the body sound and the guitar, which one is located at a higher elevation? Answer in one sentence.", "answer": "The guitar is positioned at a higher elevation than the body sound.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_f32970169f8ed3ecc626", "split": "test", "audio_id": "foa_edcf00136d0e3c52fd30", "audio_path": "audio/test/foa_edcf00136d0e3c52fd30.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the cat or the frog located closer to the listener? Answer in one sentence.", "answer": "The cat is positioned closer to the listener than the frog.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_6bb26f6b93c88f5b6eb4", "split": "test", "audio_id": "foa_7b8ac0200f0f45bd6447", "audio_path": "audio/test/foa_7b8ac0200f0f45bd6447.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the tearing sound or the machine sound located at a higher elevation? Answer in one sentence.", "answer": "The tearing sound is located at a higher elevation than the machine sound.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_e34f4afaa80d6a36024d", "split": "test", "audio_id": "foa_9c12c2b254945ed89a6b", "audio_path": "audio/test/foa_9c12c2b254945ed89a6b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the front-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker says, \"Never mind my plain speaking, said I. It is from the best of motives.\"", "canonical_answer": "Never mind my plain speaking, said I. It is from the best of motives.", "answer_meta": {}}
{"qa_id": "qa_4700e1f24077c90ab4bf", "split": "test", "audio_id": "foa_6c132ce7826b2a6b10db", "audio_path": "audio/test/foa_6c132ce7826b2a6b10db.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drawer cabinet to the left or right of writing? Answer in one sentence.", "answer": "drawer cabinet is to the left of writing.", "canonical_answer": "drawer cabinet is to the left of writing.", "answer_meta": {}}
{"qa_id": "qa_096be8a917fa060e2369", "split": "test", "audio_id": "foa_e9bf9f55061324cc8d8f", "audio_path": "audio/test/foa_e9bf9f55061324cc8d8f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 6.5s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The metal clink is heard from front during 0.6s to 6.5s.", "canonical_answer": "metal clink from front.", "answer_meta": {"time_span": [0.6, 6.5]}}
{"qa_id": "qa_43ac37388ff73f2b21e0", "split": "test", "audio_id": "foa_67436de939c1c4dac77e", "audio_path": "audio/test/foa_67436de939c1c4dac77e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the footsteps or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the footsteps.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_914129dbbb0a61ecf6e9", "split": "test", "audio_id": "foa_229b12060059ba6b6ba7", "audio_path": "audio/test/foa_229b12060059ba6b6ba7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_5aa061e44689f1bfa9bb", "split": "test", "audio_id": "foa_2581d4c5ec16c99ea412", "audio_path": "audio/test/foa_2581d4c5ec16c99ea412.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the crackle or the footsteps? Answer in one sentence.", "answer": "The crackle is closer to the listener than the footsteps.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_db1de7adad633946305d", "split": "test", "audio_id": "foa_01b0d8e79287227e3fe0", "audio_path": "audio/test/foa_01b0d8e79287227e3fe0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bell to the left or right of laughter? Answer in one sentence.", "answer": "bell is to the left of laughter.", "canonical_answer": "bell is to the left of laughter.", "answer_meta": {}}
{"qa_id": "qa_ca9a09889330327e3a32", "split": "test", "audio_id": "foa_744368ed8d781c47dd89", "audio_path": "audio/test/foa_744368ed8d781c47dd89.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 9.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The water is heard from right and above during 0.4s to 9.4s.", "canonical_answer": "water from right and above.", "answer_meta": {"time_span": [0.4, 9.4]}}
{"qa_id": "qa_375df95853bce06ee27a", "split": "test", "audio_id": "foa_6f72250251e7e82c6e4d", "audio_path": "audio/test/foa_6f72250251e7e82c6e4d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_0aad84e6ccc0dececb6e", "split": "test", "audio_id": "foa_53d64009e4421814dd1f", "audio_path": "audio/test/foa_53d64009e4421814dd1f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the left said, \"And he received him. And that not feebly.\"", "canonical_answer": "And he received him. And that not feebly.", "answer_meta": {}}
{"qa_id": "qa_0d8a9599cd963fdcb25e", "split": "test", "audio_id": "foa_44b6b2b21d17477fe8a2", "audio_path": "audio/test/foa_44b6b2b21d17477fe8a2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the ocean, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The car is positioned at a higher elevation than the ocean.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_959fc6cc164ed2a06702", "split": "test", "audio_id": "foa_f34f467fc7de5812e061", "audio_path": "audio/test/foa_f34f467fc7de5812e061.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the car or the typing sound located at a higher elevation? Answer in one sentence.", "answer": "The typing sound is positioned at a greater elevation than the car.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_9c9ca380554ce9135658", "split": "test", "audio_id": "foa_0b0a1149213697844a12", "audio_path": "audio/test/foa_0b0a1149213697844a12.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the door or the singing sound source located closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the door.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_43cd368af9206f8b71cf", "split": "test", "audio_id": "foa_083d1b771975857b10a3", "audio_path": "audio/test/foa_083d1b771975857b10a3.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the spoken content of the source at azimuth=-13.0 degrees, elevation=0.0 degrees? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The source at that location says, \"Two years, Gordon admitted.\"", "canonical_answer": "Two years, Gordon admitted.", "answer_meta": {}}
{"qa_id": "qa_e3f3f7573df0d458550a", "split": "test", "audio_id": "foa_0dcd03ecf422934fd8af", "audio_path": "audio/test/foa_0dcd03ecf422934fd8af.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to clock, is bird on the left or on the right? Answer in one sentence.", "answer": "bird is to the left of clock.", "canonical_answer": "bird is to the left of clock.", "answer_meta": {}}
{"qa_id": "qa_155d7bff7cc0a806eeb9", "split": "test", "audio_id": "foa_3b578196c16c4807def1", "audio_path": "audio/test/foa_3b578196c16c4807def1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_9487bfeb7494b01f0104", "split": "test", "audio_id": "foa_a9bab20ac1d7570a2bb9", "audio_path": "audio/test/foa_a9bab20ac1d7570a2bb9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 7.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from front-left during 0.4s to 7.2s.", "canonical_answer": "speech from front-left.", "answer_meta": {"time_span": [0.4, 7.2]}}
{"qa_id": "qa_4673fa436c773001bf6e", "split": "test", "audio_id": "foa_3f950700d5552f4c9a58", "audio_path": "audio/test/foa_3f950700d5552f4c9a58.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right is saying, \"In any case, he had not the time.\"", "canonical_answer": "In any case, he had not the time.", "answer_meta": {}}
{"qa_id": "qa_c96d7e3f367f482da019", "split": "test", "audio_id": "foa_b475fa006a3faf1c7469", "audio_path": "audio/test/foa_b475fa006a3faf1c7469.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to metal clink, is glass on the left or on the right? Answer in one sentence.", "answer": "glass is to the right of metal clink.", "canonical_answer": "glass is to the right of metal clink.", "answer_meta": {}}
{"qa_id": "qa_5327c5e5f408c84f89b8", "split": "test", "audio_id": "foa_926b254badc56dd07684", "audio_path": "audio/test/foa_926b254badc56dd07684.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the aircraft occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The aircraft is heard from back and above during 0.2s to 20.0s.", "canonical_answer": "aircraft from back and above.", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_d41d4d6bd9277d893f2a", "split": "test", "audio_id": "foa_9836c55088acd127aa95", "audio_path": "audio/test/foa_9836c55088acd127aa95.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the footsteps and the machine, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The machine is located closer to the listener than the footsteps.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_a16c4fab5911d655a378", "split": "test", "audio_id": "foa_0b0bc1a4e725eecdb519", "audio_path": "audio/test/foa_0b0bc1a4e725eecdb519.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_d9973e5deee3fcde4e2c", "split": "test", "audio_id": "foa_d16d03efcfd15a5802fb", "audio_path": "audio/test/foa_d16d03efcfd15a5802fb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the camera and the tool, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The camera is located at a higher elevation than the tool.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_708ab707a811826889e9", "split": "test", "audio_id": "foa_fd0a762ddc9963eb213c", "audio_path": "audio/test/foa_fd0a762ddc9963eb213c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_1ff3083a952997cfa1e4", "split": "test", "audio_id": "foa_1a5d891e1cb17a61e503", "audio_path": "audio/test/foa_1a5d891e1cb17a61e503.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech content originating from the front? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speech coming from the front says, \"Reverend mother, do you know the chapel.\"", "canonical_answer": "Reverend mother, do you know the chapel.", "answer_meta": {}}
{"qa_id": "qa_cd67b6f4d1f86d809664", "split": "test", "audio_id": "foa_af5d5cd212f4ba8ab9bb", "audio_path": "audio/test/foa_af5d5cd212f4ba8ab9bb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is female speech to the left or right of male speech? Answer in one sentence.", "answer": "female speech is to the right of male speech.", "canonical_answer": "female speech is to the right of male speech.", "answer_meta": {}}
{"qa_id": "qa_41674cd3f89e11f8b378", "split": "test", "audio_id": "foa_7daa588df93f34658090", "audio_path": "audio/test/foa_7daa588df93f34658090.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.5s to 1.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The string instrument is heard from left and below during 1.5s to 1.6s.", "canonical_answer": "string instrument from left and below.", "answer_meta": {"time_span": [1.5, 1.6]}}
{"qa_id": "qa_7ac30e820432f8f0f91a", "split": "test", "audio_id": "foa_a42b335f60fdebed205e", "audio_path": "audio/test/foa_a42b335f60fdebed205e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the aircraft and the knock sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The knock is at a higher elevation than the aircraft.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_58a9167680a7f060d0d9", "split": "test", "audio_id": "foa_0b00bc881207763174c8", "audio_path": "audio/test/foa_0b00bc881207763174c8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the tool and the water, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the water.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_38af938033292cf12018", "split": "test", "audio_id": "foa_3d486a6492754b7a2290", "audio_path": "audio/test/foa_3d486a6492754b7a2290.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right is saying, \"That is well, Father, fauvent.\"", "canonical_answer": "That is well, Father, fauvent.", "answer_meta": {}}
{"qa_id": "qa_4e95de724c881dbec527", "split": "test", "audio_id": "foa_b56be61434b33667f376", "audio_path": "audio/test/foa_b56be61434b33667f376.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and tool sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The tool sound is closer to the listener than the cooking sound.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_dfe0dfac467b0f1d5aa3", "split": "test", "audio_id": "foa_522d04c1f121fbc683cd", "audio_path": "audio/test/foa_522d04c1f121fbc683cd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_11a8f3d7d4b0b4ae0c97", "split": "test", "audio_id": "foa_0bc58aadc14abc656236", "audio_path": "audio/test/foa_0bc58aadc14abc656236.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 0.7s, what source is active and where is it located? Answer in one sentence.", "answer": "The breathing is heard from back-right during 0.1s to 0.7s.", "canonical_answer": "breathing from back-right.", "answer_meta": {"time_span": [0.1, 0.7]}}
{"qa_id": "qa_1d9094e9ef76203fb370", "split": "test", "audio_id": "foa_9caec9cf7d6dcbad9c94", "audio_path": "audio/test/foa_9caec9cf7d6dcbad9c94.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the fire and the writing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The writing source is at a higher elevation than the fire.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_0d79020b882f062359be", "split": "test", "audio_id": "foa_7b0790465cf6c42f7f7f", "audio_path": "audio/test/foa_7b0790465cf6c42f7f7f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to frog, is animal on the left or on the right? Answer in one sentence.", "answer": "animal is to the right of frog.", "canonical_answer": "animal is to the right of frog.", "answer_meta": {}}
{"qa_id": "qa_b5fbdc55e3f6b99ab9f9", "split": "test", "audio_id": "foa_85da567d98f420fc2ffd", "audio_path": "audio/test/foa_85da567d98f420fc2ffd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the singing and the wind instrument, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The wind instrument is closer to the listener than the singing.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_ab01f4c03fd8f9f99f8b", "split": "test", "audio_id": "foa_f6646994338b9c6c16ad", "audio_path": "audio/test/foa_f6646994338b9c6c16ad.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the body sound or the machine located at a higher elevation? Answer in one sentence.", "answer": "The machine is at a higher elevation than the body sound.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_4d95e9fb1b9b33d10cf3", "split": "test", "audio_id": "foa_f406fa365b97d3fea346", "audio_path": "audio/test/foa_f406fa365b97d3fea346.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is being said by the speaker located behind the listener? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"And how wonderfully he has answered our petitions.\"", "canonical_answer": "And how wonderfully he has answered our petitions.", "answer_meta": {}}
{"qa_id": "qa_4e2a6863a3900e512312", "split": "test", "audio_id": "foa_a86517bd6606d200d2b0", "audio_path": "audio/test/foa_a86517bd6606d200d2b0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The percussion is heard from left during 0.0s to 0.2s.", "canonical_answer": "percussion from left.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_719f5c33914df4d73eb6", "split": "test", "audio_id": "foa_5bc25e74e79a39c0fea9", "audio_path": "audio/test/foa_5bc25e74e79a39c0fea9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_d6df0b81a7c718bbcd4c", "split": "test", "audio_id": "foa_5b13c9c5736e91225716", "audio_path": "audio/test/foa_5b13c9c5736e91225716.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is machine to the left or right of writing? Answer in one sentence.", "answer": "machine is to the right of writing.", "canonical_answer": "machine is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_1300c626b5cad7ff0475", "split": "test", "audio_id": "foa_8278b4907bf3f8a3be93", "audio_path": "audio/test/foa_8278b4907bf3f8a3be93.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-left said, \"The deuce take it. You are really ill from curiosity.\"", "canonical_answer": "The deuce take it. You are really ill from curiosity.", "answer_meta": {}}
{"qa_id": "qa_a74c1030ee206c7ecbf4", "split": "test", "audio_id": "foa_4a3ffb5c273b6db8f4db", "audio_path": "audio/test/foa_4a3ffb5c273b6db8f4db.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the footsteps occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The footsteps is heard from front-left during 2.1s to 4.1s.", "canonical_answer": "footsteps from front-left.", "answer_meta": {"time_span": [2.1, 4.1]}}
{"qa_id": "qa_15e6749fdb4317661d64", "split": "test", "audio_id": "foa_d562ab9680de21f7083e", "audio_path": "audio/test/foa_d562ab9680de21f7083e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is camera to the left or right of frog? Answer in one sentence.", "answer": "camera is to the right of frog.", "canonical_answer": "camera is to the right of frog.", "answer_meta": {}}
{"qa_id": "qa_69f119fe6725a6ae553e", "split": "test", "audio_id": "foa_c19fa124b17585beead6", "audio_path": "audio/test/foa_c19fa124b17585beead6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_878fec0e7cc2dd1b9527", "split": "test", "audio_id": "foa_6ae38d972b4b7579f79f", "audio_path": "audio/test/foa_6ae38d972b4b7579f79f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the frog and the home sound, which source is positioned at a higher elevation? Answer in one sentence.", "answer": "The frog is at a higher elevation than the home sound.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_9af3bcbbe89d2494448f", "split": "test", "audio_id": "foa_2753e5242d2e0be27580", "audio_path": "audio/test/foa_2753e5242d2e0be27580.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the train, which one is located closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the train.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_2f3f132556c0193af482", "split": "test", "audio_id": "foa_c9783fd56ce4f4688942", "audio_path": "audio/test/foa_c9783fd56ce4f4688942.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the breathing or the printer? Answer in one sentence.", "answer": "The printer is positioned at a higher elevation than the breathing.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_7aa9b3759b596acdb640", "split": "test", "audio_id": "foa_6e060294815f0701244c", "audio_path": "audio/test/foa_6e060294815f0701244c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sound sources, the insect or the ocean, is located closer to the listener? Answer in one sentence.", "answer": "The ocean is the sound source that is closer to the listener.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_d01bfe0a1525cd716b92", "split": "test", "audio_id": "foa_3c8e9e61ecbd287a6dca", "audio_path": "audio/test/foa_3c8e9e61ecbd287a6dca.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to dog, is bell on the left or on the right? Answer in one sentence.", "answer": "bell is to the left of dog.", "canonical_answer": "bell is to the left of dog.", "answer_meta": {}}
{"qa_id": "qa_213755ada126c5123dbe", "split": "test", "audio_id": "foa_219f64966de3320fdb03", "audio_path": "audio/test/foa_219f64966de3320fdb03.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_6d756f1a4f7428f30c18", "split": "test", "audio_id": "foa_cffba9c3d13007ef5cd0", "audio_path": "audio/test/foa_cffba9c3d13007ef5cd0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from back-left and below during 0.0s to 0.3s.", "canonical_answer": "human vocalization from back-left and below.", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_8685d97ff64da5f95bee", "split": "test", "audio_id": "foa_148b8f5b8f2a1b4aced1", "audio_path": "audio/test/foa_148b8f5b8f2a1b4aced1.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located in front and below saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker is saying, \"Mike was standing on the corner.\"", "canonical_answer": "Mike was standing on the corner.", "answer_meta": {}}
{"qa_id": "qa_e5ced9b85f31b1079fa9", "split": "test", "audio_id": "foa_36b3f0454cd1c4fcda78", "audio_path": "audio/test/foa_36b3f0454cd1c4fcda78.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the scratch and the singing, which sound source originates from a higher elevation? Answer in one sentence.", "answer": "The scratch comes from a higher elevation than the singing.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_b9353eedb7e0af2a8c3d", "split": "test", "audio_id": "foa_a54596e5096b04ba6e57", "audio_path": "audio/test/foa_a54596e5096b04ba6e57.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to telephone alarm, is ocean on the left or on the right? Answer in one sentence.", "answer": "ocean is to the right of telephone alarm.", "canonical_answer": "ocean is to the right of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_70b8a709ced9d88225ab", "split": "test", "audio_id": "foa_ab1c3dab9ef1d3c24d78", "audio_path": "audio/test/foa_ab1c3dab9ef1d3c24d78.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located to the right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right said, \"The walls of the rooms were discordantly papered.\"", "canonical_answer": "The walls of the rooms were discordantly papered.", "answer_meta": {}}
{"qa_id": "qa_c875322787ed7f94b19c", "split": "test", "audio_id": "foa_7464af4d959b53dedff8", "audio_path": "audio/test/foa_7464af4d959b53dedff8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the percussion and the rain, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The rain is closer to the listener than the percussion.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_6470ba0b6bc925797472", "split": "test", "audio_id": "foa_c405cdd2822960d3349d", "audio_path": "audio/test/foa_c405cdd2822960d3349d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_4989391312b82823a48d", "split": "test", "audio_id": "foa_99a695da603ea7c15791", "audio_path": "audio/test/foa_99a695da603ea7c15791.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the footsteps occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The footsteps is heard from front-left during 0.0s to 4.7s.", "canonical_answer": "footsteps from front-left.", "answer_meta": {"time_span": [0.0, 4.7]}}
{"qa_id": "qa_ce4ed9084d6cea864f86", "split": "test", "audio_id": "foa_67f5a17b69690083edf0", "audio_path": "audio/test/foa_67f5a17b69690083edf0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the writing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The writing is heard from back-right during 0.5s to 10.8s.", "canonical_answer": "writing from back-right.", "answer_meta": {"time_span": [0.5, 10.8]}}
{"qa_id": "qa_f840f2c58266c2209928", "split": "test", "audio_id": "foa_03dfa16f6a9504d9fb1e", "audio_path": "audio/test/foa_03dfa16f6a9504d9fb1e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_3ed3e62fbca120d9dc2a", "split": "test", "audio_id": "foa_4070dd0e984450b561de", "audio_path": "audio/test/foa_4070dd0e984450b561de.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of scratch? Answer in one sentence.", "answer": "dog is to the left of scratch.", "canonical_answer": "dog is to the left of scratch.", "answer_meta": {}}
{"qa_id": "qa_266869e7e3aefed430d9", "split": "test", "audio_id": "foa_f999af4fdad2b5380e6e", "audio_path": "audio/test/foa_f999af4fdad2b5380e6e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned behind the listener say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned behind the listener said, \"Votes, please, beastly.\"", "canonical_answer": "Votes, please, beastly.", "answer_meta": {}}
{"qa_id": "qa_00c57bceeb5196341867", "split": "test", "audio_id": "foa_47c4051599e9b972f8b7", "audio_path": "audio/test/foa_47c4051599e9b972f8b7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the musical instrument and the singing, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the musical instrument.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3c48e41a45a0ccc931ff", "split": "test", "audio_id": "foa_2b85c06711373da9fd23", "audio_path": "audio/test/foa_2b85c06711373da9fd23.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the camera and the footsteps, which source is located at a higher elevation? Answer in one sentence.", "answer": "The camera is located at a higher elevation than the footsteps.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_411008a861e4d37716c5", "split": "test", "audio_id": "foa_322d6c518296072465ce", "audio_path": "audio/test/foa_322d6c518296072465ce.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the wind instrument, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The clock is closer to the listener than the wind instrument.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_ae56979336c74e377f9e", "split": "test", "audio_id": "foa_686388fb9919534d4cf2", "audio_path": "audio/test/foa_686388fb9919534d4cf2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to guitar, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the right of guitar.", "canonical_answer": "dog is to the right of guitar.", "answer_meta": {}}
{"qa_id": "qa_48b0d0857bfaf20c6609", "split": "test", "audio_id": "foa_cd118eb481590303ec1e", "audio_path": "audio/test/foa_cd118eb481590303ec1e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 3.3s to 4.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The male speech is heard from front-left and below during 3.3s to 4.6s.", "canonical_answer": "male speech from front-left and below.", "answer_meta": {"time_span": [3.3, 4.6]}}
{"qa_id": "qa_6234645af8c6bf49bd54", "split": "test", "audio_id": "foa_a9f0156aa4d0c5e8fdc5", "audio_path": "audio/test/foa_a9f0156aa4d0c5e8fdc5.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_ec9c126af9cb60771a3e", "split": "test", "audio_id": "foa_b2268685849e8f92585d", "audio_path": "audio/test/foa_b2268685849e8f92585d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bird and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The bird is located at a higher elevation than the zipper.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_8a1d4a67b084f9355912", "split": "test", "audio_id": "foa_c713ce8b96ebe51beec0", "audio_path": "audio/test/foa_c713ce8b96ebe51beec0.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back and above say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the back and above said, \"Of the fancy in manhood.\"", "canonical_answer": "Of the fancy in manhood.", "answer_meta": {}}
{"qa_id": "qa_6fa2b229f665d633287f", "split": "test", "audio_id": "foa_39398f768c850b37d95f", "audio_path": "audio/test/foa_39398f768c850b37d95f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at back-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the back-right is saying, \"The best emetic is that, which is at hand.\"", "canonical_answer": "The best emetic is that, which is at hand.", "answer_meta": {}}
{"qa_id": "qa_fc32699a453e3e2503b1", "split": "test", "audio_id": "foa_60092487e85fffb02b8b", "audio_path": "audio/test/foa_60092487e85fffb02b8b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The alarm is heard from front during 0.2s to 20.0s.", "canonical_answer": "alarm from front.", "answer_meta": {"time_span": [0.2, 20.0]}}
{"qa_id": "qa_4a44da231c5f2057c65a", "split": "test", "audio_id": "foa_c7acece6babee3d088bd", "audio_path": "audio/test/foa_c7acece6babee3d088bd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the thunderstorm, which source is located closer to the listener? Answer in one sentence.", "answer": "The thunderstorm is closer to the listener than the home sound.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_139b08f64e78011bbfe7", "split": "test", "audio_id": "foa_d9a6957910296aff6d6f", "audio_path": "audio/test/foa_d9a6957910296aff6d6f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_e8080940a92d2062d515", "split": "test", "audio_id": "foa_ce088aaa0c74e5edf5b1", "audio_path": "audio/test/foa_ce088aaa0c74e5edf5b1.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the drawer cabinet, which one is located at a higher elevation? Answer in one sentence.", "answer": "The car is at a higher elevation than the drawer cabinet.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_5d6ae0ddaf478836441b", "split": "test", "audio_id": "foa_097ac4315e136c8b2c95", "audio_path": "audio/test/foa_097ac4315e136c8b2c95.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is crushing on the left or on the right? Answer in one sentence.", "answer": "crushing is to the left of water.", "canonical_answer": "crushing is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_6c291fac6416451839b0", "split": "test", "audio_id": "foa_ddc403bd4fbf3aea8c26", "audio_path": "audio/test/foa_ddc403bd4fbf3aea8c26.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.4s to 18.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The string instrument is heard from back-left during 0.4s to 18.5s.", "canonical_answer": "string instrument from back-left.", "answer_meta": {"time_span": [0.4, 18.5]}}
{"qa_id": "qa_6a68594007795b6e91f3", "split": "test", "audio_id": "foa_e3622194270cc5f75d38", "audio_path": "audio/test/foa_e3622194270cc5f75d38.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the clock and the paper, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The clock is located at a higher elevation than the paper.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_bfef7dcd7e10d839c464", "split": "test", "audio_id": "foa_cc88bb8fa7a9b8fcf4be", "audio_path": "audio/test/foa_cc88bb8fa7a9b8fcf4be.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech content originating from the back? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speech coming from the back says, \"Glenarvan's voice firm till now, faltered.\"", "canonical_answer": "Glenarvan's voice firm till now, faltered.", "answer_meta": {}}
{"qa_id": "qa_0fc5a0b2fd2829b6cfd3", "split": "test", "audio_id": "foa_4c2ddd45afc07a2104d8", "audio_path": "audio/test/foa_4c2ddd45afc07a2104d8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bird to the left or right of finger snapping? Answer in one sentence.", "answer": "bird is to the right of finger snapping.", "canonical_answer": "bird is to the right of finger snapping.", "answer_meta": {}}
{"qa_id": "qa_9c8cceba57a602127cdf", "split": "test", "audio_id": "foa_3b3b4b5d6f3dc00bdb72", "audio_path": "audio/test/foa_3b3b4b5d6f3dc00bdb72.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_059edb486ba85ffa11b7", "split": "test", "audio_id": "foa_8e500b43548bdcf09381", "audio_path": "audio/test/foa_8e500b43548bdcf09381.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the rain and the vehicle, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the rain.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_784b36c1e90f937d8c34", "split": "test", "audio_id": "foa_0413378c11025ec7d64b", "audio_path": "audio/test/foa_0413378c11025ec7d64b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which object is positioned higher, the clock or the drawer cabinet? Answer in one sentence.", "answer": "The clock is located at a higher elevation than the drawer cabinet.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_3cab087c6885f66ba791", "split": "test", "audio_id": "foa_c30b11399ded5a7329b3", "audio_path": "audio/test/foa_c30b11399ded5a7329b3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to musical instrument, is laughter on the left or on the right? Answer in one sentence.", "answer": "laughter is to the right of musical instrument.", "canonical_answer": "laughter is to the right of musical instrument.", "answer_meta": {}}
{"qa_id": "qa_9d8c5391fdfdaccc7342", "split": "test", "audio_id": "foa_f136f0a3124659fd9e11", "audio_path": "audio/test/foa_f136f0a3124659fd9e11.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound is closer to the listener, the body sound or the telephone alarm? Answer in one sentence.", "answer": "The body sound is closer to the listener than the telephone alarm.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_8caf55e559046ffbf8d2", "split": "test", "audio_id": "foa_814d7902893fead8d023", "audio_path": "audio/test/foa_814d7902893fead8d023.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 6.7s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The kitchenware is heard from front-right and below during 0.4s to 6.7s.", "canonical_answer": "kitchenware from front-right and below.", "answer_meta": {"time_span": [0.4, 6.7]}}
{"qa_id": "qa_73021ffb28bed8274aeb", "split": "test", "audio_id": "foa_3a394e72ff38d62a7f93", "audio_path": "audio/test/foa_3a394e72ff38d62a7f93.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_93feda1d4825517b72d3", "split": "test", "audio_id": "foa_0621f7df39cd7b285380", "audio_path": "audio/test/foa_0621f7df39cd7b285380.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the front-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the front-left said, \"I'M sure that must have a wholesome effect.\"", "canonical_answer": "I'M sure that must have a wholesome effect.", "answer_meta": {}}
{"qa_id": "qa_feb9d00dd9dad26357b3", "split": "test", "audio_id": "foa_246fed5cb453eb148382", "audio_path": "audio/test/foa_246fed5cb453eb148382.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the war sound and the wind, which one is located at a higher elevation? Answer in one sentence.", "answer": "The wind is positioned at a higher elevation than the war sound.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_ec4994352105a214ff90", "split": "test", "audio_id": "foa_13c6257dfb7c3342e2d8", "audio_path": "audio/test/foa_13c6257dfb7c3342e2d8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the bell, which source is located closer to the listener? Answer in one sentence.", "answer": "The bell is located closer to the listener than the appliance.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_6cf8da8d639146d9ec8e", "split": "test", "audio_id": "foa_c3ddcfd721e253bd0c57", "audio_path": "audio/test/foa_c3ddcfd721e253bd0c57.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_c74a166e43cfe846fd07", "split": "test", "audio_id": "foa_76de4ff9a91683470d89", "audio_path": "audio/test/foa_76de4ff9a91683470d89.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to female speech, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the left of female speech.", "canonical_answer": "clock is to the left of female speech.", "answer_meta": {}}
{"qa_id": "qa_381687517bfcc0534ace", "split": "test", "audio_id": "foa_5e6b38a733986e415b36", "audio_path": "audio/test/foa_5e6b38a733986e415b36.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What words were spoken by the person located at the front-right? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Will he not speak to his worshippers, I asked again.\"", "canonical_answer": "Will he not speak to his worshippers, I asked again.", "answer_meta": {}}
{"qa_id": "qa_5d2bf28e98466f653cc6", "split": "test", "audio_id": "foa_cadb829a2fc524fa9715", "audio_path": "audio/test/foa_cadb829a2fc524fa9715.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the train occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The train is heard from left during 2.4s to 10.8s.", "canonical_answer": "train from left.", "answer_meta": {"time_span": [2.4, 10.8]}}
{"qa_id": "qa_14e5a8800e0d49837f7c", "split": "test", "audio_id": "foa_be81c9c8a5ef33e26a27", "audio_path": "audio/test/foa_be81c9c8a5ef33e26a27.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the insect or the train located at a higher elevation? Answer in one sentence.", "answer": "The train is located at a higher elevation than the insect.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_3e3a67660d989f26a8a6", "split": "test", "audio_id": "foa_b1420fcf32407b68f005", "audio_path": "audio/test/foa_b1420fcf32407b68f005.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the wind instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The wind instrument is heard from front-right and below during 0.0s to 0.6s.", "canonical_answer": "wind instrument from front-right and below.", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_70fc1cc774f3a278766b", "split": "test", "audio_id": "foa_afef229ff9f6c3b5df3c", "audio_path": "audio/test/foa_afef229ff9f6c3b5df3c.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at an azimuth of -40.2 degrees say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker stated, \"He was born like that. The others are smart.\"", "canonical_answer": "He was born like that. The others are smart.", "answer_meta": {}}
{"qa_id": "qa_8cf178036206f91756fc", "split": "test", "audio_id": "foa_9df978e5709434455058", "audio_path": "audio/test/foa_9df978e5709434455058.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to cooking, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the right of cooking.", "canonical_answer": "appliance is to the right of cooking.", "answer_meta": {}}
{"qa_id": "qa_39505641a18a42c9b0d7", "split": "test", "audio_id": "foa_4c1d25d18554b984a234", "audio_path": "audio/test/foa_4c1d25d18554b984a234.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_778104441b7ade857a0e", "split": "test", "audio_id": "foa_816020db7f139cad3ac8", "audio_path": "audio/test/foa_816020db7f139cad3ac8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the rain and the vehicle, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the rain.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_ecbcdaf69dbbddf6722a", "split": "test", "audio_id": "foa_5d491763da4e10124fad", "audio_path": "audio/test/foa_5d491763da4e10124fad.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_688b7d1bdd58a3c3bf05", "split": "test", "audio_id": "foa_ffaec1914cdb97615702", "audio_path": "audio/test/foa_ffaec1914cdb97615702.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the wind occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The wind is heard from back and below during 0.0s to 0.2s.", "canonical_answer": "wind from back and below.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_be062cb7b868d056f7ff", "split": "test", "audio_id": "foa_18fcf32debbb422c891e", "audio_path": "audio/test/foa_18fcf32debbb422c891e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located behind the listener saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned behind the listener says, \"That is going too far, replied Hermon.\"", "canonical_answer": "That is going too far, replied Hermon.", "answer_meta": {}}
{"qa_id": "qa_44926e6cb6ab5a461637", "split": "test", "audio_id": "foa_3a9b3357d95ea70b975a", "audio_path": "audio/test/foa_3a9b3357d95ea70b975a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the door or the speech, is positioned at a higher elevation? Answer in one sentence.", "answer": "The speech is located at a higher elevation than the door.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d90b0229a36275121d27", "split": "test", "audio_id": "foa_36bbbd3c5c789bae5aaa", "audio_path": "audio/test/foa_36bbbd3c5c789bae5aaa.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the tearing sound and the train, which one is located closer to the listener? Answer in one sentence.", "answer": "The tearing sound is closer to the listener than the train.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_8cffa48759a9fe4e7a5d", "split": "test", "audio_id": "foa_bdbe9324dc6e9ec9eb03", "audio_path": "audio/test/foa_bdbe9324dc6e9ec9eb03.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is tearing to the left or right of train? Answer in one sentence.", "answer": "tearing is to the right of train.", "canonical_answer": "tearing is to the right of train.", "answer_meta": {}}
{"qa_id": "qa_6f0a74f5a4e941445630", "split": "test", "audio_id": "foa_d53b4e1e9fad395d428e", "audio_path": "audio/test/foa_d53b4e1e9fad395d428e.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the back-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker positioned at the back-left says, \"Did you ever meet him previously to coming hither.\"", "canonical_answer": "Did you ever meet him previously to coming hither.", "answer_meta": {}}
{"qa_id": "qa_a20ece8d0115ebe17730", "split": "test", "audio_id": "foa_12701fc739d7e60ac35e", "audio_path": "audio/test/foa_12701fc739d7e60ac35e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the laughter or the machine? Answer in one sentence.", "answer": "The machine is positioned at a higher elevation than the laughter.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_a69e62f76bb7895f5272", "split": "test", "audio_id": "foa_1bef86d687ee68f07b25", "audio_path": "audio/test/foa_1bef86d687ee68f07b25.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the breathing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The breathing sound source is closer to the listener than the aircraft.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_9623e760775e8d26d2be", "split": "test", "audio_id": "foa_45eff18fab93bfa94166", "audio_path": "audio/test/foa_45eff18fab93bfa94166.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_befee2a11976a0f4c459", "split": "test", "audio_id": "foa_17d9e46f341ab5cfb3a5", "audio_path": "audio/test/foa_17d9e46f341ab5cfb3a5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 4.9s to 8.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The singing is heard from left during 4.9s to 8.1s.", "canonical_answer": "singing from left.", "answer_meta": {"time_span": [4.9, 8.1]}}
{"qa_id": "qa_607f94c8f2eeb117bb03", "split": "test", "audio_id": "foa_d21969f951913c021aaf", "audio_path": "audio/test/foa_d21969f951913c021aaf.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is frog on the left or on the right? Answer in one sentence.", "answer": "frog is to the left of war sound.", "canonical_answer": "frog is to the left of war sound.", "answer_meta": {}}
{"qa_id": "qa_c245a1c744b399d6625e", "split": "test", "audio_id": "foa_9287ae5f3c22f25e2a34", "audio_path": "audio/test/foa_9287ae5f3c22f25e2a34.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bird and the war sound, which one is located at a higher elevation? Answer in one sentence.", "answer": "The war sound is at a higher elevation than the bird.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_d7c264aa0ecf17d44f8a", "split": "test", "audio_id": "foa_c55c4ccd7a39a68516e6", "audio_path": "audio/test/foa_c55c4ccd7a39a68516e6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bell and the dog, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The dog is closer to the listener than the bell.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_b97fdb35942e33143a36", "split": "test", "audio_id": "foa_2e68f10065046d7ecd3f", "audio_path": "audio/test/foa_2e68f10065046d7ecd3f.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker located at the back-left said, \"What do you say.\"", "canonical_answer": "What do you say.", "answer_meta": {}}
{"qa_id": "qa_6a59541ad96500b8242f", "split": "test", "audio_id": "foa_0717774dc3685a6c6c0c", "audio_path": "audio/test/foa_0717774dc3685a6c6c0c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the singing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The singing is heard from back during 0.3s to 8.0s.", "canonical_answer": "singing from back.", "answer_meta": {"time_span": [0.3, 8.0]}}
{"qa_id": "qa_d7062c6a56ccde7f2f60", "split": "test", "audio_id": "foa_a77dcdb76c82bcabad61", "audio_path": "audio/test/foa_a77dcdb76c82bcabad61.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is footsteps.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_157dac453a7e0d629c8a", "split": "test", "audio_id": "foa_b7fbd78a29d87fea797e", "audio_path": "audio/test/foa_b7fbd78a29d87fea797e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is door to the left or right of typing? Answer in one sentence.", "answer": "door is to the left of typing.", "canonical_answer": "door is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_42f7fe3edc7fb7293981", "split": "test", "audio_id": "foa_86378f78ec4d6df8f91e", "audio_path": "audio/test/foa_86378f78ec4d6df8f91e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_77801d46564149ae6654", "split": "test", "audio_id": "foa_ff6da061edc764b06726", "audio_path": "audio/test/foa_ff6da061edc764b06726.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the laughter occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The laughter is heard from right during 0.1s to 5.6s.", "canonical_answer": "laughter from right.", "answer_meta": {"time_span": [0.1, 5.6]}}
{"qa_id": "qa_68c16a8ff3ecbb9107f1", "split": "test", "audio_id": "foa_9428517ad892bf6af085", "audio_path": "audio/test/foa_9428517ad892bf6af085.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the machine, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The car is positioned at a higher elevation than the machine.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_c555cc20b17a3fa84ff9", "split": "test", "audio_id": "foa_9520de3bc1b6e38477bf", "audio_path": "audio/test/foa_9520de3bc1b6e38477bf.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"Where he ejaculated, I say, what a name.\"", "canonical_answer": "Where he ejaculated, I say, what a name.", "answer_meta": {}}
{"qa_id": "qa_d9b192206a1f1bfed601", "split": "test", "audio_id": "foa_cb168098e1ab332b30d3", "audio_path": "audio/test/foa_cb168098e1ab332b30d3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is animal to the left or right of printer? Answer in one sentence.", "answer": "animal is to the right of printer.", "canonical_answer": "animal is to the right of printer.", "answer_meta": {}}
{"qa_id": "qa_712fa7f836bf7b98d67b", "split": "test", "audio_id": "foa_b4a103ade4894eb685f4", "audio_path": "audio/test/foa_b4a103ade4894eb685f4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the aircraft or the typing? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the typing.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_397e633c3ded409f7292", "split": "test", "audio_id": "foa_10dd842256bc3fd29bfd", "audio_path": "audio/test/foa_10dd842256bc3fd29bfd.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the back-left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker coming from the back-left is saying, \"The island was an island, still.\"", "canonical_answer": "The island was an island, still.", "answer_meta": {}}
{"qa_id": "qa_63860c1fa9fbfebbec76", "split": "test", "audio_id": "foa_bf4ad0f610feeefc157a", "audio_path": "audio/test/foa_bf4ad0f610feeefc157a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to male speech, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the left of male speech.", "canonical_answer": "cooking is to the left of male speech.", "answer_meta": {}}
{"qa_id": "qa_cad2d9c0c0dc18ac186f", "split": "test", "audio_id": "foa_656cf24e8eb8eeacd7ff", "audio_path": "audio/test/foa_656cf24e8eb8eeacd7ff.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the train occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The train is heard from left and below during 0.1s to 20.0s.", "canonical_answer": "train from left and below.", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_71777a66d4ab7d4fccb1", "split": "test", "audio_id": "foa_5085dbd023904c95fb43", "audio_path": "audio/test/foa_5085dbd023904c95fb43.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_5fe343b24a0e1cfa838c", "split": "test", "audio_id": "foa_77a06176e1c56f06b1e2", "audio_path": "audio/test/foa_77a06176e1c56f06b1e2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the speech, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The dog is closer to the listener than the speech.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_dac2998d524af9d8c11a", "split": "test", "audio_id": "foa_69a99b67c07410448f3a", "audio_path": "audio/test/foa_69a99b67c07410448f3a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the camera or the keyboard instrument positioned at a higher elevation? Answer in one sentence.", "answer": "The keyboard instrument is located at a higher elevation than the camera.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_47583bc0acecb8dc72a5", "split": "test", "audio_id": "foa_71fa1b9ca796eac23dc0", "audio_path": "audio/test/foa_71fa1b9ca796eac23dc0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_c5b1232b6aa7b8b06d23", "split": "test", "audio_id": "foa_786a24e8f8f047555cb7", "audio_path": "audio/test/foa_786a24e8f8f047555cb7.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located behind and below the listener saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker says, \"Then he rang the bell. No answer.\"", "canonical_answer": "Then he rang the bell. No answer.", "answer_meta": {}}
{"qa_id": "qa_edc50a95a6c6c5072f80", "split": "test", "audio_id": "foa_9f2dee23e2a5b836fc77", "audio_path": "audio/test/foa_9f2dee23e2a5b836fc77.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The insect is higher in elevation than the zipper.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_ea7ff76796a56b232cb0", "split": "test", "audio_id": "foa_04f4d14bf9aa7e468390", "audio_path": "audio/test/foa_04f4d14bf9aa7e468390.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the tearing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The tearing is heard from back-left during 0.6s to 9.3s.", "canonical_answer": "tearing from back-left.", "answer_meta": {"time_span": [0.6, 9.3]}}
{"qa_id": "qa_59768a4f982852d7901b", "split": "test", "audio_id": "foa_9c5889777f060941a490", "audio_path": "audio/test/foa_9c5889777f060941a490.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is situated closer to the listener: the alarm or the appliance? Answer in one sentence.", "answer": "The appliance is closer to the listener than the alarm.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_9d4ddd179ab232436301", "split": "test", "audio_id": "foa_35ddb45559ca8cd49ebe", "audio_path": "audio/test/foa_35ddb45559ca8cd49ebe.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is animal to the left or right of ocean? Answer in one sentence.", "answer": "animal is to the left of ocean.", "canonical_answer": "animal is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_00867a612690a7e1a656", "split": "test", "audio_id": "foa_3fd4c63b0f1e490dcf78", "audio_path": "audio/test/foa_3fd4c63b0f1e490dcf78.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker positioned at the back-right and below say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker said, \"That is a river, said the foal, and we have to cross it.\"", "canonical_answer": "That is a river, said the foal, and we have to cross it.", "answer_meta": {}}
{"qa_id": "qa_4422550f7b4b4390489a", "split": "test", "audio_id": "foa_e4d231af7e0556a1e1d9", "audio_path": "audio/test/foa_e4d231af7e0556a1e1d9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 2.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The breathing is heard from left and above during 0.2s to 2.4s.", "canonical_answer": "breathing from left and above.", "answer_meta": {"time_span": [0.2, 2.4]}}
{"qa_id": "qa_6d407c54ebcf9caea422", "split": "test", "audio_id": "foa_f93119791e8443509fae", "audio_path": "audio/test/foa_f93119791e8443509fae.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_c71902370134b8c1f1c9", "split": "test", "audio_id": "foa_7d74cda0c6f3e76f3b67", "audio_path": "audio/test/foa_7d74cda0c6f3e76f3b67.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is rain on the left or on the right? Answer in one sentence.", "answer": "rain is to the right of tool.", "canonical_answer": "rain is to the right of tool.", "answer_meta": {}}
{"qa_id": "qa_6d39f285e0c8a6c84e17", "split": "test", "audio_id": "foa_5821f3e3389a8ff1db62", "audio_path": "audio/test/foa_5821f3e3389a8ff1db62.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source, the cat or the door, is positioned at a higher elevation? Answer in one sentence.", "answer": "The cat is located at a higher elevation than the door.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_57c93065be4f4bc4b28e", "split": "test", "audio_id": "foa_911766e9d21184cd2995", "audio_path": "audio/test/foa_911766e9d21184cd2995.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the singing and the tearing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The singing sound is closer to the listener than the tearing sound.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_7f619b9aad4a1f8960ff", "split": "test", "audio_id": "foa_c85719d7af834e4cd7d9", "audio_path": "audio/test/foa_c85719d7af834e4cd7d9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to train, is gong on the left or on the right? Answer in one sentence.", "answer": "gong is to the left of train.", "canonical_answer": "gong is to the left of train.", "answer_meta": {}}
{"qa_id": "qa_08e93f395f27530ad532", "split": "test", "audio_id": "foa_b908bf0c07b9026836b2", "audio_path": "audio/test/foa_b908bf0c07b9026836b2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the machine sound and the writing sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The machine sound is closer to the listener than the writing sound.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_8850f14226fab8c5c0f6", "split": "test", "audio_id": "foa_30a50cb6a8ee540f236d", "audio_path": "audio/test/foa_30a50cb6a8ee540f236d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 0.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The tool is heard from left and above during 0.0s to 0.6s.", "canonical_answer": "tool from left and above.", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_08c98c990467ef3ad26b", "split": "test", "audio_id": "foa_001de56052be5a179d8b", "audio_path": "audio/test/foa_001de56052be5a179d8b.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located to the left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the left replied, \"I have forty lads, but they are in Cairo.\"", "canonical_answer": "He replied, I have forty lads, but they are in Cairo.", "answer_meta": {}}
{"qa_id": "qa_30947e9005bb46ed5fcc", "split": "test", "audio_id": "foa_15e3778dce0ba0ef513f", "audio_path": "audio/test/foa_15e3778dce0ba0ef513f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the aircraft or the writing? Answer in one sentence.", "answer": "The aircraft is located at a higher elevation than the writing.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_7387bfbfbb20f6e49a2e", "split": "test", "audio_id": "foa_db526ba16f8220e99620", "audio_path": "audio/test/foa_db526ba16f8220e99620.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_9f5651bc86dec4502d00", "split": "test", "audio_id": "foa_b42c5ad9533aa3997ef8", "audio_path": "audio/test/foa_b42c5ad9533aa3997ef8.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located at the back-right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker from the back-right says, \"I shall be glad to consult them.\"", "canonical_answer": "I shall be glad to consult them.", "answer_meta": {}}
{"qa_id": "qa_7a9193b89c2fd43f1a29", "split": "test", "audio_id": "foa_0717d4e4d461816a6ae8", "audio_path": "audio/test/foa_0717d4e4d461816a6ae8.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_28569345f990e082dc44", "split": "test", "audio_id": "foa_bc3b2da4e37b5135f76f", "audio_path": "audio/test/foa_bc3b2da4e37b5135f76f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 17.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The writing is heard from left and below during 0.1s to 17.2s.", "canonical_answer": "writing from left and below.", "answer_meta": {"time_span": [0.1, 17.2]}}
{"qa_id": "qa_748ee641f0cc94d51d68", "split": "test", "audio_id": "foa_768b135ed8cf2086ffd4", "audio_path": "audio/test/foa_768b135ed8cf2086ffd4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to printer, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the left of printer.", "canonical_answer": "appliance is to the left of printer.", "answer_meta": {}}
{"qa_id": "qa_cc0d54f564bc7e2ae964", "split": "test", "audio_id": "foa_0f20a239ddfa4aeb24ff", "audio_path": "audio/test/foa_0f20a239ddfa4aeb24ff.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the home sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the appliance.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_86a2d5fc26587ea1be05", "split": "test", "audio_id": "foa_ba666a276e7215998431", "audio_path": "audio/test/foa_ba666a276e7215998431.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the camera or the water? Answer in one sentence.", "answer": "The water is at a higher elevation than the camera.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_6846b60d90f8c6c72561", "split": "test", "audio_id": "foa_6dcb03026484023c16a8", "audio_path": "audio/test/foa_6dcb03026484023c16a8.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker on the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right says, \"It was, indeed, her handwriting.\"", "canonical_answer": "It was, indeed, her handwriting.", "answer_meta": {}}
{"qa_id": "qa_731a3109f25d859b996a", "split": "test", "audio_id": "foa_679b76c9f047484d2a9b", "audio_path": "audio/test/foa_679b76c9f047484d2a9b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is knock to the left or right of male speech? Answer in one sentence.", "answer": "knock is to the right of male speech.", "canonical_answer": "knock is to the right of male speech.", "answer_meta": {}}
{"qa_id": "qa_b8b16cc6959a162eacca", "split": "test", "audio_id": "foa_8510856b53af38202cd5", "audio_path": "audio/test/foa_8510856b53af38202cd5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the appliance or the cooking sound located at a higher elevation? Answer in one sentence.", "answer": "The appliance is positioned at a higher elevation than the cooking sound.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_d2cc44c42f500f6d7734", "split": "test", "audio_id": "foa_25ce61dc35ea5664394a", "audio_path": "audio/test/foa_25ce61dc35ea5664394a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and the ocean sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The cooking sound is closer to the listener than the ocean sound.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_d45d05cdb974582f8a3a", "split": "test", "audio_id": "foa_f6b3a42162e957291c08", "audio_path": "audio/test/foa_f6b3a42162e957291c08.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_be15af43d3c90aa97901", "split": "test", "audio_id": "foa_e82b514b57a9138a04ae", "audio_path": "audio/test/foa_e82b514b57a9138a04ae.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 6.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The rain is heard from back-left and below during 0.0s to 6.4s.", "canonical_answer": "rain from back-left and below.", "answer_meta": {"time_span": [0.0, 6.4]}}
{"qa_id": "qa_295f1b01b6224ad211b0", "split": "test", "audio_id": "foa_bb81b322b9743be701a0", "audio_path": "audio/test/foa_bb81b322b9743be701a0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the printer occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The printer is heard from left during 0.7s to 20.0s.", "canonical_answer": "printer from left.", "answer_meta": {"time_span": [0.7, 20.0]}}
{"qa_id": "qa_99efb36a29258023dd1f", "split": "test", "audio_id": "foa_11db320c53b0977dd092", "audio_path": "audio/test/foa_11db320c53b0977dd092.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the animal or the scratch? Answer in one sentence.", "answer": "The animal is located closer to the listener than the scratch.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_b1518b06dd9fd01e884f", "split": "test", "audio_id": "foa_bc7310e5527f4ddc3f01", "audio_path": "audio/test/foa_bc7310e5527f4ddc3f01.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the left saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker located to the left says, \"We are ignorant and impious.\"", "canonical_answer": "We are ignorant and impious.", "answer_meta": {}}
{"qa_id": "qa_2d5b466d0dce66ed3b37", "split": "test", "audio_id": "foa_a9b3f416f9efbcbd5192", "audio_path": "audio/test/foa_a9b3f416f9efbcbd5192.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to string instrument, is knock on the left or on the right? Answer in one sentence.", "answer": "knock is to the right of string instrument.", "canonical_answer": "knock is to the right of string instrument.", "answer_meta": {}}
{"qa_id": "qa_ff1084a83df2a67b9bc4", "split": "test", "audio_id": "foa_7783016200953c00f351", "audio_path": "audio/test/foa_7783016200953c00f351.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_dacbb2e2cf3e1dc58145", "split": "test", "audio_id": "foa_d20b338f1433156eb747", "audio_path": "audio/test/foa_d20b338f1433156eb747.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the clock or the wood located at a higher elevation? Answer in one sentence.", "answer": "The clock is positioned at a higher elevation than the wood.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_43eeb68dc2b595384b52", "split": "test", "audio_id": "foa_b9f43ce281f17ce6c163", "audio_path": "audio/test/foa_b9f43ce281f17ce6c163.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the person speaking from the left side saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left says, \"That's all right, said Mister. Beale awkwardly.\"", "canonical_answer": "That's all right, said Mister. Beale awkwardly.", "answer_meta": {}}
{"qa_id": "qa_8823515798a441869afc", "split": "test", "audio_id": "foa_5f2e9f0ce1a51b70aefb", "audio_path": "audio/test/foa_5f2e9f0ce1a51b70aefb.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The water is heard from front-left during 0.0s to 20.0s.", "canonical_answer": "water from front-left.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_74c05e64beab87c7fc46", "split": "test", "audio_id": "foa_84cc4d08d03f8000bcf1", "audio_path": "audio/test/foa_84cc4d08d03f8000bcf1.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal and the tearing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The animal sound is closer to the listener than the tearing sound.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_ab18082bf3aa1c322004", "split": "test", "audio_id": "foa_3757a1d126732d72acc1", "audio_path": "audio/test/foa_3757a1d126732d72acc1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_73983eb1e3de96cdd01e", "split": "test", "audio_id": "foa_dc82a96929b012569355", "audio_path": "audio/test/foa_dc82a96929b012569355.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is crackle to the left or right of ocean? Answer in one sentence.", "answer": "crackle is to the left of ocean.", "canonical_answer": "crackle is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_09a98bd202aba0e25f9b", "split": "test", "audio_id": "foa_c266cf37dd9df857d056", "audio_path": "audio/test/foa_c266cf37dd9df857d056.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The car is at a higher elevation than the singing.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_1f3589bd14c7b632e9f6", "split": "test", "audio_id": "foa_fc3274bd35aa3f8b6319", "audio_path": "audio/test/foa_fc3274bd35aa3f8b6319.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the spoken content of the source at azimuth=111.7 degrees, elevation=0.0 degrees? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The source at that location is heard saying, \"No, wait.\"", "canonical_answer": "No, wait.", "answer_meta": {}}
{"qa_id": "qa_d1175775053b2974c167", "split": "test", "audio_id": "foa_07f5c678fe881d093c68", "audio_path": "audio/test/foa_07f5c678fe881d093c68.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 11.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The clock is heard from back and below during 0.0s to 11.4s.", "canonical_answer": "clock from back and below.", "answer_meta": {"time_span": [0.0, 11.4]}}
{"qa_id": "qa_8021d7590621ef53ac31", "split": "test", "audio_id": "foa_841eb5c3e407642550ca", "audio_path": "audio/test/foa_841eb5c3e407642550ca.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is car to the left or right of gong? Answer in one sentence.", "answer": "car is to the left of gong.", "canonical_answer": "car is to the left of gong.", "answer_meta": {}}
{"qa_id": "qa_c1791d1c5364bdba42db", "split": "test", "audio_id": "foa_dfdbe29f416bf933bfff", "audio_path": "audio/test/foa_dfdbe29f416bf933bfff.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_e3845ed9db0f1dfd54d6", "split": "test", "audio_id": "foa_beae9a2df3e7a5e76246", "audio_path": "audio/test/foa_beae9a2df3e7a5e76246.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the percussion and the rain, which source is located closer to the listener? Answer in one sentence.", "answer": "The percussion is closer to the listener than the rain.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_3ecb96c693e1a09f76ec", "split": "test", "audio_id": "foa_6f31cb672d6f72cf9e68", "audio_path": "audio/test/foa_6f31cb672d6f72cf9e68.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the singing and the tape, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The singing is at a higher elevation than the tape.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_3a8efa51680a91950b5e", "split": "test", "audio_id": "foa_812620693aa5edc21871", "audio_path": "audio/test/foa_812620693aa5edc21871.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the machine and the tape, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The machine is located at a higher elevation than the tape.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_c67e4c118355dad89ce4", "split": "test", "audio_id": "foa_2cb558846874f9412f9d", "audio_path": "audio/test/foa_2cb558846874f9412f9d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 2.3s to 8.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The crackle is heard from right during 2.3s to 8.4s.", "canonical_answer": "crackle from right.", "answer_meta": {"time_span": [2.3, 8.4]}}
{"qa_id": "qa_b383af518973f26d8c8b", "split": "test", "audio_id": "foa_e56a648288f3aa76f61c", "audio_path": "audio/test/foa_e56a648288f3aa76f61c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the camera or the knock located closer to the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the camera.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_ef9117acf678b5c857ca", "split": "test", "audio_id": "foa_5c32667671fe16000c56", "audio_path": "audio/test/foa_5c32667671fe16000c56.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What did the speaker located at the back-left say? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker at the back-left said, \"Sonya smiled. Do I remember Nicholas.\"", "canonical_answer": "Sonya smiled. Do I remember Nicholas.", "answer_meta": {}}
{"qa_id": "qa_dc9fba949e6958e18720", "split": "test", "audio_id": "foa_451b028d9291a1e6f016", "audio_path": "audio/test/foa_451b028d9291a1e6f016.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is crackle on the left or on the right? Answer in one sentence.", "answer": "crackle is to the left of tool.", "canonical_answer": "crackle is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_ef3f5eefc1b59900c277", "split": "test", "audio_id": "foa_4840590f7dae7ef9f3e3", "audio_path": "audio/test/foa_4840590f7dae7ef9f3e3.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_9b84c696b06556a8d6e5", "split": "test", "audio_id": "foa_23b3f40fe8c7bc885993", "audio_path": "audio/test/foa_23b3f40fe8c7bc885993.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the gong or the string instrument? Answer in one sentence.", "answer": "The gong is closer to the listener than the string instrument.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_ffa9bdb62fa600dbd595", "split": "test", "audio_id": "foa_670e230fb58e579b7d23", "audio_path": "audio/test/foa_670e230fb58e579b7d23.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to ocean, is alarm on the left or on the right? Answer in one sentence.", "answer": "alarm is to the left of ocean.", "canonical_answer": "alarm is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_f1eb377efc11934ede19", "split": "test", "audio_id": "foa_210e323a4eb8cc1a7565", "audio_path": "audio/test/foa_210e323a4eb8cc1a7565.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the wood, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The wood is located at a higher elevation than the car.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_5ee753cf24aa34adf85f", "split": "test", "audio_id": "foa_50bec3c01e89453f2674", "audio_path": "audio/test/foa_50bec3c01e89453f2674.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the body sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The body sound is heard from front-left and below during 0.0s to 0.8s.", "canonical_answer": "body sound from front-left and below.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_500fdf3cd34f4fa976b7", "split": "test", "audio_id": "foa_a01980b74cd62ab83f4d", "audio_path": "audio/test/foa_a01980b74cd62ab83f4d.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speech content of the speaker located to the left? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the left said, \"But, I shall spare her.\"", "canonical_answer": "But, I shall spare her.", "answer_meta": {}}
{"qa_id": "qa_f8e04f674e9b15d0bd65", "split": "test", "audio_id": "foa_193ac043b88aa2e5dcd9", "audio_path": "audio/test/foa_193ac043b88aa2e5dcd9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_23093bfaf3ec1f7aeece", "split": "test", "audio_id": "foa_a627d819d81a45ef8f40", "audio_path": "audio/test/foa_a627d819d81a45ef8f40.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tape, is gong on the left or on the right? Answer in one sentence.", "answer": "gong is to the left of tape.", "canonical_answer": "gong is to the left of tape.", "answer_meta": {}}
{"qa_id": "qa_5ed6ea0c4bc584a60f90", "split": "test", "audio_id": "foa_f7bebdd1a7c6646c06d3", "audio_path": "audio/test/foa_f7bebdd1a7c6646c06d3.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the alarm and the crack, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The alarm is positioned at a higher elevation than the crack.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_ccf4f0f739a2120bffe2", "split": "test", "audio_id": "foa_4cf28da5197f4efa9017", "audio_path": "audio/test/foa_4cf28da5197f4efa9017.wav", "task_name": "speech_content", "question_class": "detect", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. What is the speaker located to the right saying? Answer in one sentence by transcribing the spoken content as accurately as possible.", "answer": "The speaker on the right says, \"But it's going to be tough on them.\"", "canonical_answer": "But it's going to be tough on them.", "answer_meta": {}}
{"qa_id": "qa_489bc2f52c8080c9b4a9", "split": "test", "audio_id": "foa_b53874015c1c1478cc02", "audio_path": "audio/test/foa_b53874015c1c1478cc02.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_4f5b6fb61a02cb2cc13e", "split": "test", "audio_id": "foa_54608eb260ca7aadcc0e", "audio_path": "audio/test/foa_54608eb260ca7aadcc0e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the frog occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The frog is heard from front-left during 0.0s to 1.0s.", "canonical_answer": "frog from front-left.", "answer_meta": {"time_span": [0.0, 1.0]}}
{"qa_id": "qa_2d59218fe17d244b3e9b", "split": "test", "audio_id": "foa_26f6d03320a4f678a0b8", "audio_path": "audio/test/foa_26f6d03320a4f678a0b8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the breathing and the tool, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The breathing is closer to the listener than the tool.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_327adb7da415bbda92f3", "split": "test", "audio_id": "foa_022a5bed6218be8174f1", "audio_path": "audio/test/foa_022a5bed6218be8174f1.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is door to the left or right of footsteps? Answer in one sentence.", "answer": "door is to the right of footsteps.", "canonical_answer": "door is to the right of footsteps.", "answer_meta": {}}
{"qa_id": "qa_a6b2f0ad69b30de45e66", "split": "test", "audio_id": "foa_92e2e248558880fe9859", "audio_path": "audio/test/foa_92e2e248558880fe9859.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The machine is heard from front-left during 0.3s to 20.0s.", "canonical_answer": "machine from front-left.", "answer_meta": {"time_span": [0.3, 20.0]}}
{"qa_id": "qa_e76ed31dd98c1f70782b", "split": "test", "audio_id": "foa_6f1e114f66325e734d4e", "audio_path": "audio/test/foa_6f1e114f66325e734d4e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_292ea97fb3dbdc1dc8ac", "split": "test", "audio_id": "foa_ba442922d438e7bb597b", "audio_path": "audio/test/foa_ba442922d438e7bb597b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the tool and the water, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The tool comes from a higher elevation than the water.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c4d9c58bf29746ef82af", "split": "test", "audio_id": "foa_0bb8cf6bd28dcefcec1a", "audio_path": "audio/test/foa_0bb8cf6bd28dcefcec1a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cat and the singing, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The cat is closer to the listener than the singing.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_306ff30347ec73394102", "split": "test", "audio_id": "foa_6674d37136a5666fa8a0", "audio_path": "audio/test/foa_6674d37136a5666fa8a0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_f7394e74322d5f17d997", "split": "test", "audio_id": "foa_069b9eefb625db01ad16", "audio_path": "audio/test/foa_069b9eefb625db01ad16.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is train to the left or right of writing? Answer in one sentence.", "answer": "train is to the left of writing.", "canonical_answer": "train is to the left of writing.", "answer_meta": {}}
{"qa_id": "qa_631b3bcbe07697d13b4f", "split": "test", "audio_id": "foa_1170ea3577cc10e1a916", "audio_path": "audio/test/foa_1170ea3577cc10e1a916.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.7s to 3.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from left during 0.7s to 3.0s.", "canonical_answer": "human vocalization from left.", "answer_meta": {"time_span": [0.7, 3.0]}}
{"qa_id": "qa_f248ddffed89dd5fa5a8", "split": "test", "audio_id": "foa_220003725a4173af00bf", "audio_path": "audio/test/foa_220003725a4173af00bf.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the war sound or the writing sound positioned closer to the listener? Answer in one sentence.", "answer": "The writing sound is closer to the listener than the war sound.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_f872cd110c1cf7497093", "split": "test", "audio_id": "foa_a3f49d221c616ac909ae", "audio_path": "audio/test/foa_a3f49d221c616ac909ae.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the speech and the thunderstorm, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The speech is higher in elevation than the thunderstorm.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_592be9bc03b6b0c4f884", "split": "test", "audio_id": "foa_e7cfa1cc7b29dcf03d18", "audio_path": "audio/test/foa_e7cfa1cc7b29dcf03d18.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound is located closer to the listener: breathing or crackle? Answer in one sentence.", "answer": "The crackle sound is closer to the listener than the breathing sound.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_f59752cdbaade853bce2", "split": "test", "audio_id": "foa_c07589b4b63055b215e9", "audio_path": "audio/test/foa_c07589b4b63055b215e9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.9s to 10.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The breathing is heard from back-right and above during 0.9s to 10.2s.", "canonical_answer": "breathing from back-right and above.", "answer_meta": {"time_span": [0.9, 10.2]}}
{"qa_id": "qa_7822ead91d91cda2ebea", "split": "test", "audio_id": "foa_c876443f831fb7f531e0", "audio_path": "audio/test/foa_c876443f831fb7f531e0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of laughter? Answer in one sentence.", "answer": "dog is to the left of laughter.", "canonical_answer": "dog is to the left of laughter.", "answer_meta": {}}
{"qa_id": "qa_bc608af1cc5ce3c6b84b", "split": "test", "audio_id": "foa_7f5b94242a5f828859c7", "audio_path": "audio/test/foa_7f5b94242a5f828859c7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_2f302ce1c486032275b8", "split": "test", "audio_id": "foa_d8fdde8bd659a26252a4", "audio_path": "audio/test/foa_d8fdde8bd659a26252a4.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the tearing and the water sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The water sound is at a higher elevation than the tearing sound.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_bdca1a2dd79e48e34f63", "split": "test", "audio_id": "foa_52932fe03439dfd9bd05", "audio_path": "audio/test/foa_52932fe03439dfd9bd05.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the fire and the tearing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The tearing sound is closer to the listener than the fire.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_de22e4593c1a9e4be7d2", "split": "test", "audio_id": "foa_f6f1c59c09bdbdb46cac", "audio_path": "audio/test/foa_f6f1c59c09bdbdb46cac.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_fad41550b2a22fdf4349", "split": "test", "audio_id": "foa_10cdd7923c87d80d3e21", "audio_path": "audio/test/foa_10cdd7923c87d80d3e21.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the fire and the singing, which source is located at a higher elevation? Answer in one sentence.", "answer": "The singing is located at a higher elevation than the fire.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_c15e0fd1a374068f9508", "split": "test", "audio_id": "foa_df6f2f29a83e438625da", "audio_path": "audio/test/foa_df6f2f29a83e438625da.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the tape occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The tape is heard from front-left and below during 0.2s to 5.1s.", "canonical_answer": "tape from front-left and below.", "answer_meta": {"time_span": [0.2, 5.1]}}
{"qa_id": "qa_7f032f8066f0cc4037a9", "split": "test", "audio_id": "foa_9a2a7e9c9b2cef2ff739", "audio_path": "audio/test/foa_9a2a7e9c9b2cef2ff739.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to knock, is drawer cabinet on the left or on the right? Answer in one sentence.", "answer": "drawer cabinet is to the left of knock.", "canonical_answer": "drawer cabinet is to the left of knock.", "answer_meta": {}}
{"qa_id": "qa_073f5611a3fa1041004c", "split": "test", "audio_id": "foa_bf5ffd93b6fce2a2af66", "audio_path": "audio/test/foa_bf5ffd93b6fce2a2af66.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tape, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the left of tape.", "canonical_answer": "cooking is to the left of tape.", "answer_meta": {}}
{"qa_id": "qa_d7d13c4ff769ec9ebaab", "split": "test", "audio_id": "foa_ad285807133f7b838628", "audio_path": "audio/test/foa_ad285807133f7b838628.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 2.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The typing is heard from back-left during 0.0s to 2.6s.", "canonical_answer": "typing from back-left.", "answer_meta": {"time_span": [0.0, 2.6]}}
{"qa_id": "qa_ed0b7942e04d1b8502bf", "split": "test", "audio_id": "foa_9c28133c20eb10de94e5", "audio_path": "audio/test/foa_9c28133c20eb10de94e5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the ocean or the speech source located at a higher elevation? Answer in one sentence.", "answer": "The ocean is at a higher elevation than the speech.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_58be7a3ff3065b474442", "split": "test", "audio_id": "foa_cedb51b43708d8f520df", "audio_path": "audio/test/foa_cedb51b43708d8f520df.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_b6a73467e31562bc8210", "split": "test", "audio_id": "foa_8c70506771bcf8643889", "audio_path": "audio/test/foa_8c70506771bcf8643889.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the bell or the speech? Answer in one sentence.", "answer": "The bell is closer to the listener than the speech.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_b70c65591e09e3c9b9b7", "split": "test", "audio_id": "foa_b8db5e5bf10aec2d949d", "audio_path": "audio/test/foa_b8db5e5bf10aec2d949d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the bird or the crushing sound located at a higher elevation? Answer in one sentence.", "answer": "The bird is at a higher elevation than the crushing sound.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_488d77bd540d984f0bc0", "split": "test", "audio_id": "foa_4324c031a2bd89acce0b", "audio_path": "audio/test/foa_4324c031a2bd89acce0b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the footsteps or the gong? Answer in one sentence.", "answer": "The footsteps are closer to the listener than the gong.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_01c6a25371575ddbcdd2", "split": "test", "audio_id": "foa_e410589f8c1b58e5af52", "audio_path": "audio/test/foa_e410589f8c1b58e5af52.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_cd5f432b8b5287c27dc5", "split": "test", "audio_id": "foa_abd804d182848460d4ea", "audio_path": "audio/test/foa_abd804d182848460d4ea.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 9.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from back-left and below during 0.3s to 9.6s.", "canonical_answer": "speech from back-left and below.", "answer_meta": {"time_span": [0.3, 9.6]}}
{"qa_id": "qa_684a01a98472f86400a6", "split": "test", "audio_id": "foa_ba44b0cc1cdc95610e3c", "audio_path": "audio/test/foa_ba44b0cc1cdc95610e3c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to kitchenware, is finger snapping on the left or on the right? Answer in one sentence.", "answer": "finger snapping is to the left of kitchenware.", "canonical_answer": "finger snapping is to the left of kitchenware.", "answer_meta": {}}
{"qa_id": "qa_58cbbef144893913b228", "split": "test", "audio_id": "foa_336c9d27b532d31903b1", "audio_path": "audio/test/foa_336c9d27b532d31903b1.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the bell occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The bell is heard from back-right and below during 0.0s to 20.0s.", "canonical_answer": "bell from back-right and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_ace1e413527cea9c32e7", "split": "test", "audio_id": "foa_72ae8a13013a88d01932", "audio_path": "audio/test/foa_72ae8a13013a88d01932.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is positioned at a higher elevation: breathing or laughter? Answer in one sentence.", "answer": "Breathing is at a higher elevation than laughter.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_71938e68b3562386c0f9", "split": "test", "audio_id": "foa_1f9fb02c186755aac0d0", "audio_path": "audio/test/foa_1f9fb02c186755aac0d0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the printer and the wind, which source is located closer to the listener? Answer in one sentence.", "answer": "The printer is the source that is closer to the listener.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_627abe5fc62aad00ad6e", "split": "test", "audio_id": "foa_d52179ff10e85203c807", "audio_path": "audio/test/foa_d52179ff10e85203c807.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to war sound, is drum on the left or on the right? Answer in one sentence.", "answer": "drum is to the right of war sound.", "canonical_answer": "drum is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_6d3485328e27a2160024", "split": "test", "audio_id": "foa_e201f699c3c6dd76c210", "audio_path": "audio/test/foa_e201f699c3c6dd76c210.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_0955a9def5667d4f8660", "split": "test", "audio_id": "foa_8c4f04ecb00b4bbb3857", "audio_path": "audio/test/foa_8c4f04ecb00b4bbb3857.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the singing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The singing is heard from right during 3.6s to 16.6s.", "canonical_answer": "singing from right.", "answer_meta": {"time_span": [3.6, 16.6]}}
{"qa_id": "qa_7e6ebd6a396b52d687ab", "split": "test", "audio_id": "foa_a819e82ac902500ed246", "audio_path": "audio/test/foa_a819e82ac902500ed246.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to animal, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the left of animal.", "canonical_answer": "aircraft is to the left of animal.", "answer_meta": {}}
{"qa_id": "qa_e7220171baea5a86749d", "split": "test", "audio_id": "foa_9447ac19fb7f2140469e", "audio_path": "audio/test/foa_9447ac19fb7f2140469e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the tool, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The car is at a higher elevation than the tool.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_da77e11ad71dacea6f4a", "split": "test", "audio_id": "foa_ee47651152ae8a8daa14", "audio_path": "audio/test/foa_ee47651152ae8a8daa14.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_c28d79672a3115711820", "split": "test", "audio_id": "foa_e247ea388b6eaa33fd3e", "audio_path": "audio/test/foa_e247ea388b6eaa33fd3e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the home sound, which source is located closer to the listener? Answer in one sentence.", "answer": "The appliance is closer to the listener than the home sound.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_3f5d533c9f9fcd36ad2c", "split": "test", "audio_id": "foa_532896806de1b37b6289", "audio_path": "audio/test/foa_532896806de1b37b6289.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 12.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The bird is heard from front-right and above during 0.4s to 12.4s.", "canonical_answer": "bird from front-right and above.", "answer_meta": {"time_span": [0.4, 12.4]}}
{"qa_id": "qa_709465b0f496e732dfd1", "split": "test", "audio_id": "foa_da1a577dc406cb3c6e5c", "audio_path": "audio/test/foa_da1a577dc406cb3c6e5c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_6ac0124446d09650af37", "split": "test", "audio_id": "foa_aa4b6946b6e7f60b39e4", "audio_path": "audio/test/foa_aa4b6946b6e7f60b39e4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to finger snapping, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the left of finger snapping.", "canonical_answer": "aircraft is to the left of finger snapping.", "answer_meta": {}}
{"qa_id": "qa_e57233d1a9d3bacf1dff", "split": "test", "audio_id": "foa_d74e788a4ad531c5e66c", "audio_path": "audio/test/foa_d74e788a4ad531c5e66c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the insect or the writing? Answer in one sentence.", "answer": "The writing is positioned at a higher elevation than the insect.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_b73bb6f43f4f28a81318", "split": "test", "audio_id": "foa_1de332fc087deb0de5e9", "audio_path": "audio/test/foa_1de332fc087deb0de5e9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound is located closer to the listener, the clock or the tearing sound? Answer in one sentence.", "answer": "The tearing sound is closer to the listener than the clock.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_5e253a65be1507e0a179", "split": "test", "audio_id": "foa_fe20ef7fd17fa69ad8cc", "audio_path": "audio/test/foa_fe20ef7fd17fa69ad8cc.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, scratch or wood, is located at a higher elevation? Answer in one sentence.", "answer": "The wood source is at a higher elevation than the scratch source.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_17bd92967b40d342c2c9", "split": "test", "audio_id": "foa_890b1bacd27f417f6590", "audio_path": "audio/test/foa_890b1bacd27f417f6590.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to writing, is ocean on the left or on the right? Answer in one sentence.", "answer": "ocean is to the right of writing.", "canonical_answer": "ocean is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_34b80da7e9f46367c83d", "split": "test", "audio_id": "foa_f5e4724aa069d2112165", "audio_path": "audio/test/foa_f5e4724aa069d2112165.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the printer and the telephone alarm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The telephone alarm is closer to the listener than the printer.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_1ccf5a3d63a7039aec58", "split": "test", "audio_id": "foa_87b478f74c6456d31a83", "audio_path": "audio/test/foa_87b478f74c6456d31a83.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_de80d106520397aa1060", "split": "test", "audio_id": "foa_ac04721b9c4711381a78", "audio_path": "audio/test/foa_ac04721b9c4711381a78.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 6.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The telephone alarm is heard from left during 0.2s to 6.0s.", "canonical_answer": "telephone alarm from left.", "answer_meta": {"time_span": [0.2, 6.0]}}
{"qa_id": "qa_e96ed55d63c9a1fa0817", "split": "test", "audio_id": "foa_ccdd9ec202c05d1415fc", "audio_path": "audio/test/foa_ccdd9ec202c05d1415fc.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound is located at a higher elevation: the glass or the laughter? Answer in one sentence.", "answer": "The glass is positioned at a higher elevation than the laughter.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_bbee56c5874647f2a458", "split": "test", "audio_id": "foa_6367f103917a270ae169", "audio_path": "audio/test/foa_6367f103917a270ae169.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the body sound and the telephone alarm, which one is located closer to the listener? Answer in one sentence.", "answer": "The body sound is closer to the listener than the telephone alarm.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_6e678d33b8a0aba3f5f4", "split": "test", "audio_id": "foa_0dc51fd8e417ca7cfe73", "audio_path": "audio/test/foa_0dc51fd8e417ca7cfe73.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 1.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from front-right during 0.2s to 1.6s.", "canonical_answer": "human vocalization from front-right.", "answer_meta": {"time_span": [0.2, 1.6]}}
{"qa_id": "qa_032c4cca4ff964befa63", "split": "test", "audio_id": "foa_46b41e19ffe986fe67ea", "audio_path": "audio/test/foa_46b41e19ffe986fe67ea.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_683c768cd85dd667c8e5", "split": "test", "audio_id": "foa_a033cf56b98f7b6a4bf7", "audio_path": "audio/test/foa_a033cf56b98f7b6a4bf7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to printer, is insect on the left or on the right? Answer in one sentence.", "answer": "insect is to the right of printer.", "canonical_answer": "insect is to the right of printer.", "answer_meta": {}}
{"qa_id": "qa_936c35226b4b131ebba2", "split": "test", "audio_id": "foa_26978aaa2f6d6f32440e", "audio_path": "audio/test/foa_26978aaa2f6d6f32440e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the printer and the tool, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the printer.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_b6e624e42c185e43b891", "split": "test", "audio_id": "foa_6e6a238568039418696d", "audio_path": "audio/test/foa_6e6a238568039418696d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the car or the drum, is positioned at a higher elevation? Answer in one sentence.", "answer": "The drum is located at a higher elevation than the car.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_62b6904fd5da77a1fc2a", "split": "test", "audio_id": "foa_7722ba4d43aad59f0238", "audio_path": "audio/test/foa_7722ba4d43aad59f0238.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the home sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The home sound is heard from back and above during 2.9s to 11.0s.", "canonical_answer": "home sound from back and above.", "answer_meta": {"time_span": [2.9, 11.0]}}
{"qa_id": "qa_44429b19e74e6bb18071", "split": "test", "audio_id": "foa_70ad4fa9f240bc11fbd3", "audio_path": "audio/test/foa_70ad4fa9f240bc11fbd3.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_bdf542496bf2440a7594", "split": "test", "audio_id": "foa_fe0b098d80e7c5ace798", "audio_path": "audio/test/foa_fe0b098d80e7c5ace798.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to insect, is finger snapping on the left or on the right? Answer in one sentence.", "answer": "finger snapping is to the left of insect.", "canonical_answer": "finger snapping is to the left of insect.", "answer_meta": {}}
{"qa_id": "qa_22d59c025f833d10c74d", "split": "test", "audio_id": "foa_1548640703bf922c670a", "audio_path": "audio/test/foa_1548640703bf922c670a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The rain is heard from front and above during 0.1s to 20.0s.", "canonical_answer": "rain from front and above.", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_30eb73c8cfff9fb1a2b0", "split": "test", "audio_id": "foa_32ced5dc6416efef90e4", "audio_path": "audio/test/foa_32ced5dc6416efef90e4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the body sound or the camera located closer to the listener? Answer in one sentence.", "answer": "The body sound is closer to the listener than the camera.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_918f309ce713f6b4a926", "split": "test", "audio_id": "foa_a6c0c5ddf21b0183440b", "audio_path": "audio/test/foa_a6c0c5ddf21b0183440b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_87f649c6fbda268b4290", "split": "test", "audio_id": "foa_1675191d7502cbd9a8f8", "audio_path": "audio/test/foa_1675191d7502cbd9a8f8.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the drum or the writing sound source positioned at a higher elevation? Answer in one sentence.", "answer": "The drum is at a higher elevation than the writing sound source.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_8b91948b2dd6d873ce68", "split": "test", "audio_id": "foa_9ff299b587aed5e305e4", "audio_path": "audio/test/foa_9ff299b587aed5e305e4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is printer to the left or right of typing? Answer in one sentence.", "answer": "printer is to the right of typing.", "canonical_answer": "printer is to the right of typing.", "answer_meta": {}}
{"qa_id": "qa_364194d5e7fed847d237", "split": "test", "audio_id": "foa_cdb24294f586c9f3f916", "audio_path": "audio/test/foa_cdb24294f586c9f3f916.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_93da17a5ec92cc027be5", "split": "test", "audio_id": "foa_36c534b0b43f1a802c0f", "audio_path": "audio/test/foa_36c534b0b43f1a802c0f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 5.1s to 7.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The drum is heard from back-right during 5.1s to 7.1s.", "canonical_answer": "drum from back-right.", "answer_meta": {"time_span": [5.1, 7.1]}}
{"qa_id": "qa_44862ca96f08b843eac3", "split": "test", "audio_id": "foa_44deb3f8c609581ad8ac", "audio_path": "audio/test/foa_44deb3f8c609581ad8ac.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is rain to the left or right of thunderstorm? Answer in one sentence.", "answer": "rain is to the left of thunderstorm.", "canonical_answer": "rain is to the left of thunderstorm.", "answer_meta": {}}
{"qa_id": "qa_c7cbd441401c83d77cda", "split": "test", "audio_id": "foa_c445edc3f15dde45bbb9", "audio_path": "audio/test/foa_c445edc3f15dde45bbb9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the drum, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The car is at a higher elevation than the drum.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_bd9802ffb521f71c89e4", "split": "test", "audio_id": "foa_81c3350bafdf98587761", "audio_path": "audio/test/foa_81c3350bafdf98587761.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and the thunderstorm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The thunderstorm is closer to the listener than the cooking.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_9aed6633b3e083bd8b56", "split": "test", "audio_id": "foa_a0c30ad0076b2ff0f03f", "audio_path": "audio/test/foa_a0c30ad0076b2ff0f03f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the human vocalization and the zipper, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The zipper is located closer to the listener than the human vocalization.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_5da1d41a5ef312861f2a", "split": "test", "audio_id": "foa_5d72f543c085756ef513", "audio_path": "audio/test/foa_5d72f543c085756ef513.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the gong or the singing? Answer in one sentence.", "answer": "The gong is at a higher elevation than the singing.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_2a31df84995b83f85618", "split": "test", "audio_id": "foa_8885161116b922bc162f", "audio_path": "audio/test/foa_8885161116b922bc162f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of telephone alarm? Answer in one sentence.", "answer": "aircraft is to the left of telephone alarm.", "canonical_answer": "aircraft is to the left of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_3eee9add08242ea6f2e4", "split": "test", "audio_id": "foa_ad4a0af330f7461b6179", "audio_path": "audio/test/foa_ad4a0af330f7461b6179.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the cat occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The cat is heard from front-left during 0.2s to 17.9s.", "canonical_answer": "cat from front-left.", "answer_meta": {"time_span": [0.2, 17.9]}}
{"qa_id": "qa_57ef5f8c3ed40eb5d380", "split": "test", "audio_id": "foa_2207035bf87927bc145d", "audio_path": "audio/test/foa_2207035bf87927bc145d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_75d8624f10eb1ade1bd5", "split": "test", "audio_id": "foa_0ee6a5b62e381c031bb2", "audio_path": "audio/test/foa_0ee6a5b62e381c031bb2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is rain to the left or right of singing? Answer in one sentence.", "answer": "rain is to the left of singing.", "canonical_answer": "rain is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_00896ac3e6fb9ea52ef1", "split": "test", "audio_id": "foa_dae706e4b39709df72a9", "audio_path": "audio/test/foa_dae706e4b39709df72a9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the drum occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The drum is heard from right and above during 0.0s to 0.2s.", "canonical_answer": "drum from right and above.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_58c00927da8571e4221b", "split": "test", "audio_id": "foa_210970ed230e54459576", "audio_path": "audio/test/foa_210970ed230e54459576.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the glass or the kitchenware? Answer in one sentence.", "answer": "The glass is closer to the listener than the kitchenware.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_f5031c3b689c06f4eb20", "split": "test", "audio_id": "foa_02302b3cde55979102ad", "audio_path": "audio/test/foa_02302b3cde55979102ad.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the dog and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the zipper.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_a1d62c48cf4ea5754327", "split": "test", "audio_id": "foa_a463d8b0fb67d9fead6b", "audio_path": "audio/test/foa_a463d8b0fb67d9fead6b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_518da597fcfe4c209657", "split": "test", "audio_id": "foa_dd949cdf5da21fbcc7e7", "audio_path": "audio/test/foa_dd949cdf5da21fbcc7e7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the bird or the musical instrument located at a higher elevation? Answer in one sentence.", "answer": "The bird is positioned at a higher elevation than the musical instrument.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_2601fb2fe1c321b2033d", "split": "test", "audio_id": "foa_fae55e609122bf9d2f8b", "audio_path": "audio/test/foa_fae55e609122bf9d2f8b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_9b4db8d8cfbd4b78b5f0", "split": "test", "audio_id": "foa_6189caf3dc4f4c40c2b7", "audio_path": "audio/test/foa_6189caf3dc4f4c40c2b7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to singing, is printer on the left or on the right? Answer in one sentence.", "answer": "printer is to the left of singing.", "canonical_answer": "printer is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_95f0b335437113bfa2c4", "split": "test", "audio_id": "foa_a98fac7786b902b5eb04", "audio_path": "audio/test/foa_a98fac7786b902b5eb04.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the crushing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The crushing is heard from back during 1.4s to 2.5s.", "canonical_answer": "crushing from back.", "answer_meta": {"time_span": [1.4, 2.5]}}
{"qa_id": "qa_0951f8e343c4e7242ed5", "split": "test", "audio_id": "foa_fd744adc22e0760b2953", "audio_path": "audio/test/foa_fd744adc22e0760b2953.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crack and the finger snapping, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The crack is closer to the listener than the finger snapping.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_a2f3be0f91674ff3f4da", "split": "test", "audio_id": "foa_102052ddb43cd97f1ee4", "audio_path": "audio/test/foa_102052ddb43cd97f1ee4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from front-left during 0.3s to 11.0s.", "canonical_answer": "speech from front-left.", "answer_meta": {"time_span": [0.3, 11.0]}}
{"qa_id": "qa_77127bcaa22f44c1f368", "split": "test", "audio_id": "foa_72b00277c98ecf4662f4", "audio_path": "audio/test/foa_72b00277c98ecf4662f4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the male speech and the paper, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The paper is closer to the listener than the male speech.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_72d60d9288b8f36d4bf9", "split": "test", "audio_id": "foa_62c66af62f5609fb0410", "audio_path": "audio/test/foa_62c66af62f5609fb0410.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the metal clink or the scratch, is positioned at a higher elevation? Answer in one sentence.", "answer": "The metal clink is at a higher elevation than the scratch.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_56c43c34c20f0e492df8", "split": "test", "audio_id": "foa_4168fa15edf21c49609d", "audio_path": "audio/test/foa_4168fa15edf21c49609d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to singing, is printer on the left or on the right? Answer in one sentence.", "answer": "printer is to the left of singing.", "canonical_answer": "printer is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_42bf73a1bfdb2eb03e5b", "split": "test", "audio_id": "foa_10589a2b8dbc7a6c40b4", "audio_path": "audio/test/foa_10589a2b8dbc7a6c40b4.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_2c5d970206cc2b21ea3a", "split": "test", "audio_id": "foa_6de6e9a4d5f22b42004f", "audio_path": "audio/test/foa_6de6e9a4d5f22b42004f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to dog, is breathing on the left or on the right? Answer in one sentence.", "answer": "breathing is to the left of dog.", "canonical_answer": "breathing is to the left of dog.", "answer_meta": {}}
{"qa_id": "qa_e59a2e80b11c7a81d182", "split": "test", "audio_id": "foa_943fe6c6aaeaf5fa9264", "audio_path": "audio/test/foa_943fe6c6aaeaf5fa9264.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the vehicle or the wind instrument positioned at a higher elevation? Answer in one sentence.", "answer": "The vehicle is positioned at a higher elevation than the wind instrument.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_314ccb84a6114f946e3b", "split": "test", "audio_id": "foa_2dc3688a1133b57e9328", "audio_path": "audio/test/foa_2dc3688a1133b57e9328.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the alarm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The alarm is heard from right and below during 0.8s to 10.3s.", "canonical_answer": "alarm from right and below.", "answer_meta": {"time_span": [0.8, 10.3]}}
{"qa_id": "qa_a19db62fa02facecc1b2", "split": "test", "audio_id": "foa_083fcbf0fb50d67107b0", "audio_path": "audio/test/foa_083fcbf0fb50d67107b0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_75fef229719679dd6987", "split": "test", "audio_id": "foa_9d8f8262088d592d15c4", "audio_path": "audio/test/foa_9d8f8262088d592d15c4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the laughter and the singing, which source is located closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the laughter.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_63f2741bcd06a9877a51", "split": "test", "audio_id": "foa_640c7ee24b2bf93e1566", "audio_path": "audio/test/foa_640c7ee24b2bf93e1566.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to door, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the right of door.", "canonical_answer": "appliance is to the right of door.", "answer_meta": {}}
{"qa_id": "qa_ec36eaf884d9c517de7e", "split": "test", "audio_id": "foa_0781d0fb8f9502bd2d57", "audio_path": "audio/test/foa_0781d0fb8f9502bd2d57.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_bc40406de359b4e8f536", "split": "test", "audio_id": "foa_59074ab9c8e6d5ce3cc2", "audio_path": "audio/test/foa_59074ab9c8e6d5ce3cc2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the typing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The typing sound is closer to the listener than the appliance.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_4bebfa0d6ee3e0393e3a", "split": "test", "audio_id": "foa_0ea72d8fa14242a95d92", "audio_path": "audio/test/foa_0ea72d8fa14242a95d92.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crackle and the frog, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The crackle is located at a higher elevation than the frog.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_c5935fde7b7353992730", "split": "test", "audio_id": "foa_b67390bce7f178bcd2ea", "audio_path": "audio/test/foa_b67390bce7f178bcd2ea.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 3.8s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The printer is heard from front-left and above during 3.8s to 20.0s.", "canonical_answer": "printer from front-left and above.", "answer_meta": {"time_span": [3.8, 20.0]}}
{"qa_id": "qa_6aa7a2aa8a4a9af6bec7", "split": "test", "audio_id": "foa_e1788e2c4c3444897875", "audio_path": "audio/test/foa_e1788e2c4c3444897875.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_bdc2d0c4e4b6f8fd328a", "split": "test", "audio_id": "foa_89e4ab8bcdb65e3329ab", "audio_path": "audio/test/foa_89e4ab8bcdb65e3329ab.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from back-right during 0.4s to 6.2s.", "canonical_answer": "speech from back-right.", "answer_meta": {"time_span": [0.4, 6.2]}}
{"qa_id": "qa_e2eb642f992d5bc2d90a", "split": "test", "audio_id": "foa_bc4cbd454125adca7df9", "audio_path": "audio/test/foa_bc4cbd454125adca7df9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of door? Answer in one sentence.", "answer": "aircraft is to the right of door.", "canonical_answer": "aircraft is to the right of door.", "answer_meta": {}}
{"qa_id": "qa_4b4ca905fe1fd3af5d1c", "split": "test", "audio_id": "foa_7adb3f3150591f86da68", "audio_path": "audio/test/foa_7adb3f3150591f86da68.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the body sound or the crackle originating from a higher elevation? Answer in one sentence.", "answer": "The body sound is higher in elevation than the crackle.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_8c6a6baf307ddecf8b4f", "split": "test", "audio_id": "foa_e582986db8ae2b4705f7", "audio_path": "audio/test/foa_e582986db8ae2b4705f7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the percussion and the zipper sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The percussion sound is closer to the listener than the zipper.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_0478ff6973ea131d18fc", "split": "test", "audio_id": "foa_a29b686030ae54d1c017", "audio_path": "audio/test/foa_a29b686030ae54d1c017.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_c9605e7f48909ce963e4", "split": "test", "audio_id": "foa_6872f3a0faad69130020", "audio_path": "audio/test/foa_6872f3a0faad69130020.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the tape, which source is located closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the tape.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_19a3a2c907cac183616c", "split": "test", "audio_id": "foa_57812451b08fd80c465d", "audio_path": "audio/test/foa_57812451b08fd80c465d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to female speech, is alarm on the left or on the right? Answer in one sentence.", "answer": "alarm is to the left of female speech.", "canonical_answer": "alarm is to the left of female speech.", "answer_meta": {}}
{"qa_id": "qa_2f7f8cb9539fcaf46cf7", "split": "test", "audio_id": "foa_597d949840dd3b65e2c4", "audio_path": "audio/test/foa_597d949840dd3b65e2c4.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the clock and the knock sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The knock sound is at a higher elevation than the clock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_f08bebac876722fbba97", "split": "test", "audio_id": "foa_e33921ad5e2685aada08", "audio_path": "audio/test/foa_e33921ad5e2685aada08.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The kitchenware is heard from back-right and above during 0.0s to 0.6s.", "canonical_answer": "kitchenware from back-right and above.", "answer_meta": {"time_span": [0.0, 0.6]}}
{"qa_id": "qa_39a546080481766b689a", "split": "test", "audio_id": "foa_b9075b02b683ef9ca886", "audio_path": "audio/test/foa_b9075b02b683ef9ca886.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_76c2020a3d148ac06356", "split": "test", "audio_id": "foa_772d3819f4dd16a26cb8", "audio_path": "audio/test/foa_772d3819f4dd16a26cb8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the clock or the vehicle located closer to the listener? Answer in one sentence.", "answer": "The clock is closer to the listener than the vehicle.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_625add90742bc7ea30f4", "split": "test", "audio_id": "foa_8921a53d78d5b81d23a3", "audio_path": "audio/test/foa_8921a53d78d5b81d23a3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cat to the left or right of paper? Answer in one sentence.", "answer": "cat is to the left of paper.", "canonical_answer": "cat is to the left of paper.", "answer_meta": {}}
{"qa_id": "qa_f213b090a658ff95784c", "split": "test", "audio_id": "foa_7d05181200b5235f67b4", "audio_path": "audio/test/foa_7d05181200b5235f67b4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the writing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The writing is heard from back-left and below during 0.0s to 4.6s.", "canonical_answer": "writing from back-left and below.", "answer_meta": {"time_span": [0.0, 4.6]}}
{"qa_id": "qa_bfa7c66510c65268d9cd", "split": "test", "audio_id": "foa_f5aab130e924a66edec2", "audio_path": "audio/test/foa_f5aab130e924a66edec2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the camera or the rain? Answer in one sentence.", "answer": "The camera is at a higher elevation than the rain.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_bf389be34880d321fb51", "split": "test", "audio_id": "foa_fd0e2ac2c1bddacf9554", "audio_path": "audio/test/foa_fd0e2ac2c1bddacf9554.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.8s to 3.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The tape is heard from back-left during 0.8s to 3.2s.", "canonical_answer": "tape from back-left.", "answer_meta": {"time_span": [0.8, 3.2]}}
{"qa_id": "qa_4c78e2b982ba21725168", "split": "test", "audio_id": "foa_b35df6ba75d81ccad3a3", "audio_path": "audio/test/foa_b35df6ba75d81ccad3a3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to scratch, is drum on the left or on the right? Answer in one sentence.", "answer": "drum is to the right of scratch.", "canonical_answer": "drum is to the right of scratch.", "answer_meta": {}}
{"qa_id": "qa_eeef435d310fa346d6d2", "split": "test", "audio_id": "foa_f9b181b42e00d654d791", "audio_path": "audio/test/foa_f9b181b42e00d654d791.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_0c4ba2aaf0e7ea088bbd", "split": "test", "audio_id": "foa_83a663e54308d8b6927a", "audio_path": "audio/test/foa_83a663e54308d8b6927a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sound sources, the guitar or the knock, is positioned closer to the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the guitar.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_49c74c49664a05d1d676", "split": "test", "audio_id": "foa_3ad39feda09d12d5fe23", "audio_path": "audio/test/foa_3ad39feda09d12d5fe23.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the drum and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The zipper is located at a higher elevation than the drum.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_de78f2d10b40971df700", "split": "test", "audio_id": "foa_7e2e47f329a2b3fdbb90", "audio_path": "audio/test/foa_7e2e47f329a2b3fdbb90.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is fire to the left or right of typing? Answer in one sentence.", "answer": "fire is to the right of typing.", "canonical_answer": "fire is to the right of typing.", "answer_meta": {}}
{"qa_id": "qa_cadeebac76cabe79e884", "split": "test", "audio_id": "foa_51a37fdb206a184fc2db", "audio_path": "audio/test/foa_51a37fdb206a184fc2db.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_063e380d92fe38868799", "split": "test", "audio_id": "foa_ad4e1988bcae67411b2c", "audio_path": "audio/test/foa_ad4e1988bcae67411b2c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The laughter is heard from front-right and below during 0.0s to 0.8s.", "canonical_answer": "laughter from front-right and below.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_e01071162cc70c0275c0", "split": "test", "audio_id": "foa_4cb309e80741873762db", "audio_path": "audio/test/foa_4cb309e80741873762db.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the sound of crushing, which source is located closer to the listener? Answer in one sentence.", "answer": "The camera is the closer source to the listener.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_e6ffe3c318e2b16168f7", "split": "test", "audio_id": "foa_5715cf9332a1b2c19417", "audio_path": "audio/test/foa_5715cf9332a1b2c19417.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the tape or the train positioned at a higher elevation? Answer in one sentence.", "answer": "The tape is positioned at a higher elevation than the train.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_eedee36be1b3278ec144", "split": "test", "audio_id": "foa_a19d1f3276090d5616f0", "audio_path": "audio/test/foa_a19d1f3276090d5616f0.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 6.4s to 8.3s, what source is active and where is it located? Answer in one sentence.", "answer": "The animal is heard from back during 6.4s to 8.3s.", "canonical_answer": "animal from back.", "answer_meta": {"time_span": [6.4, 8.3]}}
{"qa_id": "qa_70672fc736b9a981a54e", "split": "test", "audio_id": "foa_533fbdb55c13876f0cfb", "audio_path": "audio/test/foa_533fbdb55c13876f0cfb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the machine and the metal clink, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The metal clink is higher in elevation than the machine.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_d9264fead9b772ddf94f", "split": "test", "audio_id": "foa_b0e656d96e21d0a302f4", "audio_path": "audio/test/foa_b0e656d96e21d0a302f4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the guitar, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The guitar is closer to the listener than the aircraft.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_b25f21bbbf7bdaa8ffaf", "split": "test", "audio_id": "foa_d58c2a393ce1ab938734", "audio_path": "audio/test/foa_d58c2a393ce1ab938734.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_e3ffae5dc750b6a2c8f7", "split": "test", "audio_id": "foa_e33a9873cec9dbdb3995", "audio_path": "audio/test/foa_e33a9873cec9dbdb3995.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to paper, is breathing on the left or on the right? Answer in one sentence.", "answer": "breathing is to the right of paper.", "canonical_answer": "breathing is to the right of paper.", "answer_meta": {}}
{"qa_id": "qa_40b48347bfd387333fb4", "split": "test", "audio_id": "foa_16999fa243fbb34e59f3", "audio_path": "audio/test/foa_16999fa243fbb34e59f3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.1s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The finger snapping is heard from front-right during 0.1s to 20.0s.", "canonical_answer": "finger snapping from front-right.", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_92a71ee64da0721ba223", "split": "test", "audio_id": "foa_987a8073e2855287c300", "audio_path": "audio/test/foa_987a8073e2855287c300.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the aircraft or the printer? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the printer.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_8c6dd180fa5675b0cb7b", "split": "test", "audio_id": "foa_335472b38279ec765024", "audio_path": "audio/test/foa_335472b38279ec765024.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crushing and the laughter, which sound is positioned at a higher elevation? Answer in one sentence.", "answer": "The crushing sound is at a higher elevation than the laughter.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_0b15d9047d338f8ea470", "split": "test", "audio_id": "foa_3a16ffbfcb974c6681eb", "audio_path": "audio/test/foa_3a16ffbfcb974c6681eb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to wind instrument, is glass on the left or on the right? Answer in one sentence.", "answer": "glass is to the left of wind instrument.", "canonical_answer": "glass is to the left of wind instrument.", "answer_meta": {}}
{"qa_id": "qa_568781f48ef6e60e96d6", "split": "test", "audio_id": "foa_38793efcae1b225d787b", "audio_path": "audio/test/foa_38793efcae1b225d787b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_4de9a1b7ab41e9845cae", "split": "test", "audio_id": "foa_1db7ec221fc744c9b099", "audio_path": "audio/test/foa_1db7ec221fc744c9b099.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the alarm and the ocean, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The ocean is located at a higher elevation than the alarm.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_e8d11e07956aabf99159", "split": "test", "audio_id": "foa_81613d252ea08b3b69bb", "audio_path": "audio/test/foa_81613d252ea08b3b69bb.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_7df3d7d535746ac3d56d", "split": "test", "audio_id": "foa_42cec6442d0de1b80f00", "audio_path": "audio/test/foa_42cec6442d0de1b80f00.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to typing, is rain on the left or on the right? Answer in one sentence.", "answer": "rain is to the left of typing.", "canonical_answer": "rain is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_acbdac8d604e4e45844b", "split": "test", "audio_id": "foa_5b594913671c36315538", "audio_path": "audio/test/foa_5b594913671c36315538.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the frog and the guitar, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The frog is closer to the listener than the guitar.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_25d9d74590ace02b5edf", "split": "test", "audio_id": "foa_8eb80f05f75f8cc98711", "audio_path": "audio/test/foa_8eb80f05f75f8cc98711.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 1.1s to 6.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The kitchenware is heard from front and below during 1.1s to 6.0s.", "canonical_answer": "kitchenware from front and below.", "answer_meta": {"time_span": [1.1, 6.0]}}
{"qa_id": "qa_22d1342031f9b5254e4d", "split": "test", "audio_id": "foa_3ce72eff19d9e0bf89c4", "audio_path": "audio/test/foa_3ce72eff19d9e0bf89c4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 0.7s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The finger snapping is heard from back-left during 0.5s to 0.7s.", "canonical_answer": "finger snapping from back-left.", "answer_meta": {"time_span": [0.5, 0.7]}}
{"qa_id": "qa_a3500d5897d653c6f6e0", "split": "test", "audio_id": "foa_3d423ac13169acf09ac9", "audio_path": "audio/test/foa_3d423ac13169acf09ac9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to train, is drum on the left or on the right? Answer in one sentence.", "answer": "drum is to the left of train.", "canonical_answer": "drum is to the left of train.", "answer_meta": {}}
{"qa_id": "qa_e16920a025c793034478", "split": "test", "audio_id": "foa_110cad5087d64cbe8762", "audio_path": "audio/test/foa_110cad5087d64cbe8762.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the dog or the gong located closer to the listener? Answer in one sentence.", "answer": "The dog is located closer to the listener than the gong.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_e7ed247a3745207cd6cd", "split": "test", "audio_id": "foa_38c4bd53a4766e249acf", "audio_path": "audio/test/foa_38c4bd53a4766e249acf.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the appliance and the bird, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The appliance is located at a higher elevation than the bird.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_40b3f4f108b8ea4bde10", "split": "test", "audio_id": "foa_2e3643a933b68d294549", "audio_path": "audio/test/foa_2e3643a933b68d294549.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_dd809e9a13bc4dcaf4a7", "split": "test", "audio_id": "foa_40a49f975d6789ea575f", "audio_path": "audio/test/foa_40a49f975d6789ea575f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is human vocalization.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_99ae68ffe1c6acf6ef32", "split": "test", "audio_id": "foa_e4bffc79afc1ecccfd67", "audio_path": "audio/test/foa_e4bffc79afc1ecccfd67.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the vehicle occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The vehicle is heard from back and below during 0.6s to 18.4s.", "canonical_answer": "vehicle from back and below.", "answer_meta": {"time_span": [0.6, 18.4]}}
{"qa_id": "qa_48108bc7b67b3e9869d0", "split": "test", "audio_id": "foa_d57d2b13b6299f498498", "audio_path": "audio/test/foa_d57d2b13b6299f498498.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to speech, is breathing on the left or on the right? Answer in one sentence.", "answer": "breathing is to the left of speech.", "canonical_answer": "breathing is to the left of speech.", "answer_meta": {}}
{"qa_id": "qa_e593fc940a802569f547", "split": "test", "audio_id": "foa_f2e05b95e27653ceeafd", "audio_path": "audio/test/foa_f2e05b95e27653ceeafd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the machine or the zipper located closer to the listener? Answer in one sentence.", "answer": "The machine is located closer to the listener than the zipper.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_8cf8812ab3bda0ad71ab", "split": "test", "audio_id": "foa_a92cd69b98389616dd5d", "audio_path": "audio/test/foa_a92cd69b98389616dd5d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned at a higher elevation, the appliance or the cat? Answer in one sentence.", "answer": "The cat is located at a higher elevation than the appliance.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_c9a554efb1db207e5e41", "split": "test", "audio_id": "foa_67c868f621bdf836b35d", "audio_path": "audio/test/foa_67c868f621bdf836b35d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is crackle to the left or right of machine? Answer in one sentence.", "answer": "crackle is to the right of machine.", "canonical_answer": "crackle is to the right of machine.", "answer_meta": {}}
{"qa_id": "qa_c4b4c73788c03a3f9069", "split": "test", "audio_id": "foa_dea797fa2ebe1ecea5cd", "audio_path": "audio/test/foa_dea797fa2ebe1ecea5cd.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the percussion occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The percussion is heard from back and below during 0.0s to 10.7s.", "canonical_answer": "percussion from back and below.", "answer_meta": {"time_span": [0.0, 10.7]}}
{"qa_id": "qa_c5d0a576988c73194b9e", "split": "test", "audio_id": "foa_303b5e0e51831d1e664f", "audio_path": "audio/test/foa_303b5e0e51831d1e664f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_3312b5b5530c90b51496", "split": "test", "audio_id": "foa_379fb9b75e5cf27c1847", "audio_path": "audio/test/foa_379fb9b75e5cf27c1847.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the alarm or the bird, is positioned at a higher elevation? Answer in one sentence.", "answer": "The alarm is at a higher elevation than the bird.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_02fc6dc497f09cfd237c", "split": "test", "audio_id": "foa_8886e01378bddc2505d2", "audio_path": "audio/test/foa_8886e01378bddc2505d2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the female speech or the glass sound located closer to the listener? Answer in one sentence.", "answer": "The female speech is closer to the listener than the glass.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_15e5adb3dd1af707cf8e", "split": "test", "audio_id": "foa_a943b513bea28ef305e9", "audio_path": "audio/test/foa_a943b513bea28ef305e9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_c57f8182dbc2e21fd32a", "split": "test", "audio_id": "foa_533841b157a3a9b60c6e", "audio_path": "audio/test/foa_533841b157a3a9b60c6e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the crack or the tape, is positioned at a higher elevation? Answer in one sentence.", "answer": "The tape is positioned at a higher elevation than the crack.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_9184ce9546411fd632ce", "split": "test", "audio_id": "foa_33ec1f23768c3bc662ef", "audio_path": "audio/test/foa_33ec1f23768c3bc662ef.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the metal clink or the speech? Answer in one sentence.", "answer": "The metal clink is closer to the listener than the speech.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_a8c697bedf73b5d1049e", "split": "test", "audio_id": "foa_b215452e74ee2b4d3889", "audio_path": "audio/test/foa_b215452e74ee2b4d3889.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the tearing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The tearing is heard from front-left and above during 0.2s to 19.4s.", "canonical_answer": "tearing from front-left and above.", "answer_meta": {"time_span": [0.2, 19.4]}}
{"qa_id": "qa_0acdb89b6e8683006fb7", "split": "test", "audio_id": "foa_fa8eaa947beae1c60104", "audio_path": "audio/test/foa_fa8eaa947beae1c60104.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of female speech? Answer in one sentence.", "answer": "cooking is to the right of female speech.", "canonical_answer": "cooking is to the right of female speech.", "answer_meta": {}}
{"qa_id": "qa_7ca0dfd98bd1bde092d4", "split": "test", "audio_id": "foa_1588daaeb2c7484a428d", "audio_path": "audio/test/foa_1588daaeb2c7484a428d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 0.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The kitchenware is heard from front during 0.2s to 0.4s.", "canonical_answer": "kitchenware from front.", "answer_meta": {"time_span": [0.2, 0.4]}}
{"qa_id": "qa_e3d98324ac61258cb5da", "split": "test", "audio_id": "foa_4f7cbc4b8d9197a342c8", "audio_path": "audio/test/foa_4f7cbc4b8d9197a342c8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is frog to the left or right of glass? Answer in one sentence.", "answer": "frog is to the right of glass.", "canonical_answer": "frog is to the right of glass.", "answer_meta": {}}
{"qa_id": "qa_16ffc2564a23e674bee2", "split": "test", "audio_id": "foa_3330cf7e363f1126bfee", "audio_path": "audio/test/foa_3330cf7e363f1126bfee.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_a7b1c76a12b22e28a2ce", "split": "test", "audio_id": "foa_e661ec1b189d90b2146b", "audio_path": "audio/test/foa_e661ec1b189d90b2146b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the appliance or the laughter? Answer in one sentence.", "answer": "The laughter is at a higher elevation than the appliance.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_5b1bd42b228c052590ab", "split": "test", "audio_id": "foa_30cddd624d45aac1f7e8", "audio_path": "audio/test/foa_30cddd624d45aac1f7e8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal and the crack, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The crack is closer to the listener than the animal.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_343fceb68cd9b7b63449", "split": "test", "audio_id": "foa_a59ce8fcd4c0e7ca24e3", "audio_path": "audio/test/foa_a59ce8fcd4c0e7ca24e3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the clock occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The clock is heard from front during 0.0s to 10.4s.", "canonical_answer": "clock from front.", "answer_meta": {"time_span": [0.0, 10.4]}}
{"qa_id": "qa_6da83333444bca7f1574", "split": "test", "audio_id": "foa_2c02baf9871b30756866", "audio_path": "audio/test/foa_2c02baf9871b30756866.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is tearing.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_c9dfde615251be5341c0", "split": "test", "audio_id": "foa_149ca5dc5966c59d3ee3", "audio_path": "audio/test/foa_149ca5dc5966c59d3ee3.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the crack, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The crack is closer to the listener than the alarm.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_2c23986e67e6b1d8b2b6", "split": "test", "audio_id": "foa_221bc3f9dbd038bbd5eb", "audio_path": "audio/test/foa_221bc3f9dbd038bbd5eb.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is singing to the left or right of war sound? Answer in one sentence.", "answer": "singing is to the right of war sound.", "canonical_answer": "singing is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_5c6c07a584e502c76162", "split": "test", "audio_id": "foa_eac8fa6c6b717ed775db", "audio_path": "audio/test/foa_eac8fa6c6b717ed775db.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the breathing or the door sound source located at a higher elevation? Answer in one sentence.", "answer": "The door sound source is higher in elevation than the breathing sound source.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_afd79c2958ad9ac1fe2f", "split": "test", "audio_id": "foa_f2ce8710d2353c98ddd6", "audio_path": "audio/test/foa_f2ce8710d2353c98ddd6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the cat or the sound of tearing at a higher elevation? Answer in one sentence.", "answer": "The cat is positioned at a higher elevation than the tearing sound.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_52552ea800df0239b6ac", "split": "test", "audio_id": "foa_158c451511c4bf7424a3", "audio_path": "audio/test/foa_158c451511c4bf7424a3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is human vocalization to the left or right of writing? Answer in one sentence.", "answer": "human vocalization is to the right of writing.", "canonical_answer": "human vocalization is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_e58be946120a0caed6c5", "split": "test", "audio_id": "foa_6a6b8f239fe982d97ec3", "audio_path": "audio/test/foa_6a6b8f239fe982d97ec3.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_063efeb165b38f51daf8", "split": "test", "audio_id": "foa_ceedd9c17d117370021f", "audio_path": "audio/test/foa_ceedd9c17d117370021f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the appliance occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The appliance is heard from back-left and above during 0.0s to 11.0s.", "canonical_answer": "appliance from back-left and above.", "answer_meta": {"time_span": [0.0, 11.0]}}
{"qa_id": "qa_2f84c322afaf6df069cd", "split": "test", "audio_id": "foa_2809fc2e7f4851a8ea85", "audio_path": "audio/test/foa_2809fc2e7f4851a8ea85.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the car or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the car.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_72df302d5f7ac0b889f5", "split": "test", "audio_id": "foa_985ec2b8a56ddac73950", "audio_path": "audio/test/foa_985ec2b8a56ddac73950.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the bird or the zipper positioned closer to the listener? Answer in one sentence.", "answer": "The zipper is closer to the listener than the bird.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_8c602a1b41f6df3956b7", "split": "test", "audio_id": "foa_ed5a2a185a5dcf574874", "audio_path": "audio/test/foa_ed5a2a185a5dcf574874.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the crackle or the singing? Answer in one sentence.", "answer": "The crackle is at a higher elevation than the singing.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_955084af40dbcacd4dad", "split": "test", "audio_id": "foa_0ceafeefc4f799a9da08", "audio_path": "audio/test/foa_0ceafeefc4f799a9da08.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is machine.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_8cf7d96860701fa595b1", "split": "test", "audio_id": "foa_c1a0b01b08bd3bf3cb3e", "audio_path": "audio/test/foa_c1a0b01b08bd3bf3cb3e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 0.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The drawer cabinet is heard from back during 0.0s to 0.8s.", "canonical_answer": "drawer cabinet from back.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_d1364c168b5f3e7f77d6", "split": "test", "audio_id": "foa_297ba7f5c9345d87bcc3", "audio_path": "audio/test/foa_297ba7f5c9345d87bcc3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to knock, is home sound on the left or on the right? Answer in one sentence.", "answer": "home sound is to the left of knock.", "canonical_answer": "home sound is to the left of knock.", "answer_meta": {}}
{"qa_id": "qa_e5b08a4f7b3e64882897", "split": "test", "audio_id": "foa_2ff4f717d62bde614f61", "audio_path": "audio/test/foa_2ff4f717d62bde614f61.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_b481c537452e3ebe4822", "split": "test", "audio_id": "foa_deaa5f576b8bb2dc1623", "audio_path": "audio/test/foa_deaa5f576b8bb2dc1623.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 4.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back-left during 0.5s to 4.8s.", "canonical_answer": "speech from back-left.", "answer_meta": {"time_span": [0.5, 4.8]}}
{"qa_id": "qa_884f9f50aa5d56eacf2d", "split": "test", "audio_id": "foa_22f9f05290364fdbd362", "audio_path": "audio/test/foa_22f9f05290364fdbd362.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is animal to the left or right of bird? Answer in one sentence.", "answer": "animal is to the right of bird.", "canonical_answer": "animal is to the right of bird.", "answer_meta": {}}
{"qa_id": "qa_41833e9fca801a72105e", "split": "test", "audio_id": "foa_88fce5688919c556ddc3", "audio_path": "audio/test/foa_88fce5688919c556ddc3.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the printer or the knock positioned at a higher elevation? Answer in one sentence.", "answer": "The printer is located at a higher elevation than the knock.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_34b0f3b9a193f2c7efb8", "split": "test", "audio_id": "foa_84cf052bcae5606b7710", "audio_path": "audio/test/foa_84cf052bcae5606b7710.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the tearing sound and the sound of water, which one is located closer to the listener? Answer in one sentence.", "answer": "The tearing sound is closer to the listener than the sound of water.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_4b77f4cd879b08ed4c48", "split": "test", "audio_id": "foa_7c41a03fc0aa21d1f54f", "audio_path": "audio/test/foa_7c41a03fc0aa21d1f54f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the rain, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The rain comes from a higher elevation than the footsteps.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_6b57d86c401d6d758fee", "split": "test", "audio_id": "foa_4a091910bd6db46e4bdf", "audio_path": "audio/test/foa_4a091910bd6db46e4bdf.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is crack on the left or on the right? Answer in one sentence.", "answer": "crack is to the right of tool.", "canonical_answer": "crack is to the right of tool.", "answer_meta": {}}
{"qa_id": "qa_2833a7137e4e2ab88e7d", "split": "test", "audio_id": "foa_463d818e701aa7023614", "audio_path": "audio/test/foa_463d818e701aa7023614.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from back-left during 0.3s to 2.4s.", "canonical_answer": "speech from back-left.", "answer_meta": {"time_span": [0.3, 2.4]}}
{"qa_id": "qa_39d648d87407fb7f78d4", "split": "test", "audio_id": "foa_7a3f0a3b3ed1b48ea7dd", "audio_path": "audio/test/foa_7a3f0a3b3ed1b48ea7dd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the paper and the telephone alarm, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The telephone alarm is closer to the listener than the paper.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_2c7d91c9f7ab01141208", "split": "test", "audio_id": "foa_111b7426b33ede063a75", "audio_path": "audio/test/foa_111b7426b33ede063a75.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_89f55adafe9198fd2956", "split": "test", "audio_id": "foa_3186b1561602cb37903e", "audio_path": "audio/test/foa_3186b1561602cb37903e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the metal clink occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The metal clink is heard from left and below during 8.8s to 14.3s.", "canonical_answer": "metal clink from left and below.", "answer_meta": {"time_span": [8.8, 14.3]}}
{"qa_id": "qa_868c0f01fadd5ec8e5ef", "split": "test", "audio_id": "foa_e5ecd47c8312573bd8cd", "audio_path": "audio/test/foa_e5ecd47c8312573bd8cd.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the dog or the percussion? Answer in one sentence.", "answer": "The dog is at a higher elevation than the percussion.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_06cf1d9400322913a945", "split": "test", "audio_id": "foa_c989c211609ebe5ea57c", "audio_path": "audio/test/foa_c989c211609ebe5ea57c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_90cfed6ec443f05b8e60", "split": "test", "audio_id": "foa_e0bcaf2ae032f60b3c24", "audio_path": "audio/test/foa_e0bcaf2ae032f60b3c24.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is door to the left or right of knock? Answer in one sentence.", "answer": "door is to the left of knock.", "canonical_answer": "door is to the left of knock.", "answer_meta": {}}
{"qa_id": "qa_ca28bf25be0400b31e3f", "split": "test", "audio_id": "foa_ee7ea089aad72f955230", "audio_path": "audio/test/foa_ee7ea089aad72f955230.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the tool or the train? Answer in one sentence.", "answer": "The train is closer to the listener than the tool.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_246f06dadd7d69c58616", "split": "test", "audio_id": "foa_4e378bc306084853b19d", "audio_path": "audio/test/foa_4e378bc306084853b19d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the wind instrument, which one is located closer to the listener? Answer in one sentence.", "answer": "The camera is located closer to the listener than the wind instrument.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_e93b3c1c7e12091a8a72", "split": "test", "audio_id": "foa_8ba50463dbf9bc0bcc01", "audio_path": "audio/test/foa_8ba50463dbf9bc0bcc01.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_e2dc1cfa254febb224d3", "split": "test", "audio_id": "foa_c2a5ac7000950a965c01", "audio_path": "audio/test/foa_c2a5ac7000950a965c01.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to wind instrument, is gong on the left or on the right? Answer in one sentence.", "answer": "gong is to the right of wind instrument.", "canonical_answer": "gong is to the right of wind instrument.", "answer_meta": {}}
{"qa_id": "qa_2d490c1e9c894fdfb2e3", "split": "test", "audio_id": "foa_79fb96ea5344fe941236", "audio_path": "audio/test/foa_79fb96ea5344fe941236.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 12.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The laughter is heard from back-left during 0.4s to 12.2s.", "canonical_answer": "laughter from back-left.", "answer_meta": {"time_span": [0.4, 12.2]}}
{"qa_id": "qa_a6b7026fe6d150a9f516", "split": "test", "audio_id": "foa_59e80e5f66c5199da658", "audio_path": "audio/test/foa_59e80e5f66c5199da658.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the musical instrument and the paper, which one is located at a higher elevation? Answer in one sentence.", "answer": "The paper is higher in elevation than the musical instrument.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_5016d28a1af949c61a4e", "split": "test", "audio_id": "foa_b63ac2d7bfab6917b21f", "audio_path": "audio/test/foa_b63ac2d7bfab6917b21f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_678b8a9da6cee3bb1681", "split": "test", "audio_id": "foa_07d3d6d9d4f2df464489", "audio_path": "audio/test/foa_07d3d6d9d4f2df464489.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to metal clink, is frog on the left or on the right? Answer in one sentence.", "answer": "frog is to the left of metal clink.", "canonical_answer": "frog is to the left of metal clink.", "answer_meta": {}}
{"qa_id": "qa_44e5ce71bfe785cd73a8", "split": "test", "audio_id": "foa_00120e4a56a515b949d7", "audio_path": "audio/test/foa_00120e4a56a515b949d7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is located closer to the listener, the fire or the human vocalization? Answer in one sentence.", "answer": "The human vocalization is closer to the listener than the fire.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_5dabe750490700fbff34", "split": "test", "audio_id": "foa_5f2d42c9944554359550", "audio_path": "audio/test/foa_5f2d42c9944554359550.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the breathing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The breathing is heard from front-right and below during 1.4s to 20.0s.", "canonical_answer": "breathing from front-right and below.", "answer_meta": {"time_span": [1.4, 20.0]}}
{"qa_id": "qa_763a3c513cb8fe711212", "split": "test", "audio_id": "foa_55c8e5b834142101bf57", "audio_path": "audio/test/foa_55c8e5b834142101bf57.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the camera or the finger snapping? Answer in one sentence.", "answer": "The camera is at a higher elevation than the finger snapping.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_52c085242a0a2acd4b3e", "split": "test", "audio_id": "foa_08d30eed1bc73a54ef7d", "audio_path": "audio/test/foa_08d30eed1bc73a54ef7d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the door and the machine, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The machine is located at a higher elevation than the door.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_3d15da685ec50898432c", "split": "test", "audio_id": "foa_ab091a98390e64c83c6a", "audio_path": "audio/test/foa_ab091a98390e64c83c6a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the human vocalization occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The human vocalization is heard from back-left and below during 0.6s to 2.3s.", "canonical_answer": "human vocalization from back-left and below.", "answer_meta": {"time_span": [0.6, 2.3]}}
{"qa_id": "qa_67d2804c8f69a3027910", "split": "test", "audio_id": "foa_b30ebea393a7352f82c0", "audio_path": "audio/test/foa_b30ebea393a7352f82c0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is camera to the left or right of door? Answer in one sentence.", "answer": "camera is to the right of door.", "canonical_answer": "camera is to the right of door.", "answer_meta": {}}
{"qa_id": "qa_57dfe6f704ade3586cec", "split": "test", "audio_id": "foa_9abcc56aa48aa70784b2", "audio_path": "audio/test/foa_9abcc56aa48aa70784b2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the keyboard instrument or the train? Answer in one sentence.", "answer": "The train is located closer to the listener than the keyboard instrument.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_0b0a8aa3861f3455465b", "split": "test", "audio_id": "foa_c6eeebb77eed98a5df68", "audio_path": "audio/test/foa_c6eeebb77eed98a5df68.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_86b89732918cc5195d59", "split": "test", "audio_id": "foa_8b5281bb4dae13f1bd8d", "audio_path": "audio/test/foa_8b5281bb4dae13f1bd8d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the printer, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The aircraft is the sound source that is closer to the listener.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_e8fb0471805f15cc71b7", "split": "test", "audio_id": "foa_5c4be1e0e58ca2ae2156", "audio_path": "audio/test/foa_5c4be1e0e58ca2ae2156.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the animal or the home sound? Answer in one sentence.", "answer": "The home sound is located at a higher elevation than the animal.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_414477841948746ba3c5", "split": "test", "audio_id": "foa_21eccb93eccc92b0757d", "audio_path": "audio/test/foa_21eccb93eccc92b0757d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_63b763d51ca81590e2d5", "split": "test", "audio_id": "foa_f7c2d6c5dd981a8de3f7", "audio_path": "audio/test/foa_f7c2d6c5dd981a8de3f7.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the war sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The war sound is heard from left and above during 0.0s to 3.0s.", "canonical_answer": "war sound from left and above.", "answer_meta": {"time_span": [0.0, 3.0]}}
{"qa_id": "qa_b3b1f608035c9ce2f122", "split": "test", "audio_id": "foa_769f78d3c571a51840e8", "audio_path": "audio/test/foa_769f78d3c571a51840e8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of drawer cabinet? Answer in one sentence.", "answer": "dog is to the right of drawer cabinet.", "canonical_answer": "dog is to the right of drawer cabinet.", "answer_meta": {}}
{"qa_id": "qa_69437a95798e7252f361", "split": "test", "audio_id": "foa_4bf088d4c4697af6fc7f", "audio_path": "audio/test/foa_4bf088d4c4697af6fc7f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned at a higher elevation, the camera or the crack? Answer in one sentence.", "answer": "The crack is at a higher elevation than the camera.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_e7ef0466f5c6cb97654d", "split": "test", "audio_id": "foa_ef771afa5d99343d1c11", "audio_path": "audio/test/foa_ef771afa5d99343d1c11.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_dc8a312438db31803e64", "split": "test", "audio_id": "foa_a3212a709d54295a6d8f", "audio_path": "audio/test/foa_a3212a709d54295a6d8f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the aircraft or the string instrument? Answer in one sentence.", "answer": "The aircraft is closer to the listener than the string instrument.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_826df60cee6b3f3d6a15", "split": "test", "audio_id": "foa_c8cec4bc8851403cfe7e", "audio_path": "audio/test/foa_c8cec4bc8851403cfe7e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the crushing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The crushing is heard from front and below during 0.2s to 4.4s.", "canonical_answer": "crushing from front and below.", "answer_meta": {"time_span": [0.2, 4.4]}}
{"qa_id": "qa_5ffcd66e3733cf9a52fc", "split": "test", "audio_id": "foa_6bf01c1076221a1257f8", "audio_path": "audio/test/foa_6bf01c1076221a1257f8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of guitar? Answer in one sentence.", "answer": "alarm is to the left of guitar.", "canonical_answer": "alarm is to the left of guitar.", "answer_meta": {}}
{"qa_id": "qa_04e9bdefc0a5f3ce4395", "split": "test", "audio_id": "foa_091f796effc771c95bdb", "audio_path": "audio/test/foa_091f796effc771c95bdb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the printer or the typing sound located at a higher elevation? Answer in one sentence.", "answer": "The printer is at a higher elevation compared to the typing.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_4b9404a6dc999969c31f", "split": "test", "audio_id": "foa_6232af22332b6411cffe", "audio_path": "audio/test/foa_6232af22332b6411cffe.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bird to the left or right of crackle? Answer in one sentence.", "answer": "bird is to the right of crackle.", "canonical_answer": "bird is to the right of crackle.", "answer_meta": {}}
{"qa_id": "qa_d0642fbb5c1450c610b5", "split": "test", "audio_id": "foa_e78609bcdf28bedd971c", "audio_path": "audio/test/foa_e78609bcdf28bedd971c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_73efd87e25c8276935dc", "split": "test", "audio_id": "foa_bb04ea6763e4c4fbfdf5", "audio_path": "audio/test/foa_bb04ea6763e4c4fbfdf5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 6.3s, what source is active and where is it located? Answer in one sentence.", "answer": "The male speech is heard from front-right and below during 0.0s to 6.3s.", "canonical_answer": "male speech from front-right and below.", "answer_meta": {"time_span": [0.0, 6.3]}}
{"qa_id": "qa_7683ce326ffacdc4edf9", "split": "test", "audio_id": "foa_9f01c5e40c1a912593ea", "audio_path": "audio/test/foa_9f01c5e40c1a912593ea.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crack and the fire, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The crack is closer to the listener than the fire.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_7416432f825fd544a7fe", "split": "test", "audio_id": "foa_f8b0c132006c7bc9448b", "audio_path": "audio/test/foa_f8b0c132006c7bc9448b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drum and the gong, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The drum is the closer source to the listener.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_ae6e7ac941d2eea2fb8f", "split": "test", "audio_id": "foa_480914bbaf3c67698a2c", "audio_path": "audio/test/foa_480914bbaf3c67698a2c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 15.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The ocean is heard from back and below during 0.0s to 15.1s.", "canonical_answer": "ocean from back and below.", "answer_meta": {"time_span": [0.0, 15.1]}}
{"qa_id": "qa_6b90e005eb9e7a45e9ab", "split": "test", "audio_id": "foa_b148c940c43f55058f11", "audio_path": "audio/test/foa_b148c940c43f55058f11.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the frog or the kitchenware located at a higher elevation? Answer in one sentence.", "answer": "The frog is at a higher elevation than the kitchenware.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_19689e95ed94fb937c89", "split": "test", "audio_id": "foa_b7bb881b72814108d43b", "audio_path": "audio/test/foa_b7bb881b72814108d43b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to speech, is drum on the left or on the right? Answer in one sentence.", "answer": "drum is to the right of speech.", "canonical_answer": "drum is to the right of speech.", "answer_meta": {}}
{"qa_id": "qa_094173949fa44b3d9939", "split": "test", "audio_id": "foa_c574dd8e8cc0a27df484", "audio_path": "audio/test/foa_c574dd8e8cc0a27df484.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_305d908a89335aaeb8cb", "split": "test", "audio_id": "foa_eb917a6bc67f93a7e8e7", "audio_path": "audio/test/foa_eb917a6bc67f93a7e8e7.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 14.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The tool is heard from back and above during 0.0s to 14.2s.", "canonical_answer": "tool from back and above.", "answer_meta": {"time_span": [0.0, 14.2]}}
{"qa_id": "qa_57b94142d5ca24911ab2", "split": "test", "audio_id": "foa_7bbdce17fd956ae8567c", "audio_path": "audio/test/foa_7bbdce17fd956ae8567c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the cat or the wood sound source located at a higher elevation? Answer in one sentence.", "answer": "The cat sound source is positioned at a higher elevation than the wood sound source.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_623febc9e2eb7c858d43", "split": "test", "audio_id": "foa_043a8f00921fa0886b72", "audio_path": "audio/test/foa_043a8f00921fa0886b72.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the speech or the typing sound located closer to the listener? Answer in one sentence.", "answer": "The speech is closer to the listener than the typing.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f59936fc40e96b625fc7", "split": "test", "audio_id": "foa_4ecb6ace0b4315439469", "audio_path": "audio/test/foa_4ecb6ace0b4315439469.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_97817d895f1e1491d42c", "split": "test", "audio_id": "foa_77c123905e94c13ce29d", "audio_path": "audio/test/foa_77c123905e94c13ce29d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is finger snapping to the left or right of singing? Answer in one sentence.", "answer": "finger snapping is to the left of singing.", "canonical_answer": "finger snapping is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_0f680448b7f71f751c34", "split": "test", "audio_id": "foa_2f73b532b1b34ac7c7cd", "audio_path": "audio/test/foa_2f73b532b1b34ac7c7cd.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the clock and the ocean, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The ocean is located at a higher elevation than the clock.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_06929cefca491778ccd7", "split": "test", "audio_id": "foa_8bf3ba709094ed46aca9", "audio_path": "audio/test/foa_8bf3ba709094ed46aca9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is animal to the left or right of cat? Answer in one sentence.", "answer": "animal is to the right of cat.", "canonical_answer": "animal is to the right of cat.", "answer_meta": {}}
{"qa_id": "qa_b8ad6ee36b83bf0e5542", "split": "test", "audio_id": "foa_a7caf4a4d0d92fceb7f2", "audio_path": "audio/test/foa_a7caf4a4d0d92fceb7f2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the cat or the crackle, is located closer to the listener? Answer in one sentence.", "answer": "The cat is closer to the listener than the crackle.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_ec2513f100207ae13ae5", "split": "test", "audio_id": "foa_4f0de9932a2b8c0e7426", "audio_path": "audio/test/foa_4f0de9932a2b8c0e7426.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_81bbe54faba36140ad8c", "split": "test", "audio_id": "foa_21785c5d19610a6e82a9", "audio_path": "audio/test/foa_21785c5d19610a6e82a9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 14.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The appliance is heard from left during 0.0s to 14.6s.", "canonical_answer": "appliance from left.", "answer_meta": {"time_span": [0.0, 14.6]}}
{"qa_id": "qa_3cc593d8db2db5134091", "split": "test", "audio_id": "foa_8b4963b4efd4cba967fd", "audio_path": "audio/test/foa_8b4963b4efd4cba967fd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is drawer cabinet.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_dbb1d2ab7ab3fe3c9a97", "split": "test", "audio_id": "foa_f2a90114bfb62d66a279", "audio_path": "audio/test/foa_f2a90114bfb62d66a279.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to knock, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the right of knock.", "canonical_answer": "aircraft is to the right of knock.", "answer_meta": {}}
{"qa_id": "qa_7b8dfb72c97acd1660d0", "split": "test", "audio_id": "foa_bb7b8af0af6bfc8d7d83", "audio_path": "audio/test/foa_bb7b8af0af6bfc8d7d83.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the male speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The male speech is heard from right during 0.1s to 2.6s.", "canonical_answer": "male speech from right.", "answer_meta": {"time_span": [0.1, 2.6]}}
{"qa_id": "qa_92c42459e5c7209fefb5", "split": "test", "audio_id": "foa_9ca61a6c4fc2ef6f24f4", "audio_path": "audio/test/foa_9ca61a6c4fc2ef6f24f4.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bell and the rain, which source is located at a higher elevation? Answer in one sentence.", "answer": "The bell is at a higher elevation than the rain.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_20a36c21f0dfefe68192", "split": "test", "audio_id": "foa_e6534dc09e2ab55f3f4d", "audio_path": "audio/test/foa_e6534dc09e2ab55f3f4d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the fire and the glass, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The fire is closer to the listener than the glass.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_8eb0e5432090f8957b25", "split": "test", "audio_id": "foa_31d409ca175999820830", "audio_path": "audio/test/foa_31d409ca175999820830.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_5b9cf69dd6b29333155b", "split": "test", "audio_id": "foa_b53faa21ac3562a7cabb", "audio_path": "audio/test/foa_b53faa21ac3562a7cabb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the knock and the tape, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The tape is closer to the listener than the knock.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_b4dc1ad2b37b8bceb733", "split": "test", "audio_id": "foa_8a3bd7d7e4c46f8d3656", "audio_path": "audio/test/foa_8a3bd7d7e4c46f8d3656.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is metal clink to the left or right of percussion? Answer in one sentence.", "answer": "metal clink is to the right of percussion.", "canonical_answer": "metal clink is to the right of percussion.", "answer_meta": {}}
{"qa_id": "qa_e1b0ee52612552936847", "split": "test", "audio_id": "foa_f5397a2c8079204b7369", "audio_path": "audio/test/foa_f5397a2c8079204b7369.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the frog and the water, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The frog is at a higher elevation than the water.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_c08ea80686889c8d6f61", "split": "test", "audio_id": "foa_27580ccee2c24249f02b", "audio_path": "audio/test/foa_27580ccee2c24249f02b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The crack is heard from back and below during 0.5s to 20.0s.", "canonical_answer": "crack from back and below.", "answer_meta": {"time_span": [0.5, 20.0]}}
{"qa_id": "qa_e8118bfd4d053de791a0", "split": "test", "audio_id": "foa_092e3c08a3f253d167d4", "audio_path": "audio/test/foa_092e3c08a3f253d167d4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the dog occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The dog is heard from front during 2.6s to 3.7s.", "canonical_answer": "dog from front.", "answer_meta": {"time_span": [2.6, 3.7]}}
{"qa_id": "qa_a4cb253f1cd2bc2fe377", "split": "test", "audio_id": "foa_115726212aa9318eacda", "audio_path": "audio/test/foa_115726212aa9318eacda.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the frog or the vehicle located at a higher elevation? Answer in one sentence.", "answer": "The vehicle is located at a higher elevation than the frog.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_7e10434fe33e7d10a2eb", "split": "test", "audio_id": "foa_70fb03a9eef277bf69c3", "audio_path": "audio/test/foa_70fb03a9eef277bf69c3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to wind instrument, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the left of wind instrument.", "canonical_answer": "clock is to the left of wind instrument.", "answer_meta": {}}
{"qa_id": "qa_699ced8b6b82590a321a", "split": "test", "audio_id": "foa_fe4145cf2a0ae9bd3049", "audio_path": "audio/test/foa_fe4145cf2a0ae9bd3049.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the keyboard instrument, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The alarm is closer to the listener than the keyboard instrument.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_ac2b6919eac95c324526", "split": "test", "audio_id": "foa_7b52e1d1793c0d902846", "audio_path": "audio/test/foa_7b52e1d1793c0d902846.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_0cb3972f38bbb032df1d", "split": "test", "audio_id": "foa_253e415e1c64e8477efc", "audio_path": "audio/test/foa_253e415e1c64e8477efc.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is clock to the left or right of string instrument? Answer in one sentence.", "answer": "clock is to the left of string instrument.", "canonical_answer": "clock is to the left of string instrument.", "answer_meta": {}}
{"qa_id": "qa_534b00b5147d24ad7b13", "split": "test", "audio_id": "foa_02db00c9646d116286da", "audio_path": "audio/test/foa_02db00c9646d116286da.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 3.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back and below during 0.3s to 3.3s.", "canonical_answer": "speech from back and below.", "answer_meta": {"time_span": [0.3, 3.3]}}
{"qa_id": "qa_7fdbbacdc631b6f20042", "split": "test", "audio_id": "foa_1b8f210c08570fc23dd6", "audio_path": "audio/test/foa_1b8f210c08570fc23dd6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_8ce298f7f8b02bfc612a", "split": "test", "audio_id": "foa_209de27f4d72be3897e4", "audio_path": "audio/test/foa_209de27f4d72be3897e4.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the gong and the vehicle, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The vehicle is positioned at a higher elevation than the gong.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_e97a581bde2c15f55584", "split": "test", "audio_id": "foa_96c0e838763abb570aec", "audio_path": "audio/test/foa_96c0e838763abb570aec.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the train, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The train is located closer to the listener than the camera.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_bbd13a8720027476c79b", "split": "test", "audio_id": "foa_5be205dd84eb314077e9", "audio_path": "audio/test/foa_5be205dd84eb314077e9.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_2ab0998a41b9f2251200", "split": "test", "audio_id": "foa_830a56d9ecea8cff84cd", "audio_path": "audio/test/foa_830a56d9ecea8cff84cd.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is machine to the left or right of vehicle? Answer in one sentence.", "answer": "machine is to the right of vehicle.", "canonical_answer": "machine is to the right of vehicle.", "answer_meta": {}}
{"qa_id": "qa_412265d22cff2fee8212", "split": "test", "audio_id": "foa_7d8e70b7cbed94f31162", "audio_path": "audio/test/foa_7d8e70b7cbed94f31162.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the fire occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The fire is heard from back-right and below during 0.7s to 16.8s.", "canonical_answer": "fire from back-right and below.", "answer_meta": {"time_span": [0.7, 16.8]}}
{"qa_id": "qa_fabc5eba62e5a9a79c83", "split": "test", "audio_id": "foa_cfd1ea3e597a8b82c9bb", "audio_path": "audio/test/foa_cfd1ea3e597a8b82c9bb.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the female speech and the human vocalization, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The human vocalization is closer to the listener than the female speech.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_1e135494a3b387a222b5", "split": "test", "audio_id": "foa_3325c2d88722c41ecaba", "audio_path": "audio/test/foa_3325c2d88722c41ecaba.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the cat or the ocean? Answer in one sentence.", "answer": "The ocean is at a higher elevation than the cat.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_3964e43884c2e924d573", "split": "test", "audio_id": "foa_438ac615c7efca23081a", "audio_path": "audio/test/foa_438ac615c7efca23081a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 3.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from front-right and above during 0.2s to 3.4s.", "canonical_answer": "speech from front-right and above.", "answer_meta": {"time_span": [0.2, 3.4]}}
{"qa_id": "qa_efac7449c7f3a6e62566", "split": "test", "audio_id": "foa_68b71c88dbe1eac3c886", "audio_path": "audio/test/foa_68b71c88dbe1eac3c886.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_ef85c345c516eeda8b21", "split": "test", "audio_id": "foa_f8352cf02baf630a6fcc", "audio_path": "audio/test/foa_f8352cf02baf630a6fcc.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the frog or the guitar? Answer in one sentence.", "answer": "The guitar is closer to the listener than the frog.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_0490605cd30b420038cb", "split": "test", "audio_id": "foa_424e28c93140f2543d3f", "audio_path": "audio/test/foa_424e28c93140f2543d3f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source, the alarm or the speech, is positioned at a higher elevation? Answer in one sentence.", "answer": "The alarm is at a higher elevation than the speech.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_4dd1927c41933defc3c0", "split": "test", "audio_id": "foa_91003b74bbb35e0d8fed", "audio_path": "audio/test/foa_91003b74bbb35e0d8fed.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is camera to the left or right of frog? Answer in one sentence.", "answer": "camera is to the right of frog.", "canonical_answer": "camera is to the right of frog.", "answer_meta": {}}
{"qa_id": "qa_67a515d13ebeef79fb98", "split": "test", "audio_id": "foa_9aff02836071da3fbe9a", "audio_path": "audio/test/foa_9aff02836071da3fbe9a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_64873da16fe60faa41c4", "split": "test", "audio_id": "foa_257056d4e1b602f7fc19", "audio_path": "audio/test/foa_257056d4e1b602f7fc19.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the camera or the crushing sound? Answer in one sentence.", "answer": "The crushing sound is closer to the listener than the camera.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_619d935555085a674bcd", "split": "test", "audio_id": "foa_8d8c23de45b17b8f87e6", "audio_path": "audio/test/foa_8d8c23de45b17b8f87e6.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of war sound? Answer in one sentence.", "answer": "aircraft is to the right of war sound.", "canonical_answer": "aircraft is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_88984dd639f377a1c903", "split": "test", "audio_id": "foa_cf45e2c4e8f863f2b6e9", "audio_path": "audio/test/foa_cf45e2c4e8f863f2b6e9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 5.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from front-left and below during 0.3s to 5.2s.", "canonical_answer": "human vocalization from front-left and below.", "answer_meta": {"time_span": [0.3, 5.2]}}
{"qa_id": "qa_6254522b373062e9c900", "split": "test", "audio_id": "foa_9da607f3de1a29d4ba97", "audio_path": "audio/test/foa_9da607f3de1a29d4ba97.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the crushing or the frog? Answer in one sentence.", "answer": "The crushing is at a higher elevation than the frog.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_1c3469a8ac657e3c7c6f", "split": "test", "audio_id": "foa_5786a150f886c949f8fd", "audio_path": "audio/test/foa_5786a150f886c949f8fd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is breathing.", "canonical_answer": "breathing", "answer_meta": {}}
{"qa_id": "qa_3944cfbb748b638899f7", "split": "test", "audio_id": "foa_f095376f484bd381d218", "audio_path": "audio/test/foa_f095376f484bd381d218.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to rain, is car on the left or on the right? Answer in one sentence.", "answer": "car is to the right of rain.", "canonical_answer": "car is to the right of rain.", "answer_meta": {}}
{"qa_id": "qa_8664f966d7576c440fb4", "split": "test", "audio_id": "foa_668efbb413236fd845a1", "audio_path": "audio/test/foa_668efbb413236fd845a1.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crack and the thunderstorm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The crack is the source that is closer to the listener.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_18f70f72a88710752002", "split": "test", "audio_id": "foa_f5c5612ce308be7cfa39", "audio_path": "audio/test/foa_f5c5612ce308be7cfa39.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 4.9s to 13.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The knock is heard from back-left and below during 4.9s to 13.2s.", "canonical_answer": "knock from back-left and below.", "answer_meta": {"time_span": [4.9, 13.2]}}
{"qa_id": "qa_5c83ab8e29de3cf28057", "split": "test", "audio_id": "foa_3ac138871f79719890c1", "audio_path": "audio/test/foa_3ac138871f79719890c1.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the aircraft or the singing at a higher elevation? Answer in one sentence.", "answer": "The aircraft is positioned at a greater elevation than the singing.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_fedd3f83adc4d6ab4128", "split": "test", "audio_id": "foa_6a42c746eaec489a8cac", "audio_path": "audio/test/foa_6a42c746eaec489a8cac.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is train.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_0b83a0e6f68d7aca8de6", "split": "test", "audio_id": "foa_7dca41134c7250357f9f", "audio_path": "audio/test/foa_7dca41134c7250357f9f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to guitar, is car on the left or on the right? Answer in one sentence.", "answer": "car is to the right of guitar.", "canonical_answer": "car is to the right of guitar.", "answer_meta": {}}
{"qa_id": "qa_c635d95a7cb80061e185", "split": "test", "audio_id": "foa_40b21cc8bae4459265ae", "audio_path": "audio/test/foa_40b21cc8bae4459265ae.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the aircraft and the vehicle, which one is located at a higher elevation? Answer in one sentence.", "answer": "The aircraft is positioned at a higher elevation than the vehicle.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_ae4fdf99efe823b9c868", "split": "test", "audio_id": "foa_0d9b2577f8ca9db6b858", "audio_path": "audio/test/foa_0d9b2577f8ca9db6b858.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 11.0s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The tool is heard from front during 11.0s to 20.0s.", "canonical_answer": "tool from front.", "answer_meta": {"time_span": [11.0, 20.0]}}
{"qa_id": "qa_b3dea6e54a04692de1da", "split": "test", "audio_id": "foa_aba37ab2fbde7a1fd7fe", "audio_path": "audio/test/foa_aba37ab2fbde7a1fd7fe.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal and the thunderstorm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The animal is closer to the listener than the thunderstorm.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_b6131f3eb4d019fe003e", "split": "test", "audio_id": "foa_622a5784f59dc0ad94d7", "audio_path": "audio/test/foa_622a5784f59dc0ad94d7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the door or the knock? Answer in one sentence.", "answer": "The door is at a higher elevation than the knock.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_b1d4f7ea6bc59fbbdd08", "split": "test", "audio_id": "foa_06b7e7a08a2cb51bbe7c", "audio_path": "audio/test/foa_06b7e7a08a2cb51bbe7c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the bell or the tool? Answer in one sentence.", "answer": "The tool is situated closer to the listener than the bell.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_1f33f91418a9198d3557", "split": "test", "audio_id": "foa_bf636a9037a280809778", "audio_path": "audio/test/foa_bf636a9037a280809778.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of typing? Answer in one sentence.", "answer": "cooking is to the left of typing.", "canonical_answer": "cooking is to the left of typing.", "answer_meta": {}}
{"qa_id": "qa_00591a19ed7826f5b30f", "split": "test", "audio_id": "foa_8ea34658c6651385895d", "audio_path": "audio/test/foa_8ea34658c6651385895d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the percussion occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The percussion is heard from right and below during 7.2s to 8.3s.", "canonical_answer": "percussion from right and below.", "answer_meta": {"time_span": [7.2, 8.3]}}
{"qa_id": "qa_eca4a81b88fdd1b93503", "split": "test", "audio_id": "foa_1bbee075a2699d9c38c2", "audio_path": "audio/test/foa_1bbee075a2699d9c38c2.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_a334bece1eba76d33465", "split": "test", "audio_id": "foa_cafc107eec4f7caee4b7", "audio_path": "audio/test/foa_cafc107eec4f7caee4b7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of singing? Answer in one sentence.", "answer": "aircraft is to the left of singing.", "canonical_answer": "aircraft is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_3111505012e0b14816d0", "split": "test", "audio_id": "foa_c3ee94b7e8c4ab467598", "audio_path": "audio/test/foa_c3ee94b7e8c4ab467598.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the fire or the thunderstorm? Answer in one sentence.", "answer": "The fire is positioned at a greater elevation than the thunderstorm.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_576a861705c042f73490", "split": "test", "audio_id": "foa_6842871edf4c47388d02", "audio_path": "audio/test/foa_6842871edf4c47388d02.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the insect or the thunderstorm? Answer in one sentence.", "answer": "The insect is closer to the listener than the thunderstorm.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_56ff289689d3612d24e7", "split": "test", "audio_id": "foa_961d81ed05d57bdce8dc", "audio_path": "audio/test/foa_961d81ed05d57bdce8dc.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 2.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The breathing is heard from right and above during 0.0s to 2.2s.", "canonical_answer": "breathing from right and above.", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_d63a44c8e8c723ea6942", "split": "test", "audio_id": "foa_c873d870861f4962c02d", "audio_path": "audio/test/foa_c873d870861f4962c02d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_760f8fc72aef653f51bd", "split": "test", "audio_id": "foa_c2018365ccb63304e788", "audio_path": "audio/test/foa_c2018365ccb63304e788.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crackle and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The printer is positioned at a higher elevation than the crackle.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_6c97db3e79ca934cddca", "split": "test", "audio_id": "foa_60afee6d0fc8603e15fe", "audio_path": "audio/test/foa_60afee6d0fc8603e15fe.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the knock or the singing, is located at a shorter distance from the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the singing.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_8e5c5ee5a315bf73244c", "split": "test", "audio_id": "foa_5fcce98bde71c6315ac0", "audio_path": "audio/test/foa_5fcce98bde71c6315ac0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_a8bd06f7caa347587477", "split": "test", "audio_id": "foa_ed5ca7e14abfbb156a0d", "audio_path": "audio/test/foa_ed5ca7e14abfbb156a0d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the crack occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The crack is heard from left and above during 6.3s to 20.0s.", "canonical_answer": "crack from left and above.", "answer_meta": {"time_span": [6.3, 20.0]}}
{"qa_id": "qa_e1c7c0157e4c0be3ebc1", "split": "test", "audio_id": "foa_13aa54a0c3034a5d4154", "audio_path": "audio/test/foa_13aa54a0c3034a5d4154.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to insect, is guitar on the left or on the right? Answer in one sentence.", "answer": "guitar is to the left of insect.", "canonical_answer": "guitar is to the left of insect.", "answer_meta": {}}
{"qa_id": "qa_53c1e66c475cf5a89ffe", "split": "test", "audio_id": "foa_5d04d24a16ae5e25e856", "audio_path": "audio/test/foa_5d04d24a16ae5e25e856.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cat and the water, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The water source is at a higher elevation than the cat.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_ffc1914d286c58b18fbf", "split": "test", "audio_id": "foa_cdc9ac449bd7117aef5a", "audio_path": "audio/test/foa_cdc9ac449bd7117aef5a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 7.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from right during 0.6s to 7.6s.", "canonical_answer": "speech from right.", "answer_meta": {"time_span": [0.6, 7.6]}}
{"qa_id": "qa_ea16dab8c67b594bd5b2", "split": "test", "audio_id": "foa_53de7f07ad9ee1a01c58", "audio_path": "audio/test/foa_53de7f07ad9ee1a01c58.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is scratch to the left or right of string instrument? Answer in one sentence.", "answer": "scratch is to the left of string instrument.", "canonical_answer": "scratch is to the left of string instrument.", "answer_meta": {}}
{"qa_id": "qa_6aca1f57d5de2db73bfc", "split": "test", "audio_id": "foa_612244824e39458986fb", "audio_path": "audio/test/foa_612244824e39458986fb.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_d5a7c5ca7dfe3abc5a67", "split": "test", "audio_id": "foa_3712ba8d8fcf557cb93e", "audio_path": "audio/test/foa_3712ba8d8fcf557cb93e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the car or the ocean? Answer in one sentence.", "answer": "The car is closer to the listener than the ocean.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_7decb9df5df4d744a30a", "split": "test", "audio_id": "foa_aa9bec7b60a083b39421", "audio_path": "audio/test/foa_aa9bec7b60a083b39421.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of guitar? Answer in one sentence.", "answer": "alarm is to the right of guitar.", "canonical_answer": "alarm is to the right of guitar.", "answer_meta": {}}
{"qa_id": "qa_f7ffc108980cfdf1f547", "split": "test", "audio_id": "foa_d4f06365f38a9090c495", "audio_path": "audio/test/foa_d4f06365f38a9090c495.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the kitchenware or the knock sound closer to the listener? Answer in one sentence.", "answer": "The kitchenware is closer to the listener than the knock.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_284d56db92ea948f37b5", "split": "test", "audio_id": "foa_4b905f0eed341f59d60e", "audio_path": "audio/test/foa_4b905f0eed341f59d60e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the aircraft and the ocean, which source has a higher elevation? Answer in one sentence.", "answer": "The ocean is at a higher elevation than the aircraft.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_7fa1047b6a8167675dee", "split": "test", "audio_id": "foa_7617a075583c18eac324", "audio_path": "audio/test/foa_7617a075583c18eac324.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_4095bbf81af264d68724", "split": "test", "audio_id": "foa_7cf8f3e1f1fc3edea122", "audio_path": "audio/test/foa_7cf8f3e1f1fc3edea122.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the bird occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The bird is heard from front-left and below during 0.0s to 20.0s.", "canonical_answer": "bird from front-left and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_8655ed14210a9e14178c", "split": "test", "audio_id": "foa_c83b1132afaf105c8096", "audio_path": "audio/test/foa_c83b1132afaf105c8096.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the machine and the writing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The writing sound is closer to the listener than the machine sound.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_32ff46ae39307c23f81a", "split": "test", "audio_id": "foa_562aa11b3d7099878b9f", "audio_path": "audio/test/foa_562aa11b3d7099878b9f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_c26cf5e52c9cef13a8a7", "split": "test", "audio_id": "foa_73204c5fcc5013a1a477", "audio_path": "audio/test/foa_73204c5fcc5013a1a477.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the singing and the speech, which source is positioned at a higher elevation? Answer in one sentence.", "answer": "The speech is located at a higher elevation than the singing.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_d2001c5997de18b18903", "split": "test", "audio_id": "foa_16662621384b42c96b61", "audio_path": "audio/test/foa_16662621384b42c96b61.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 10.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The machine is heard from front-left and above during 0.3s to 10.6s.", "canonical_answer": "machine from front-left and above.", "answer_meta": {"time_span": [0.3, 10.6]}}
{"qa_id": "qa_7b7f6d05df1fe48ceb59", "split": "test", "audio_id": "foa_536cd396a0e7ce792373", "audio_path": "audio/test/foa_536cd396a0e7ce792373.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to zipper, is cooking on the left or on the right? Answer in one sentence.", "answer": "cooking is to the right of zipper.", "canonical_answer": "cooking is to the right of zipper.", "answer_meta": {}}
{"qa_id": "qa_4e77e17c8773819ffdd1", "split": "test", "audio_id": "foa_a6d0392f3d6b5493ec6d", "audio_path": "audio/test/foa_a6d0392f3d6b5493ec6d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_9fd11c6510031e72c9f2", "split": "test", "audio_id": "foa_94910d5be90c7b8fcd04", "audio_path": "audio/test/foa_94910d5be90c7b8fcd04.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the guitar occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The guitar is heard from front and below during 0.0s to 0.8s.", "canonical_answer": "guitar from front and below.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_db97e11f1eef290e93b6", "split": "test", "audio_id": "foa_efc3bcea3d700a4cade1", "audio_path": "audio/test/foa_efc3bcea3d700a4cade1.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the rain and the train, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The rain is located at a higher elevation than the train.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_2609a6075c3c9b7f7999", "split": "test", "audio_id": "foa_739158564b15cd8c3f8d", "audio_path": "audio/test/foa_739158564b15cd8c3f8d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to door, is bird on the left or on the right? Answer in one sentence.", "answer": "bird is to the left of door.", "canonical_answer": "bird is to the left of door.", "answer_meta": {}}
{"qa_id": "qa_ef39608f7520ed4c2692", "split": "test", "audio_id": "foa_06fc495f5fe491e66bda", "audio_path": "audio/test/foa_06fc495f5fe491e66bda.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, body sound or scratch, is located at a shorter distance from the listener? Answer in one sentence.", "answer": "The scratch is closer to the listener than the body sound.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_90fd7e9f7c76285fb496", "split": "test", "audio_id": "foa_10e7f3fc0acd0aa0f615", "audio_path": "audio/test/foa_10e7f3fc0acd0aa0f615.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to ocean, is footsteps on the left or on the right? Answer in one sentence.", "answer": "footsteps is to the left of ocean.", "canonical_answer": "footsteps is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_03dba4774f009f16fe3f", "split": "test", "audio_id": "foa_16b9c709713fff314cc8", "audio_path": "audio/test/foa_16b9c709713fff314cc8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 3.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The crushing is heard from front-right during 0.0s to 3.4s.", "canonical_answer": "crushing from front-right.", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_fc2aa50c263e9b89360b", "split": "test", "audio_id": "foa_3544b1debc7b04f82fdf", "audio_path": "audio/test/foa_3544b1debc7b04f82fdf.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the appliance or the string instrument located at a higher elevation? Answer in one sentence.", "answer": "The string instrument is located at a higher elevation than the appliance.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_ea6be33a0511901c2105", "split": "test", "audio_id": "foa_6d24cfb54ae214bea94f", "audio_path": "audio/test/foa_6d24cfb54ae214bea94f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the finger snapping and the insect, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The insect is the source located closer to the listener.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_b0016c29055ed036d66b", "split": "test", "audio_id": "foa_10b00e35ddec89d428de", "audio_path": "audio/test/foa_10b00e35ddec89d428de.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is alarm.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_4a65c8c74b8c09add500", "split": "test", "audio_id": "foa_0c7d6512f674ff0b3e7d", "audio_path": "audio/test/foa_0c7d6512f674ff0b3e7d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the tool or the war sound positioned at a higher elevation? Answer in one sentence.", "answer": "The war sound is at a higher elevation than the tool.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_19753a3f4a2c3a6e144d", "split": "test", "audio_id": "foa_2f423a9f97c64e4c540f", "audio_path": "audio/test/foa_2f423a9f97c64e4c540f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_ac530df75888c2f690cf", "split": "test", "audio_id": "foa_ea972c78acaad8385631", "audio_path": "audio/test/foa_ea972c78acaad8385631.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking sounds and the rain, which one is located closer to the listener? Answer in one sentence.", "answer": "The rain is closer to the listener than the cooking.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_d5ff08e29dd1444f52c1", "split": "test", "audio_id": "foa_b07ad5ac4df43205877c", "audio_path": "audio/test/foa_b07ad5ac4df43205877c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is war sound to the left or right of zipper? Answer in one sentence.", "answer": "war sound is to the left of zipper.", "canonical_answer": "war sound is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_6c2f942e91627849d840", "split": "test", "audio_id": "foa_1f01a0a7aa958858e49f", "audio_path": "audio/test/foa_1f01a0a7aa958858e49f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 13.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from left during 0.3s to 13.8s.", "canonical_answer": "speech from left.", "answer_meta": {"time_span": [0.3, 13.8]}}
{"qa_id": "qa_04145f710d8f7677e8d4", "split": "test", "audio_id": "foa_66d7375b352f42c2f615", "audio_path": "audio/test/foa_66d7375b352f42c2f615.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is scratch to the left or right of tape? Answer in one sentence.", "answer": "scratch is to the left of tape.", "canonical_answer": "scratch is to the left of tape.", "answer_meta": {}}
{"qa_id": "qa_98a2a580c22bf9658cf3", "split": "test", "audio_id": "foa_323484a4da3088d88ef0", "audio_path": "audio/test/foa_323484a4da3088d88ef0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_1f6d92043587f69c0a7b", "split": "test", "audio_id": "foa_ef0370765081c3d7754e", "audio_path": "audio/test/foa_ef0370765081c3d7754e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 5.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from left and above during 0.5s to 5.6s.", "canonical_answer": "speech from left and above.", "answer_meta": {"time_span": [0.5, 5.6]}}
{"qa_id": "qa_2e589e85afd19f7a1213", "split": "test", "audio_id": "foa_cd559288ebc2d788cefe", "audio_path": "audio/test/foa_cd559288ebc2d788cefe.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the speech and the typing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The speech is at a higher elevation than the typing.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_a4c9889dcc87b4a69621", "split": "test", "audio_id": "foa_a6d6f211ae60e797d4d4", "audio_path": "audio/test/foa_a6d6f211ae60e797d4d4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is located closer to the listener, the dog or the insect? Answer in one sentence.", "answer": "The dog is closer to the listener than the insect.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_47f9e5dc7f1b254709e6", "split": "test", "audio_id": "foa_fceb9f38f7ee8f6393e5", "audio_path": "audio/test/foa_fceb9f38f7ee8f6393e5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the singing and the vehicle, which source is located at a higher elevation? Answer in one sentence.", "answer": "The vehicle is positioned at a higher elevation than the singing.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_4160650e46f710ddd374", "split": "test", "audio_id": "foa_d584b1490d15d31a76c8", "audio_path": "audio/test/foa_d584b1490d15d31a76c8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the train and the wind, which source is located closer to the listener? Answer in one sentence.", "answer": "The wind is closer to the listener than the train.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_8a178899f0e90baa64ba", "split": "test", "audio_id": "foa_a72f7c871399629d7b81", "audio_path": "audio/test/foa_a72f7c871399629d7b81.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.6s to 15.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from left during 0.6s to 15.4s.", "canonical_answer": "speech from left.", "answer_meta": {"time_span": [0.6, 15.4]}}
{"qa_id": "qa_0daf7309699f0daaa4f1", "split": "test", "audio_id": "foa_2dece6f684be72a71c02", "audio_path": "audio/test/foa_2dece6f684be72a71c02.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drum to the left or right of tearing? Answer in one sentence.", "answer": "drum is to the right of tearing.", "canonical_answer": "drum is to the right of tearing.", "answer_meta": {}}
{"qa_id": "qa_47d3a82da9e24a5ac158", "split": "test", "audio_id": "foa_7b36c387b5cc8592ba51", "audio_path": "audio/test/foa_7b36c387b5cc8592ba51.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_f8cb37073ff82a3cf429", "split": "test", "audio_id": "foa_03b95c73d54d94140f20", "audio_path": "audio/test/foa_03b95c73d54d94140f20.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_eb6ab9578bc9f273d0ab", "split": "test", "audio_id": "foa_0f85c526e56b564b8e25", "audio_path": "audio/test/foa_0f85c526e56b564b8e25.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the singing, which source is located closer to the listener? Answer in one sentence.", "answer": "The dog is closer to the listener than the singing.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_ebec926f68bd14f98f0f", "split": "test", "audio_id": "foa_0eaac53c15f030f7ab7e", "audio_path": "audio/test/foa_0eaac53c15f030f7ab7e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bell and the water sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The bell is located at a higher elevation than the water.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_f15b13669548e226b098", "split": "test", "audio_id": "foa_67aa786defd2fcc7bf29", "audio_path": "audio/test/foa_67aa786defd2fcc7bf29.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cat to the left or right of home sound? Answer in one sentence.", "answer": "cat is to the left of home sound.", "canonical_answer": "cat is to the left of home sound.", "answer_meta": {}}
{"qa_id": "qa_1d26802d39c50c49f074", "split": "test", "audio_id": "foa_77418c47effbc1cfb80e", "audio_path": "audio/test/foa_77418c47effbc1cfb80e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.7s to 7.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The alarm is heard from back and below during 0.7s to 7.8s.", "canonical_answer": "alarm from back and below.", "answer_meta": {"time_span": [0.7, 7.8]}}
{"qa_id": "qa_441193880c6693b03781", "split": "test", "audio_id": "foa_f2d1b2b00ea377c55c92", "audio_path": "audio/test/foa_f2d1b2b00ea377c55c92.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_2c1c29e1f323fa9bc27e", "split": "test", "audio_id": "foa_f0c1c58d476cc70b2c7e", "audio_path": "audio/test/foa_f0c1c58d476cc70b2c7e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the body sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The body sound is heard from front during 0.0s to 0.3s.", "canonical_answer": "body sound from front.", "answer_meta": {"time_span": [0.0, 0.3]}}
{"qa_id": "qa_e7ece33f159d7e7a1466", "split": "test", "audio_id": "foa_f63e650f1769cb5284c2", "audio_path": "audio/test/foa_f63e650f1769cb5284c2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the footsteps or the singing? Answer in one sentence.", "answer": "The footsteps are closer to the listener than the singing.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_d2e867d8054813e17934", "split": "test", "audio_id": "foa_17f48114e6a4c00eae57", "audio_path": "audio/test/foa_17f48114e6a4c00eae57.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the sound of rain or the sound of singing coming from a higher elevation? Answer in one sentence.", "answer": "The sound of rain originates from a higher elevation than the singing.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_ff65858bce9c62cf4509", "split": "test", "audio_id": "foa_3cea80ef518fdb4773d6", "audio_path": "audio/test/foa_3cea80ef518fdb4773d6.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to ocean, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the right of ocean.", "canonical_answer": "appliance is to the right of ocean.", "answer_meta": {}}
{"qa_id": "qa_b4d55d270203325dad6f", "split": "test", "audio_id": "foa_dc96cffa612f533fdc4f", "audio_path": "audio/test/foa_dc96cffa612f533fdc4f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the tape or the train positioned at a higher elevation? Answer in one sentence.", "answer": "The tape is at a higher elevation than the train.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_de0a840cb22823227101", "split": "test", "audio_id": "foa_fc7b3b2e6e5cd04f6c98", "audio_path": "audio/test/foa_fc7b3b2e6e5cd04f6c98.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the left of tool.", "canonical_answer": "appliance is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_5441c9329257c0c0e4dd", "split": "test", "audio_id": "foa_e9fa550ff5012844a7f7", "audio_path": "audio/test/foa_e9fa550ff5012844a7f7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source, the appliance or the singing, is positioned closer to the listener? Answer in one sentence.", "answer": "The appliance is closer to the listener than the singing.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_6edbe39bb93bc1ded58f", "split": "test", "audio_id": "foa_0c1ab0759dbfabc10c05", "audio_path": "audio/test/foa_0c1ab0759dbfabc10c05.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is aircraft.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_63ad87bdb1ccc850aa02", "split": "test", "audio_id": "foa_d74d3acc7d4fcc6567e9", "audio_path": "audio/test/foa_d74d3acc7d4fcc6567e9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 5.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from right during 0.3s to 5.3s.", "canonical_answer": "speech from right.", "answer_meta": {"time_span": [0.3, 5.3]}}
{"qa_id": "qa_d956d9f6ec3a1945ba3b", "split": "test", "audio_id": "foa_19767f141d0e4ed001ee", "audio_path": "audio/test/foa_19767f141d0e4ed001ee.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is singing to the left or right of wind? Answer in one sentence.", "answer": "singing is to the left of wind.", "canonical_answer": "singing is to the left of wind.", "answer_meta": {}}
{"qa_id": "qa_d04afd08f9b32f57b03f", "split": "test", "audio_id": "foa_9b5b466460f9ba28fc4d", "audio_path": "audio/test/foa_9b5b466460f9ba28fc4d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the speech and the train, which source is located closer to the listener? Answer in one sentence.", "answer": "The speech is closer to the listener than the train.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_211ba97289e008ea13a9", "split": "test", "audio_id": "foa_c6a83e89ec7e9fa0e309", "audio_path": "audio/test/foa_c6a83e89ec7e9fa0e309.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the male speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The male speech is heard from back-right during 1.0s to 20.0s.", "canonical_answer": "male speech from back-right.", "answer_meta": {"time_span": [1.0, 20.0]}}
{"qa_id": "qa_22411e7b2e5bd420118e", "split": "test", "audio_id": "foa_e3a5d7d55cb85ccd1b52", "audio_path": "audio/test/foa_e3a5d7d55cb85ccd1b52.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_f41172ac9e669ed8b1ba", "split": "test", "audio_id": "foa_161357c04c0d608f0265", "audio_path": "audio/test/foa_161357c04c0d608f0265.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the speech and the vehicle, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The speech is located at a higher elevation than the vehicle.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_a5f6755c6d47696acf52", "split": "test", "audio_id": "foa_d28df4e3148c088702c5", "audio_path": "audio/test/foa_d28df4e3148c088702c5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the alarm occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The alarm is heard from right during 0.0s to 20.0s.", "canonical_answer": "alarm from right.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_216c9b4e9f2caa375604", "split": "test", "audio_id": "foa_469d79f44d9c9e4b205d", "audio_path": "audio/test/foa_469d79f44d9c9e4b205d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_b69cf828b7a7a592e873", "split": "test", "audio_id": "foa_0bf18ad6891907cd0d6a", "audio_path": "audio/test/foa_0bf18ad6891907cd0d6a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the rain and the train, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The train is closer to the listener than the rain.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_a09c51b2620fb13cb5f3", "split": "test", "audio_id": "foa_3e10d47c2df23234c8b2", "audio_path": "audio/test/foa_3e10d47c2df23234c8b2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of gong? Answer in one sentence.", "answer": "aircraft is to the left of gong.", "canonical_answer": "aircraft is to the left of gong.", "answer_meta": {}}
{"qa_id": "qa_6b791290563d20310453", "split": "test", "audio_id": "foa_d3bd27022612fb79d972", "audio_path": "audio/test/foa_d3bd27022612fb79d972.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned at a higher elevation, the footsteps or the writing? Answer in one sentence.", "answer": "The footsteps are at a higher elevation than the writing.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_642add575799d7db1ae2", "split": "test", "audio_id": "foa_6c7cd1f549766ae889f5", "audio_path": "audio/test/foa_6c7cd1f549766ae889f5.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to ocean, is gong on the left or on the right? Answer in one sentence.", "answer": "gong is to the left of ocean.", "canonical_answer": "gong is to the left of ocean.", "answer_meta": {}}
{"qa_id": "qa_d1f13220afde6dde1d4e", "split": "test", "audio_id": "foa_3491de02b58a93d5a71a", "audio_path": "audio/test/foa_3491de02b58a93d5a71a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the keyboard instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The keyboard instrument is heard from front and above during 0.0s to 0.8s.", "canonical_answer": "keyboard instrument from front and above.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_b6adeae434d319c3f050", "split": "test", "audio_id": "foa_771e592ee68e3fcf08b7", "audio_path": "audio/test/foa_771e592ee68e3fcf08b7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the musical instrument and the speech, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The musical instrument is closer to the listener than the speech.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_b4e095bdc9ac1cab9fa6", "split": "test", "audio_id": "foa_9bf418cc5c5159e9f196", "audio_path": "audio/test/foa_9bf418cc5c5159e9f196.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_026140ae1453cc2fd510", "split": "test", "audio_id": "foa_68a200f9219095c01dae", "audio_path": "audio/test/foa_68a200f9219095c01dae.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the zipper, which sound is positioned at a higher elevation? Answer in one sentence.", "answer": "The footsteps are at a higher elevation than the zipper.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_e3f9b09cd72885574a39", "split": "test", "audio_id": "foa_5fe5449b2dc8f46f8302", "audio_path": "audio/test/foa_5fe5449b2dc8f46f8302.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_bd18f9fa537de431f3d4", "split": "test", "audio_id": "foa_ff128015c0e7ba0b4de7", "audio_path": "audio/test/foa_ff128015c0e7ba0b4de7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the aircraft and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The singing is at a higher elevation than the aircraft.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_78f396d4bfc6f1fb51c9", "split": "test", "audio_id": "foa_0eaf1dd510ff423d33c0", "audio_path": "audio/test/foa_0eaf1dd510ff423d33c0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to cat, is car on the left or on the right? Answer in one sentence.", "answer": "car is to the left of cat.", "canonical_answer": "car is to the left of cat.", "answer_meta": {}}
{"qa_id": "qa_9bac952c7940f2c6327a", "split": "test", "audio_id": "foa_a068ae9b42548c6c6843", "audio_path": "audio/test/foa_a068ae9b42548c6c6843.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the metal clink occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The metal clink is heard from front-left during 5.7s to 16.3s.", "canonical_answer": "metal clink from front-left.", "answer_meta": {"time_span": [5.7, 16.3]}}
{"qa_id": "qa_1589519c55c8a753c6e1", "split": "test", "audio_id": "foa_50853f58953173cdde02", "audio_path": "audio/test/foa_50853f58953173cdde02.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the breathing and the knock, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The knock is closer to the listener than the breathing.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_5603cfb3020d1aca6572", "split": "test", "audio_id": "foa_d948815168ea9ea655a3", "audio_path": "audio/test/foa_d948815168ea9ea655a3.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_8bf55e651d606b6ad2c1", "split": "test", "audio_id": "foa_ca2bdae871973a17159e", "audio_path": "audio/test/foa_ca2bdae871973a17159e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.8s to 7.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The thunderstorm is heard from back-right and below during 0.8s to 7.0s.", "canonical_answer": "thunderstorm from back-right and below.", "answer_meta": {"time_span": [0.8, 7.0]}}
{"qa_id": "qa_83aeff8a5c08048a8b4e", "split": "test", "audio_id": "foa_7caef772ec5003a47a8b", "audio_path": "audio/test/foa_7caef772ec5003a47a8b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is clock to the left or right of singing? Answer in one sentence.", "answer": "clock is to the right of singing.", "canonical_answer": "clock is to the right of singing.", "answer_meta": {}}
{"qa_id": "qa_bf381c2abab4232a592a", "split": "test", "audio_id": "foa_5989de02d9c1bd0906bd", "audio_path": "audio/test/foa_5989de02d9c1bd0906bd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the laughter and the singing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the laughter.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_cae5c969e280de2cd855", "split": "test", "audio_id": "foa_fc77eaa94a5b59ca6c21", "audio_path": "audio/test/foa_fc77eaa94a5b59ca6c21.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cooking and the zipper, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The zipper is located at a higher elevation than the cooking.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_d37a83b76124af7bb01e", "split": "test", "audio_id": "foa_2c7201fa3f863a47860b", "audio_path": "audio/test/foa_2c7201fa3f863a47860b.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to door, is alarm on the left or on the right? Answer in one sentence.", "answer": "alarm is to the right of door.", "canonical_answer": "alarm is to the right of door.", "answer_meta": {}}
{"qa_id": "qa_5f51aa3e771c7fcf2c8d", "split": "test", "audio_id": "foa_fa3d86b00f46d25a3b9b", "audio_path": "audio/test/foa_fa3d86b00f46d25a3b9b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_3e35da0286b6ff2621a3", "split": "test", "audio_id": "foa_6d59d59aae9cda30fd90", "audio_path": "audio/test/foa_6d59d59aae9cda30fd90.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, cooking or insect? Answer in one sentence.", "answer": "The insect is positioned at a greater height compared to the cooking sound.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_d65120d87d3f0d45c9ba", "split": "test", "audio_id": "foa_0ed4cb40e79386782777", "audio_path": "audio/test/foa_0ed4cb40e79386782777.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 4.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from left during 0.4s to 4.2s.", "canonical_answer": "speech from left.", "answer_meta": {"time_span": [0.4, 4.2]}}
{"qa_id": "qa_7d39b0b815d29a67130b", "split": "test", "audio_id": "foa_4d636012961b7e7e6fa6", "audio_path": "audio/test/foa_4d636012961b7e7e6fa6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the frog, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The appliance is closer to the listener than the frog.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_b99d54ee62a73884ef91", "split": "test", "audio_id": "foa_430cbce4ed57117bbd4d", "audio_path": "audio/test/foa_430cbce4ed57117bbd4d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the body sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The body sound is heard from front-right and above during 0.8s to 2.5s.", "canonical_answer": "body sound from front-right and above.", "answer_meta": {"time_span": [0.8, 2.5]}}
{"qa_id": "qa_89628f8aa5c437d4117a", "split": "test", "audio_id": "foa_3e2b3dd91ecffcbf700a", "audio_path": "audio/test/foa_3e2b3dd91ecffcbf700a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the aircraft and the knock, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The aircraft is the sound source that is closer to the listener.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_9dca4892a935c0f24035", "split": "test", "audio_id": "foa_3f604eee68081b3e5353", "audio_path": "audio/test/foa_3f604eee68081b3e5353.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the thunderstorm or the wind instrument located at a higher elevation? Answer in one sentence.", "answer": "The wind instrument is positioned at a higher elevation than the thunderstorm.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_2b39180a97c6be9ca041", "split": "test", "audio_id": "foa_6df84dea31f0e652c40f", "audio_path": "audio/test/foa_6df84dea31f0e652c40f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_c5c97312d93c289567fa", "split": "test", "audio_id": "foa_f663c2a385525f64efab", "audio_path": "audio/test/foa_f663c2a385525f64efab.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bell to the left or right of footsteps? Answer in one sentence.", "answer": "bell is to the left of footsteps.", "canonical_answer": "bell is to the left of footsteps.", "answer_meta": {}}
{"qa_id": "qa_2a0ffa22c42c2d14f8ef", "split": "test", "audio_id": "foa_d192efb7b6ad07be4e93", "audio_path": "audio/test/foa_d192efb7b6ad07be4e93.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is bird.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_fd6bc165a931b3eb6360", "split": "test", "audio_id": "foa_58dafb31a51d5e0bdcda", "audio_path": "audio/test/foa_58dafb31a51d5e0bdcda.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 6.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The wind instrument is heard from front-right during 0.0s to 6.4s.", "canonical_answer": "wind instrument from front-right.", "answer_meta": {"time_span": [0.0, 6.4]}}
{"qa_id": "qa_266e10d8f4e31b25ea8a", "split": "test", "audio_id": "foa_a8e3b638e22ce2a7da70", "audio_path": "audio/test/foa_a8e3b638e22ce2a7da70.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the body sound or the crackle? Answer in one sentence.", "answer": "The crackle is at a higher elevation than the body sound.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_965f6876c77d39728516", "split": "test", "audio_id": "foa_013e9237d27fe91a8904", "audio_path": "audio/test/foa_013e9237d27fe91a8904.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is paper to the left or right of vehicle? Answer in one sentence.", "answer": "paper is to the left of vehicle.", "canonical_answer": "paper is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_164ab4626cff666b41ab", "split": "test", "audio_id": "foa_d57a4227b4fe4f6a9b7a", "audio_path": "audio/test/foa_d57a4227b4fe4f6a9b7a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the vehicle, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The alarm is closer to the listener than the vehicle.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_2284b918960785019762", "split": "test", "audio_id": "foa_23502a91ee3a6d86319e", "audio_path": "audio/test/foa_23502a91ee3a6d86319e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the keyboard instrument and the water, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The water is closer to the listener than the keyboard instrument.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_6016e0021c1bb7e2f712", "split": "test", "audio_id": "foa_de05a7ec281e25395e6a", "audio_path": "audio/test/foa_de05a7ec281e25395e6a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 0.7s, what source is active and where is it located? Answer in one sentence.", "answer": "The body sound is heard from front during 0.3s to 0.7s.", "canonical_answer": "body sound from front.", "answer_meta": {"time_span": [0.3, 0.7]}}
{"qa_id": "qa_1dd602d510bc7b4d93c2", "split": "test", "audio_id": "foa_e91bbff5428b5925c183", "audio_path": "audio/test/foa_e91bbff5428b5925c183.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_1f2f977f8908ebd2cc50", "split": "test", "audio_id": "foa_e22e618b6c46337c1f53", "audio_path": "audio/test/foa_e22e618b6c46337c1f53.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is breathing to the left or right of door? Answer in one sentence.", "answer": "breathing is to the left of door.", "canonical_answer": "breathing is to the left of door.", "answer_meta": {}}
{"qa_id": "qa_be9948c9d454b59f24ba", "split": "test", "audio_id": "foa_abb4dac4624d8295f1bb", "audio_path": "audio/test/foa_abb4dac4624d8295f1bb.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the door and the water, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The door is at a higher elevation than the water.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_ed21e62454c5e9f7ced5", "split": "test", "audio_id": "foa_db0bced48f3ba022510f", "audio_path": "audio/test/foa_db0bced48f3ba022510f.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the frog or the string instrument, is positioned closer to the listener? Answer in one sentence.", "answer": "The frog is closer to the listener than the string instrument.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_164ae1cf004b54c8f83f", "split": "test", "audio_id": "foa_a18a811159c29e23f9a6", "audio_path": "audio/test/foa_a18a811159c29e23f9a6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_442a03ebd5746af1c99e", "split": "test", "audio_id": "foa_f214681af383cae4226b", "audio_path": "audio/test/foa_f214681af383cae4226b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the wind or the wood, is positioned at a higher elevation? Answer in one sentence.", "answer": "The wood is located at a higher elevation than the wind.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_ba78a07e632fd6b34ded", "split": "test", "audio_id": "foa_a26ddca6e910c7e37ca7", "audio_path": "audio/test/foa_a26ddca6e910c7e37ca7.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 9.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The wind instrument is heard from left and below during 0.6s to 9.3s.", "canonical_answer": "wind instrument from left and below.", "answer_meta": {"time_span": [0.6, 9.3]}}
{"qa_id": "qa_10b45233522361296be8", "split": "test", "audio_id": "foa_dcf0f9bf14bfc1eb2791", "audio_path": "audio/test/foa_dcf0f9bf14bfc1eb2791.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of footsteps? Answer in one sentence.", "answer": "aircraft is to the left of footsteps.", "canonical_answer": "aircraft is to the left of footsteps.", "answer_meta": {}}
{"qa_id": "qa_166c7ba702b6ea8ed76f", "split": "test", "audio_id": "foa_1ee1a261a81e638ecd98", "audio_path": "audio/test/foa_1ee1a261a81e638ecd98.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the musical instrument and the vehicle, which one is located closer to the listener? Answer in one sentence.", "answer": "The vehicle is closer to the listener than the musical instrument.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_7b9519dbcb188599000c", "split": "test", "audio_id": "foa_0de6296c1c344c3b7f79", "audio_path": "audio/test/foa_0de6296c1c344c3b7f79.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the bird and the ocean, which source is located at a higher elevation? Answer in one sentence.", "answer": "The bird is located at a higher elevation than the ocean.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_fde25380a2468b06efd9", "split": "test", "audio_id": "foa_599affff72958d225a2d", "audio_path": "audio/test/foa_599affff72958d225a2d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is home sound on the left or on the right? Answer in one sentence.", "answer": "home sound is to the right of water.", "canonical_answer": "home sound is to the right of water.", "answer_meta": {}}
{"qa_id": "qa_ce8ce29102a0f8f2b859", "split": "test", "audio_id": "foa_8653de2987c4a4bbbf72", "audio_path": "audio/test/foa_8653de2987c4a4bbbf72.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_a3009f488c6809d9587b", "split": "test", "audio_id": "foa_67b98b97996d639803dd", "audio_path": "audio/test/foa_67b98b97996d639803dd.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the metal clink occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The metal clink is heard from right and below during 0.0s to 3.1s.", "canonical_answer": "metal clink from right and below.", "answer_meta": {"time_span": [0.0, 3.1]}}
{"qa_id": "qa_d28fb4711ecf70e526a1", "split": "test", "audio_id": "foa_4e642b3997d93bef1bc8", "audio_path": "audio/test/foa_4e642b3997d93bef1bc8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to vehicle, is crackle on the left or on the right? Answer in one sentence.", "answer": "crackle is to the left of vehicle.", "canonical_answer": "crackle is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_71fcb1da3c54bc472890", "split": "test", "audio_id": "foa_f8a0e96fb12b2dfb463e", "audio_path": "audio/test/foa_f8a0e96fb12b2dfb463e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the body sound and the scratch, which source is located closer to the listener? Answer in one sentence.", "answer": "The scratch is closer to the listener than the body sound.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_6360bbfba078f18c464b", "split": "test", "audio_id": "foa_d2a2175f6dcf54a2a598", "audio_path": "audio/test/foa_d2a2175f6dcf54a2a598.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the gong and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The gong is located at a higher elevation than the singing.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_3ab71266e48d588afb67", "split": "test", "audio_id": "foa_f7db5879d2f77a1509ca", "audio_path": "audio/test/foa_f7db5879d2f77a1509ca.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The body sound is heard from back-right during 0.0s to 0.1s.", "canonical_answer": "body sound from back-right.", "answer_meta": {"time_span": [0.0, 0.1]}}
{"qa_id": "qa_55c54684c724dcf02ca0", "split": "test", "audio_id": "foa_b3be800e6d8a5e14da5e", "audio_path": "audio/test/foa_b3be800e6d8a5e14da5e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is bell.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_3c13a4ccb7e689d4f0f1", "split": "test", "audio_id": "foa_4151275f413311055c28", "audio_path": "audio/test/foa_4151275f413311055c28.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drawer cabinet to the left or right of frog? Answer in one sentence.", "answer": "drawer cabinet is to the right of frog.", "canonical_answer": "drawer cabinet is to the right of frog.", "answer_meta": {}}
{"qa_id": "qa_169dc4115f17ce070bcf", "split": "test", "audio_id": "foa_5d9ac1ca9cb2f3b13d12", "audio_path": "audio/test/foa_5d9ac1ca9cb2f3b13d12.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from back-right and below during 0.6s to 12.4s.", "canonical_answer": "speech from back-right and below.", "answer_meta": {"time_span": [0.6, 12.4]}}
{"qa_id": "qa_705184f0e3adb53bff60", "split": "test", "audio_id": "foa_4f3ea0c3c558b344e4a3", "audio_path": "audio/test/foa_4f3ea0c3c558b344e4a3.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the appliance and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The printer is at a higher elevation than the appliance.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_333a7dc42f1d847c38f1", "split": "test", "audio_id": "foa_14b405454123fa93f0ab", "audio_path": "audio/test/foa_14b405454123fa93f0ab.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_3c54bf531d23de8c79fa", "split": "test", "audio_id": "foa_820deb9535f295a7983c", "audio_path": "audio/test/foa_820deb9535f295a7983c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the camera or the guitar? Answer in one sentence.", "answer": "The camera is closer to the listener than the guitar.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_9939dae099d4e811a8fa", "split": "test", "audio_id": "foa_a0432544cd465f0415e2", "audio_path": "audio/test/foa_a0432544cd465f0415e2.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the frog or the string instrument located at a higher elevation? Answer in one sentence.", "answer": "The string instrument is at a greater elevation than the frog.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_916b6f1d7f5a46f4d234", "split": "test", "audio_id": "foa_034e9d67a5f37f918036", "audio_path": "audio/test/foa_034e9d67a5f37f918036.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of war sound? Answer in one sentence.", "answer": "cooking is to the left of war sound.", "canonical_answer": "cooking is to the left of war sound.", "answer_meta": {}}
{"qa_id": "qa_7d1ee7cc51a24bfcd9c8", "split": "test", "audio_id": "foa_980877086534a6506602", "audio_path": "audio/test/foa_980877086534a6506602.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sound sources, the drawer cabinet or the typing, is positioned closer to the listener? Answer in one sentence.", "answer": "The typing sound is closer to the listener than the drawer cabinet.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_750bdd0b6af9af0324e2", "split": "test", "audio_id": "foa_2a2049985113a6b57e93", "audio_path": "audio/test/foa_2a2049985113a6b57e93.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_7a1f99fc93a4c8fb0a55", "split": "test", "audio_id": "foa_f7c4261b0e5b83cd242e", "audio_path": "audio/test/foa_f7c4261b0e5b83cd242e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the ocean occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The ocean is heard from back-left and above during 1.7s to 11.1s.", "canonical_answer": "ocean from back-left and above.", "answer_meta": {"time_span": [1.7, 11.1]}}
{"qa_id": "qa_66304276dd3e5ea0fd18", "split": "test", "audio_id": "foa_cdaeeda9cea5e57c1584", "audio_path": "audio/test/foa_cdaeeda9cea5e57c1584.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_4526ff9429de5e5bb2da", "split": "test", "audio_id": "foa_8d208a58deb64ca66da1", "audio_path": "audio/test/foa_8d208a58deb64ca66da1.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is scratch on the left or on the right? Answer in one sentence.", "answer": "scratch is to the right of tearing.", "canonical_answer": "scratch is to the right of tearing.", "answer_meta": {}}
{"qa_id": "qa_3329be29172d1ad9a562", "split": "test", "audio_id": "foa_27fbc92583f5a4b12c52", "audio_path": "audio/test/foa_27fbc92583f5a4b12c52.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the percussion and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The printer is at a higher elevation than the percussion.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_deee6e44648d538b2a54", "split": "test", "audio_id": "foa_150cc6e262618dbfbace", "audio_path": "audio/test/foa_150cc6e262618dbfbace.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the guitar occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The guitar is heard from front-left and above during 0.0s to 3.4s.", "canonical_answer": "guitar from front-left and above.", "answer_meta": {"time_span": [0.0, 3.4]}}
{"qa_id": "qa_f3a42be009cbd0547c35", "split": "test", "audio_id": "foa_257be0a4bd5a2d2783a8", "audio_path": "audio/test/foa_257be0a4bd5a2d2783a8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the camera or the thunderstorm? Answer in one sentence.", "answer": "The camera is located closer to the listener than the thunderstorm.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_6f9e3a0a3b4713c78b1f", "split": "test", "audio_id": "foa_c41fc0f7865ae8772bab", "audio_path": "audio/test/foa_c41fc0f7865ae8772bab.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_42b4e4448c1eac2d919f", "split": "test", "audio_id": "foa_3c51fa7c8240d702f481", "audio_path": "audio/test/foa_3c51fa7c8240d702f481.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the camera and the ocean, which source is located at a higher elevation? Answer in one sentence.", "answer": "The camera is at a higher elevation than the ocean.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_48b3de067a372085747c", "split": "test", "audio_id": "foa_fbd206b5313c4bba1c76", "audio_path": "audio/test/foa_fbd206b5313c4bba1c76.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the laughter and the tool sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The laughter is closer to the listener than the tool.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_935d30d97ff5a13a5bc0", "split": "test", "audio_id": "foa_3ba34c699f74b085f3ec", "audio_path": "audio/test/foa_3ba34c699f74b085f3ec.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to human vocalization, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the left of human vocalization.", "canonical_answer": "appliance is to the left of human vocalization.", "answer_meta": {}}
{"qa_id": "qa_e7ddc0e221c4f0abd993", "split": "test", "audio_id": "foa_4076e3ffc95315cfd322", "audio_path": "audio/test/foa_4076e3ffc95315cfd322.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.1s to 9.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The keyboard instrument is heard from back-right and above during 0.1s to 9.2s.", "canonical_answer": "keyboard instrument from back-right and above.", "answer_meta": {"time_span": [0.1, 9.2]}}
{"qa_id": "qa_75a24b0093bd17085da5", "split": "test", "audio_id": "foa_9414ec0c80663e9d6d01", "audio_path": "audio/test/foa_9414ec0c80663e9d6d01.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is body sound.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_1a36c60fb7f062f079bc", "split": "test", "audio_id": "foa_200cc96d640b093ed5c3", "audio_path": "audio/test/foa_200cc96d640b093ed5c3.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the frog and the singing, which sound is positioned at a higher elevation? Answer in one sentence.", "answer": "The frog is located at a higher elevation than the singing.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_365c6914b85f8ffc574d", "split": "test", "audio_id": "foa_493e4478de90812f0397", "audio_path": "audio/test/foa_493e4478de90812f0397.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is closer to the listener, the alarm or the cat? Answer in one sentence.", "answer": "The cat is closer to the listener than the alarm.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_c665097687ac6d2fca04", "split": "test", "audio_id": "foa_1b9d9e1084d734968cf5", "audio_path": "audio/test/foa_1b9d9e1084d734968cf5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from back-right during 0.6s to 7.4s.", "canonical_answer": "speech from back-right.", "answer_meta": {"time_span": [0.6, 7.4]}}
{"qa_id": "qa_cafd000dd10c0bed5b73", "split": "test", "audio_id": "foa_6194a81ffe804bec3ac4", "audio_path": "audio/test/foa_6194a81ffe804bec3ac4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is rain to the left or right of wind? Answer in one sentence.", "answer": "rain is to the left of wind.", "canonical_answer": "rain is to the left of wind.", "answer_meta": {}}
{"qa_id": "qa_db9e65df8a25cf1d7689", "split": "test", "audio_id": "foa_ae9453f91365d04208d8", "audio_path": "audio/test/foa_ae9453f91365d04208d8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the fire and the speech, which source is located closer to the listener? Answer in one sentence.", "answer": "The fire is closer to the listener than the speech.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_ad957b2b11c9b5acb2c5", "split": "test", "audio_id": "foa_177534feeaf242c21c8f", "audio_path": "audio/test/foa_177534feeaf242c21c8f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the door or the wind instrument positioned at a higher elevation? Answer in one sentence.", "answer": "The wind instrument is located at a higher elevation than the door.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_53edbde2c681605202a5", "split": "test", "audio_id": "foa_1c0522a95abd35b28b71", "audio_path": "audio/test/foa_1c0522a95abd35b28b71.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 3.6s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The home sound is heard from front and above during 3.6s to 20.0s.", "canonical_answer": "home sound from front and above.", "answer_meta": {"time_span": [3.6, 20.0]}}
{"qa_id": "qa_a86d485d1b85d5adcce8", "split": "test", "audio_id": "foa_b8fe84d45143e7ac2d8e", "audio_path": "audio/test/foa_b8fe84d45143e7ac2d8e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is gong.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_bbbfe75d686559b7d38a", "split": "test", "audio_id": "foa_c271f0a14649efc08509", "audio_path": "audio/test/foa_c271f0a14649efc08509.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is laughter to the left or right of thunderstorm? Answer in one sentence.", "answer": "laughter is to the left of thunderstorm.", "canonical_answer": "laughter is to the left of thunderstorm.", "answer_meta": {}}
{"qa_id": "qa_d4082d0263a456be8c1c", "split": "test", "audio_id": "foa_fc2888f648b300b9b0f5", "audio_path": "audio/test/foa_fc2888f648b300b9b0f5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the singing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The singing is heard from front during 0.0s to 1.4s.", "canonical_answer": "singing from front.", "answer_meta": {"time_span": [0.0, 1.4]}}
{"qa_id": "qa_ccfdf88667e584d3063e", "split": "test", "audio_id": "foa_4fe521caec916902f300", "audio_path": "audio/test/foa_4fe521caec916902f300.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_3503f56686b1b07e50e1", "split": "test", "audio_id": "foa_fa12cc366b98d97381d7", "audio_path": "audio/test/foa_fa12cc366b98d97381d7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to paper, is breathing on the left or on the right? Answer in one sentence.", "answer": "breathing is to the right of paper.", "canonical_answer": "breathing is to the right of paper.", "answer_meta": {}}
{"qa_id": "qa_3c5d4fbeb8c5793fac79", "split": "test", "audio_id": "foa_041909bb4276b10f7824", "audio_path": "audio/test/foa_041909bb4276b10f7824.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the insect or the tape? Answer in one sentence.", "answer": "The insect is closer to the listener than the tape.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_060b7585cd5ffb15b325", "split": "test", "audio_id": "foa_85bfa6949ea47c57fa1c", "audio_path": "audio/test/foa_85bfa6949ea47c57fa1c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the appliance or the metal clink located at a higher elevation? Answer in one sentence.", "answer": "The metal clink is located at a higher elevation than the appliance.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_d1212aeaa32fc37d91eb", "split": "test", "audio_id": "foa_6ca3ea6007c536a02b03", "audio_path": "audio/test/foa_6ca3ea6007c536a02b03.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is female speech.", "canonical_answer": "female speech", "answer_meta": {}}
{"qa_id": "qa_d9fd5f32021a627bfc16", "split": "test", "audio_id": "foa_447b56e3c4615793a209", "audio_path": "audio/test/foa_447b56e3c4615793a209.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 4.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The writing is heard from front-right and above during 0.0s to 4.5s.", "canonical_answer": "writing from front-right and above.", "answer_meta": {"time_span": [0.0, 4.5]}}
{"qa_id": "qa_b40ee771cbf4ec78222b", "split": "test", "audio_id": "foa_8336e78effa41cfb4767", "audio_path": "audio/test/foa_8336e78effa41cfb4767.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crushing sound and the wind, which one is located closer to the listener? Answer in one sentence.", "answer": "The wind is closer to the listener than the crushing sound.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_c341d32df7ffe8d71e2a", "split": "test", "audio_id": "foa_5c1cb39e95155316148a", "audio_path": "audio/test/foa_5c1cb39e95155316148a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to typing, is car on the left or on the right? Answer in one sentence.", "answer": "car is to the right of typing.", "canonical_answer": "car is to the right of typing.", "answer_meta": {}}
{"qa_id": "qa_2d4b72d4a01c602f6393", "split": "test", "audio_id": "foa_60cab26f839b96ce5ade", "audio_path": "audio/test/foa_60cab26f839b96ce5ade.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cat and the singing, which sound source is positioned higher in elevation? Answer in one sentence.", "answer": "The cat is located at a higher elevation than the singing.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_1cc509c7ff2a62c6c0bb", "split": "test", "audio_id": "foa_002e9886bc3302bd877e", "audio_path": "audio/test/foa_002e9886bc3302bd877e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_1a00d0e111a6cda4dcaf", "split": "test", "audio_id": "foa_76f704833325d083bb6d", "audio_path": "audio/test/foa_76f704833325d083bb6d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bird to the left or right of clock? Answer in one sentence.", "answer": "bird is to the left of clock.", "canonical_answer": "bird is to the left of clock.", "answer_meta": {}}
{"qa_id": "qa_e54a88dcbc7747e8bfe5", "split": "test", "audio_id": "foa_d9e15d749fe297ecd259", "audio_path": "audio/test/foa_d9e15d749fe297ecd259.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the female speech or the tool, is positioned closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the female speech.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_d6ac5f39ad7fe011f401", "split": "test", "audio_id": "foa_efb2be90d88d8f50e7e9", "audio_path": "audio/test/foa_efb2be90d88d8f50e7e9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the footsteps located at a higher elevation? Answer in one sentence.", "answer": "The footsteps are at a higher elevation than the dog.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_e1221f2f0d9d5d443da8", "split": "test", "audio_id": "foa_ea3f81bbcad278c442c6", "audio_path": "audio/test/foa_ea3f81bbcad278c442c6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the water occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The water is heard from front during 0.0s to 8.0s.", "canonical_answer": "water from front.", "answer_meta": {"time_span": [0.0, 8.0]}}
{"qa_id": "qa_f8dbfcb5faab7a58eec1", "split": "test", "audio_id": "foa_9d79983bc83767d13546", "audio_path": "audio/test/foa_9d79983bc83767d13546.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is speech to the left or right of tearing? Answer in one sentence.", "answer": "speech is to the right of tearing.", "canonical_answer": "speech is to the right of tearing.", "answer_meta": {}}
{"qa_id": "qa_c0f1e9a7e5a7136e48b6", "split": "test", "audio_id": "foa_730cded0947313a7ced7", "audio_path": "audio/test/foa_730cded0947313a7ced7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_c1d7a9e97aff74d187c6", "split": "test", "audio_id": "foa_fd72eee189a9799cf8a7", "audio_path": "audio/test/foa_fd72eee189a9799cf8a7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking and the zipper sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The cooking sound is closer to the listener than the zipper sound.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_48e375597686d88c2fbc", "split": "test", "audio_id": "foa_b59ee9f68ce77fd4f96d", "audio_path": "audio/test/foa_b59ee9f68ce77fd4f96d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the clock or the tape positioned at a higher elevation? Answer in one sentence.", "answer": "The clock is located at a higher elevation than the tape.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_ca448711217f764f1ebb", "split": "test", "audio_id": "foa_649483338e37a386c666", "audio_path": "audio/test/foa_649483338e37a386c666.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 3.1s, what source is active and where is it located? Answer in one sentence.", "answer": "The laughter is heard from left and below during 0.0s to 3.1s.", "canonical_answer": "laughter from left and below.", "answer_meta": {"time_span": [0.0, 3.1]}}
{"qa_id": "qa_7adee9922df25e18c86a", "split": "test", "audio_id": "foa_de61925856d5432ab74d", "audio_path": "audio/test/foa_de61925856d5432ab74d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.1s to 1.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The kitchenware is heard from right during 1.1s to 1.6s.", "canonical_answer": "kitchenware from right.", "answer_meta": {"time_span": [1.1, 1.6]}}
{"qa_id": "qa_2c4d464ac72a78461c6f", "split": "test", "audio_id": "foa_253ca1c5b3e2e853cf14", "audio_path": "audio/test/foa_253ca1c5b3e2e853cf14.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the cat or the crack? Answer in one sentence.", "answer": "The crack is closer to the listener than the cat.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_9efe453167e3bf49b230", "split": "test", "audio_id": "foa_f7962b6e22ef568ffb3e", "audio_path": "audio/test/foa_f7962b6e22ef568ffb3e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to zipper, is wind on the left or on the right? Answer in one sentence.", "answer": "wind is to the left of zipper.", "canonical_answer": "wind is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_4d8bc4986d369b3c64ff", "split": "test", "audio_id": "foa_cd4b1e6ceb39824afee0", "audio_path": "audio/test/foa_cd4b1e6ceb39824afee0.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is musical instrument.", "canonical_answer": "musical instrument", "answer_meta": {}}
{"qa_id": "qa_2c3d2d2dbafef4f48b5c", "split": "test", "audio_id": "foa_97312fa1d4e1945ced46", "audio_path": "audio/test/foa_97312fa1d4e1945ced46.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the thunderstorm and the writing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The thunderstorm is at a higher elevation than the writing.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_97adba77a4806433bca7", "split": "test", "audio_id": "foa_2acae93d5d105bde1f34", "audio_path": "audio/test/foa_2acae93d5d105bde1f34.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the frog and the laughter, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The frog is closer to the listener than the laughter.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_e9d60348926204237082", "split": "test", "audio_id": "foa_e88e673c877bf26b9e8f", "audio_path": "audio/test/foa_e88e673c877bf26b9e8f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_d94136eeaf8c34174047", "split": "test", "audio_id": "foa_c2c60a1c166ab09f34a7", "audio_path": "audio/test/foa_c2c60a1c166ab09f34a7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to zipper, is car on the left or on the right? Answer in one sentence.", "answer": "car is to the left of zipper.", "canonical_answer": "car is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_98912032e64579607818", "split": "test", "audio_id": "foa_6f08677f11036521352b", "audio_path": "audio/test/foa_6f08677f11036521352b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the sound of the writing or the gong originating from a higher elevation? Answer in one sentence.", "answer": "The sound of writing originates from a higher elevation than the gong.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_bd9bba21d2565d2b71b2", "split": "test", "audio_id": "foa_90b27ff7c0bac2648f33", "audio_path": "audio/test/foa_90b27ff7c0bac2648f33.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.3s to 10.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The water is heard from back-right during 0.3s to 10.2s.", "canonical_answer": "water from back-right.", "answer_meta": {"time_span": [0.3, 10.2]}}
{"qa_id": "qa_32a6a7ee83d9f7aa9aa3", "split": "test", "audio_id": "foa_0a8a11851b7b62b5dd73", "audio_path": "audio/test/foa_0a8a11851b7b62b5dd73.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is printer.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_ef15175036cea411eb42", "split": "test", "audio_id": "foa_4096e31954a616cdd78b", "audio_path": "audio/test/foa_4096e31954a616cdd78b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the rain or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the rain.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_4afae914fb81af5e9376", "split": "test", "audio_id": "foa_344674818f6de76f071d", "audio_path": "audio/test/foa_344674818f6de76f071d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the finger snapping or the vehicle positioned at a higher elevation? Answer in one sentence.", "answer": "The finger snapping is at a higher elevation than the vehicle.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_620d15ea78e1ce82fdcb", "split": "test", "audio_id": "foa_a2866a43b9708e9bce02", "audio_path": "audio/test/foa_a2866a43b9708e9bce02.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 11.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The body sound is heard from front during 0.3s to 11.2s.", "canonical_answer": "body sound from front.", "answer_meta": {"time_span": [0.3, 11.2]}}
{"qa_id": "qa_2e7626db5af135a66676", "split": "test", "audio_id": "foa_dae320fd73e9cece4c47", "audio_path": "audio/test/foa_dae320fd73e9cece4c47.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is crushing to the left or right of female speech? Answer in one sentence.", "answer": "crushing is to the left of female speech.", "canonical_answer": "crushing is to the left of female speech.", "answer_meta": {}}
{"qa_id": "qa_f6abd0b0a4f5914f4974", "split": "test", "audio_id": "foa_c9456fa81d8971f94f39", "audio_path": "audio/test/foa_c9456fa81d8971f94f39.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is paper to the left or right of printer? Answer in one sentence.", "answer": "paper is to the right of printer.", "canonical_answer": "paper is to the right of printer.", "answer_meta": {}}
{"qa_id": "qa_09e60e0f1c7a5410c3f0", "split": "test", "audio_id": "foa_cbb7a38dacb2a99fbb1d", "audio_path": "audio/test/foa_cbb7a38dacb2a99fbb1d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.2s to 2.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The paper is heard from left and below during 0.2s to 2.8s.", "canonical_answer": "paper from left and below.", "answer_meta": {"time_span": [0.2, 2.8]}}
{"qa_id": "qa_f7f49efb0b38c534879b", "split": "test", "audio_id": "foa_fec63a91819cda50b910", "audio_path": "audio/test/foa_fec63a91819cda50b910.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_05fd83e5eda20c586f85", "split": "test", "audio_id": "foa_a981210f6b05926649da", "audio_path": "audio/test/foa_a981210f6b05926649da.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crushing sound and the machine sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The crushing sound is closer to the listener than the machine.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_8a92c2f8e006190b3584", "split": "test", "audio_id": "foa_4f5af180b2608be14edd", "audio_path": "audio/test/foa_4f5af180b2608be14edd.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned at a higher elevation, the frog or the machine? Answer in one sentence.", "answer": "The machine is at a higher elevation than the frog.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_7be3ad2565ac3a05065b", "split": "test", "audio_id": "foa_c3862de2de7aba1ce187", "audio_path": "audio/test/foa_c3862de2de7aba1ce187.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is ocean to the left or right of war sound? Answer in one sentence.", "answer": "ocean is to the right of war sound.", "canonical_answer": "ocean is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_cdf99bcc0c512eaf4c89", "split": "test", "audio_id": "foa_357923bc6a9fca9abdd9", "audio_path": "audio/test/foa_357923bc6a9fca9abdd9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the fire or the frog, is positioned at a higher elevation? Answer in one sentence.", "answer": "The frog is located at a higher elevation than the fire.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_4ec0da337597b2a9a2bd", "split": "test", "audio_id": "foa_c6739bd89a03d4acc878", "audio_path": "audio/test/foa_c6739bd89a03d4acc878.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 16.9s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The ocean is heard from front-left during 0.0s to 16.9s.", "canonical_answer": "ocean from front-left.", "answer_meta": {"time_span": [0.0, 16.9]}}
{"qa_id": "qa_25322e54c10dba1ec6bd", "split": "test", "audio_id": "foa_e9c474e3a62071e3bde4", "audio_path": "audio/test/foa_e9c474e3a62071e3bde4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the metal clink or the singing, is located closer to the listener? Answer in one sentence.", "answer": "The metal clink is closer to the listener than the singing.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_ebb0f36def050ef76112", "split": "test", "audio_id": "foa_f8849c7b6563d2c7b589", "audio_path": "audio/test/foa_f8849c7b6563d2c7b589.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is wood.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_40eef26dadb571d4ad05", "split": "test", "audio_id": "foa_657bf3ba7edb8990fcde", "audio_path": "audio/test/foa_657bf3ba7edb8990fcde.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the water and the zipper, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The water is closer to the listener than the zipper.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_0ccf747934c8925894f0", "split": "test", "audio_id": "foa_5c213daa3ac9508f02d7", "audio_path": "audio/test/foa_5c213daa3ac9508f02d7.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the kitchenware and the singing, which source is located at a higher elevation? Answer in one sentence.", "answer": "The kitchenware is higher in elevation than the singing.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_4efc57d9929eeb2d3803", "split": "test", "audio_id": "foa_abdf1fd9479df69387b5", "audio_path": "audio/test/foa_abdf1fd9479df69387b5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 8.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The bird is heard from front-right and below during 0.0s to 8.0s.", "canonical_answer": "bird from front-right and below.", "answer_meta": {"time_span": [0.0, 8.0]}}
{"qa_id": "qa_dd603ee93fedba7c8c0d", "split": "test", "audio_id": "foa_370c20eec005d01fdf46", "audio_path": "audio/test/foa_370c20eec005d01fdf46.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is crackle.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_715192ae484a0e46379b", "split": "test", "audio_id": "foa_5ef880568fb2cd1ac8d7", "audio_path": "audio/test/foa_5ef880568fb2cd1ac8d7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to glass, is footsteps on the left or on the right? Answer in one sentence.", "answer": "footsteps is to the left of glass.", "canonical_answer": "footsteps is to the left of glass.", "answer_meta": {}}
{"qa_id": "qa_07e19d2e13836329c62e", "split": "test", "audio_id": "foa_2ca445faeb1dec071065", "audio_path": "audio/test/foa_2ca445faeb1dec071065.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the body sound and the cat, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The cat is closer to the listener than the body sound.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_fca821e4098021bce857", "split": "test", "audio_id": "foa_5606c958dbae6a1d5b21", "audio_path": "audio/test/foa_5606c958dbae6a1d5b21.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.6s to 4.5s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from back-left during 0.6s to 4.5s.", "canonical_answer": "speech from back-left.", "answer_meta": {"time_span": [0.6, 4.5]}}
{"qa_id": "qa_9bf8475f44b97e429586", "split": "test", "audio_id": "foa_919cb70571498a9ab169", "audio_path": "audio/test/foa_919cb70571498a9ab169.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the paper or the scratch positioned at a higher elevation? Answer in one sentence.", "answer": "The paper is at a higher elevation than the scratch.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_cc9962b860ef45c7fc75", "split": "test", "audio_id": "foa_f24d475079d92dcf5672", "audio_path": "audio/test/foa_f24d475079d92dcf5672.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is finger snapping.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_d21b184b3bef3089ab48", "split": "test", "audio_id": "foa_512dd5679be4d1d9cef9", "audio_path": "audio/test/foa_512dd5679be4d1d9cef9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to dog, is bell on the left or on the right? Answer in one sentence.", "answer": "bell is to the right of dog.", "canonical_answer": "bell is to the right of dog.", "answer_meta": {}}
{"qa_id": "qa_65f32370bc4435fe0be5", "split": "test", "audio_id": "foa_4ae5a646fc585862f52a", "audio_path": "audio/test/foa_4ae5a646fc585862f52a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is male speech to the left or right of zipper? Answer in one sentence.", "answer": "male speech is to the left of zipper.", "canonical_answer": "male speech is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_8174ebd2abaaa6348cde", "split": "test", "audio_id": "foa_69a8fa0b2c5b719f0b38", "audio_path": "audio/test/foa_69a8fa0b2c5b719f0b38.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_93938a579579fb190aa2", "split": "test", "audio_id": "foa_5119e117cf1aa8c06956", "audio_path": "audio/test/foa_5119e117cf1aa8c06956.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source has a higher elevation, the drum or the musical instrument? Answer in one sentence.", "answer": "The drum is at a higher elevation than the musical instrument.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_85c301e538803d59ca55", "split": "test", "audio_id": "foa_a1718c9c31caf94ebd59", "audio_path": "audio/test/foa_a1718c9c31caf94ebd59.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drawer cabinet and the water, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The water is closer to the listener than the drawer cabinet.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_ee32b8358b5c1486a6d1", "split": "test", "audio_id": "foa_1c4c16f1d81d84236a0b", "audio_path": "audio/test/foa_1c4c16f1d81d84236a0b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 5.3s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The scratch is heard from front and below during 0.0s to 5.3s.", "canonical_answer": "scratch from front and below.", "answer_meta": {"time_span": [0.0, 5.3]}}
{"qa_id": "qa_b570bce91eed89786557", "split": "test", "audio_id": "foa_eb2ba4290fa1e20c7bed", "audio_path": "audio/test/foa_eb2ba4290fa1e20c7bed.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the singing or the musical instrument positioned at a higher elevation? Answer in one sentence.", "answer": "The singing is positioned at a higher elevation than the musical instrument.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_ac3c61e6767e753654a2", "split": "test", "audio_id": "foa_07cdc9914eeb856ae578", "audio_path": "audio/test/foa_07cdc9914eeb856ae578.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is frog.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_ca5c18e26abb7ae02115", "split": "test", "audio_id": "foa_960a1e230be93e2ad459", "audio_path": "audio/test/foa_960a1e230be93e2ad459.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the animal occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The animal is heard from left during 0.5s to 4.6s.", "canonical_answer": "animal from left.", "answer_meta": {"time_span": [0.5, 4.6]}}
{"qa_id": "qa_b711c3d916efd4351e34", "split": "test", "audio_id": "foa_e2c9ab95080b2ff7e263", "audio_path": "audio/test/foa_e2c9ab95080b2ff7e263.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is animal to the left or right of speech? Answer in one sentence.", "answer": "animal is to the left of speech.", "canonical_answer": "animal is to the left of speech.", "answer_meta": {}}
{"qa_id": "qa_8d0aca5287f6cb5d1773", "split": "test", "audio_id": "foa_a4fc32068896b1f0a2b1", "audio_path": "audio/test/foa_a4fc32068896b1f0a2b1.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the sound of tearing or wood located closer to the listener? Answer in one sentence.", "answer": "The sound of tearing is closer to the listener than the sound of wood.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_d323e09da275a7c9a29e", "split": "test", "audio_id": "foa_c944bd3b86f4e94367ee", "audio_path": "audio/test/foa_c944bd3b86f4e94367ee.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the human vocalization, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The human vocalization is the sound source located closer to the listener.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_b10485c87a865de71427", "split": "test", "audio_id": "foa_1a21b15a65f0645a1730", "audio_path": "audio/test/foa_1a21b15a65f0645a1730.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_ee5315f2aac67107e820", "split": "test", "audio_id": "foa_ce966497cc478ad92dc7", "audio_path": "audio/test/foa_ce966497cc478ad92dc7.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.6s to 7.6s, what source is active and where is it located? Answer in one sentence.", "answer": "The speech is heard from back during 0.6s to 7.6s.", "canonical_answer": "speech from back.", "answer_meta": {"time_span": [0.6, 7.6]}}
{"qa_id": "qa_1a9955cb10ed2e2ac2a7", "split": "test", "audio_id": "foa_cf0fc6bd851f83207bf9", "audio_path": "audio/test/foa_cf0fc6bd851f83207bf9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the drum or the printer located at a higher elevation? Answer in one sentence.", "answer": "The drum is located at a higher elevation than the printer.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_175a68f4e3e5c9265fbc", "split": "test", "audio_id": "foa_4ba6bb32c6e939f6bf9c", "audio_path": "audio/test/foa_4ba6bb32c6e939f6bf9c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to male speech, is female speech on the left or on the right? Answer in one sentence.", "answer": "female speech is to the right of male speech.", "canonical_answer": "female speech is to the right of male speech.", "answer_meta": {}}
{"qa_id": "qa_6dde992bd063b7a6fb8a", "split": "test", "audio_id": "foa_ceff118fe523b0c70d81", "audio_path": "audio/test/foa_ceff118fe523b0c70d81.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the car and the clock, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The clock is located at a higher elevation than the car.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_6e05c7c17e1182f1ddc9", "split": "test", "audio_id": "foa_9736c5f43365ae784155", "audio_path": "audio/test/foa_9736c5f43365ae784155.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is car to the left or right of insect? Answer in one sentence.", "answer": "car is to the left of insect.", "canonical_answer": "car is to the left of insect.", "answer_meta": {}}
{"qa_id": "qa_614285393a04bfe44139", "split": "test", "audio_id": "foa_023b689fd48a1896f90d", "audio_path": "audio/test/foa_023b689fd48a1896f90d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_d8d1f5b9a9a8b09e895c", "split": "test", "audio_id": "foa_cbc9ab9e2e2e50ff136d", "audio_path": "audio/test/foa_cbc9ab9e2e2e50ff136d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the finger snapping occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The finger snapping is heard from left and below during 0.0s to 7.3s.", "canonical_answer": "finger snapping from left and below.", "answer_meta": {"time_span": [0.0, 7.3]}}
{"qa_id": "qa_bedf2c89072c85bf5ccd", "split": "test", "audio_id": "foa_002ea61a1a0dcdb7de16", "audio_path": "audio/test/foa_002ea61a1a0dcdb7de16.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the bird or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the bird.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_2dcc66f7bfee8df1a688", "split": "test", "audio_id": "foa_15609c0b507c8c4ee15c", "audio_path": "audio/test/foa_15609c0b507c8c4ee15c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is water.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_5f70d958c55d8f54a06e", "split": "test", "audio_id": "foa_6d10228d3aeb39921dbe", "audio_path": "audio/test/foa_6d10228d3aeb39921dbe.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the alarm or the speech? Answer in one sentence.", "answer": "The speech is located at a higher elevation than the alarm.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_f6ec7a74be9602527a9b", "split": "test", "audio_id": "foa_dace6077ae589daac7bc", "audio_path": "audio/test/foa_dace6077ae589daac7bc.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which of the two sounds, the telephone alarm or the thunderstorm, is positioned closer to the listener? Answer in one sentence.", "answer": "The thunderstorm is closer to the listener than the telephone alarm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_cfc9f1b8238cb05cd859", "split": "test", "audio_id": "foa_388fec9900574712b036", "audio_path": "audio/test/foa_388fec9900574712b036.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drum to the left or right of vehicle? Answer in one sentence.", "answer": "drum is to the right of vehicle.", "canonical_answer": "drum is to the right of vehicle.", "answer_meta": {}}
{"qa_id": "qa_0673e682aba6d638a420", "split": "test", "audio_id": "foa_328d576f438d461ad7dc", "audio_path": "audio/test/foa_328d576f438d461ad7dc.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 1.1s to 13.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The wood is heard from right and below during 1.1s to 13.8s.", "canonical_answer": "wood from right and below.", "answer_meta": {"time_span": [1.1, 13.8]}}
{"qa_id": "qa_59bf1a98ee9d4696a4b5", "split": "test", "audio_id": "foa_72f7e10c05b8fd5cb527", "audio_path": "audio/test/foa_72f7e10c05b8fd5cb527.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bell and the train, which one is located closer to the listener? Answer in one sentence.", "answer": "The train is closer to the listener than the bell.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_5583ef556a681a64728e", "split": "test", "audio_id": "foa_772f18cc8368f7051a37", "audio_path": "audio/test/foa_772f18cc8368f7051a37.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the typing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The typing is heard from front and below during 0.1s to 20.0s.", "canonical_answer": "typing from front and below.", "answer_meta": {"time_span": [0.1, 20.0]}}
{"qa_id": "qa_69dcc4dc6fe61b6e908f", "split": "test", "audio_id": "foa_b3cfebc401d8a3d075d7", "audio_path": "audio/test/foa_b3cfebc401d8a3d075d7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_363348b98be0f9b04b40", "split": "test", "audio_id": "foa_4c2571c8aa373b9e487e", "audio_path": "audio/test/foa_4c2571c8aa373b9e487e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the rain, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The rain is located at a higher elevation than the insect.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_cc62cddcbd46c118e14a", "split": "test", "audio_id": "foa_ef482da86a3ca7ca74a8", "audio_path": "audio/test/foa_ef482da86a3ca7ca74a8.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is frog on the left or on the right? Answer in one sentence.", "answer": "frog is to the left of water.", "canonical_answer": "frog is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_2e7a39e84b83c35bff52", "split": "test", "audio_id": "foa_00b1cfb374ff52335fe7", "audio_path": "audio/test/foa_00b1cfb374ff52335fe7.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is percussion.", "canonical_answer": "percussion", "answer_meta": {}}
{"qa_id": "qa_9701a03095293dd0b2b9", "split": "test", "audio_id": "foa_9eee977b0eb3d17c856e", "audio_path": "audio/test/foa_9eee977b0eb3d17c856e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.5s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The thunderstorm is heard from right and above during 0.5s to 20.0s.", "canonical_answer": "thunderstorm from right and above.", "answer_meta": {"time_span": [0.5, 20.0]}}
{"qa_id": "qa_65a75b614e0d210ec4bd", "split": "test", "audio_id": "foa_5eb5c6059c16bed3ab6a", "audio_path": "audio/test/foa_5eb5c6059c16bed3ab6a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the bird or the guitar? Answer in one sentence.", "answer": "The bird is at a higher elevation than the guitar.", "canonical_answer": "bird", "answer_meta": {}}
{"qa_id": "qa_852db429eabff8993cc3", "split": "test", "audio_id": "foa_3f399faf7e6019728727", "audio_path": "audio/test/foa_3f399faf7e6019728727.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the scratch, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the scratch.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_9ee9b98d30cb656ca35a", "split": "test", "audio_id": "foa_1a4eed42ddcfe7749a14", "audio_path": "audio/test/foa_1a4eed42ddcfe7749a14.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is printer to the left or right of writing? Answer in one sentence.", "answer": "printer is to the right of writing.", "canonical_answer": "printer is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_5d8240a1a5a7feb7d5cd", "split": "test", "audio_id": "foa_8fd28824d160762259a9", "audio_path": "audio/test/foa_8fd28824d160762259a9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the alarm and the finger snapping, which sound is positioned closer to the listener? Answer in one sentence.", "answer": "The finger snapping is closer to the listener than the alarm.", "canonical_answer": "finger snapping", "answer_meta": {}}
{"qa_id": "qa_1109afeecb5d7b8e7b78", "split": "test", "audio_id": "foa_599c2fcb0a94c0958d5a", "audio_path": "audio/test/foa_599c2fcb0a94c0958d5a.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the dog or the string instrument located at a higher elevation? Answer in one sentence.", "answer": "The dog is positioned at a higher elevation than the string instrument.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_2e4800439d35d438d38c", "split": "test", "audio_id": "foa_8c092705f3f51e6d9061", "audio_path": "audio/test/foa_8c092705f3f51e6d9061.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to telephone alarm, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the right of telephone alarm.", "canonical_answer": "dog is to the right of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_350922bd92342bfdcbdd", "split": "test", "audio_id": "foa_cb790d2700bf8e4f3bfd", "audio_path": "audio/test/foa_cb790d2700bf8e4f3bfd.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 11.6s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back-right during 0.5s to 11.6s.", "canonical_answer": "speech from back-right.", "answer_meta": {"time_span": [0.5, 11.6]}}
{"qa_id": "qa_ade58812cff675d8738a", "split": "test", "audio_id": "foa_dab3068bee4c81e1d094", "audio_path": "audio/test/foa_dab3068bee4c81e1d094.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is rain.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_ee73d7553896cba2b3c5", "split": "test", "audio_id": "foa_36b813690892ae878c74", "audio_path": "audio/test/foa_36b813690892ae878c74.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_ac20c8e70bd8a5498950", "split": "test", "audio_id": "foa_7b358e1725d127735f86", "audio_path": "audio/test/foa_7b358e1725d127735f86.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is dog to the left or right of glass? Answer in one sentence.", "answer": "dog is to the right of glass.", "canonical_answer": "dog is to the right of glass.", "answer_meta": {}}
{"qa_id": "qa_79d08e2df19e55969fd1", "split": "test", "audio_id": "foa_c3562d02fc5939ad25b3", "audio_path": "audio/test/foa_c3562d02fc5939ad25b3.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the thunderstorm, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The thunderstorm is closer to the listener than the clock.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_7dd453f1abcac7a28f8a", "split": "test", "audio_id": "foa_e8a2dc3b807f6afb256c", "audio_path": "audio/test/foa_e8a2dc3b807f6afb256c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 3.8s to 15.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The footsteps is heard from back-left and above during 3.8s to 15.2s.", "canonical_answer": "footsteps from back-left and above.", "answer_meta": {"time_span": [3.8, 15.2]}}
{"qa_id": "qa_0b7b0cb2c1563877f268", "split": "test", "audio_id": "foa_a315fba9fe846c6cd77d", "audio_path": "audio/test/foa_a315fba9fe846c6cd77d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the printer, which source is located at a higher elevation? Answer in one sentence.", "answer": "The printer is at a higher elevation than the footsteps.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_377fad2daa35eaf35788", "split": "test", "audio_id": "foa_720ff083ea7d5f4a83a3", "audio_path": "audio/test/foa_720ff083ea7d5f4a83a3.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is camera.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_d38f2262b0bc38a2d5c5", "split": "test", "audio_id": "foa_d920ac90248b69de5a64", "audio_path": "audio/test/foa_d920ac90248b69de5a64.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the cat occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The cat is heard from back-right and below during 0.1s to 0.8s.", "canonical_answer": "cat from back-right and below.", "answer_meta": {"time_span": [0.1, 0.8]}}
{"qa_id": "qa_317fd23e4ef264278c89", "split": "test", "audio_id": "foa_9b24daf87f1e8e3d32bd", "audio_path": "audio/test/foa_9b24daf87f1e8e3d32bd.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the clock or the sound of water? Answer in one sentence.", "answer": "The clock is positioned at a higher elevation than the water.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_f53a98302d2b6bcfd38b", "split": "test", "audio_id": "foa_7a001d38c705756f989a", "audio_path": "audio/test/foa_7a001d38c705756f989a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the dog and the wind instrument, which one is located closer to the listener? Answer in one sentence.", "answer": "The dog is closer to the listener than the wind instrument.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_fd14640298a38dafd920", "split": "test", "audio_id": "foa_74e0d30b3ce58e213675", "audio_path": "audio/test/foa_74e0d30b3ce58e213675.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is body sound to the left or right of door? Answer in one sentence.", "answer": "body sound is to the right of door.", "canonical_answer": "body sound is to the right of door.", "answer_meta": {}}
{"qa_id": "qa_6f66fc84031590841fff", "split": "test", "audio_id": "foa_651d3a108a01ed7d4e09", "audio_path": "audio/test/foa_651d3a108a01ed7d4e09.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_13ddba650bb549bb41e5", "split": "test", "audio_id": "foa_366343711ac1f4a1296e", "audio_path": "audio/test/foa_366343711ac1f4a1296e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the clock or the laughter located at a higher elevation? Answer in one sentence.", "answer": "The laughter is at a higher elevation than the clock.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_d46988ceceed73d4e071", "split": "test", "audio_id": "foa_dcb2355597107e2d29ee", "audio_path": "audio/test/foa_dcb2355597107e2d29ee.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the male speech, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The clock is closer to the listener than the male speech.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_4f3d4412f5ce1fa7452e", "split": "test", "audio_id": "foa_338ca0feec79714a4d5e", "audio_path": "audio/test/foa_338ca0feec79714a4d5e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is male speech to the left or right of war sound? Answer in one sentence.", "answer": "male speech is to the right of war sound.", "canonical_answer": "male speech is to the right of war sound.", "answer_meta": {}}
{"qa_id": "qa_631e9c853c67beeee76a", "split": "test", "audio_id": "foa_79d84472794c63471eb5", "audio_path": "audio/test/foa_79d84472794c63471eb5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 6.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from front-right during 0.6s to 6.4s.", "canonical_answer": "speech from front-right.", "answer_meta": {"time_span": [0.6, 6.4]}}
{"qa_id": "qa_3d58f4166bb45e733ccb", "split": "test", "audio_id": "foa_0b5d9a91abb703775020", "audio_path": "audio/test/foa_0b5d9a91abb703775020.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the camera and the tearing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The camera is closer to the listener than the tearing sound.", "canonical_answer": "camera", "answer_meta": {}}
{"qa_id": "qa_47c452d6855413cb4a82", "split": "test", "audio_id": "foa_eb913bd242fac46f9f52", "audio_path": "audio/test/foa_eb913bd242fac46f9f52.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the guitar occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The guitar is heard from front-right during 0.0s to 18.4s.", "canonical_answer": "guitar from front-right.", "answer_meta": {"time_span": [0.0, 18.4]}}
{"qa_id": "qa_e1c9eaabb645b3cf5858", "split": "test", "audio_id": "foa_d89edb2cd4f85fc47eb7", "audio_path": "audio/test/foa_d89edb2cd4f85fc47eb7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to male speech, is frog on the left or on the right? Answer in one sentence.", "answer": "frog is to the left of male speech.", "canonical_answer": "frog is to the left of male speech.", "answer_meta": {}}
{"qa_id": "qa_f93c4843900141adc307", "split": "test", "audio_id": "foa_1923f786956e24f556c6", "audio_path": "audio/test/foa_1923f786956e24f556c6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is string instrument.", "canonical_answer": "string instrument", "answer_meta": {}}
{"qa_id": "qa_4c7d0182ae583ba70b61", "split": "test", "audio_id": "foa_c13faa32e7f82223295c", "audio_path": "audio/test/foa_c13faa32e7f82223295c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the cat or the printer located at a higher elevation in this scene? Answer in one sentence.", "answer": "The printer is positioned at a higher elevation than the cat.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_38005724bd78b44b6dca", "split": "test", "audio_id": "foa_464a85865b248ef090f9", "audio_path": "audio/test/foa_464a85865b248ef090f9.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 5.4s, what source is active and where is it located? Answer in one sentence.", "answer": "The bird is heard from front-right and below during 0.0s to 5.4s.", "canonical_answer": "bird from front-right and below.", "answer_meta": {"time_span": [0.0, 5.4]}}
{"qa_id": "qa_412eefe8e1707673b2f0", "split": "test", "audio_id": "foa_0c2d4a3693536bf03bdc", "audio_path": "audio/test/foa_0c2d4a3693536bf03bdc.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the footsteps sound located at a higher elevation than the frog sound? Answer in one sentence.", "answer": "The footsteps sound is at a higher elevation compared to the frog sound.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_929a72f695703f306d44", "split": "test", "audio_id": "foa_67229b17e86880e98646", "audio_path": "audio/test/foa_67229b17e86880e98646.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is metal clink.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_87d699adab2c6ce966f2", "split": "test", "audio_id": "foa_e4562f1a0eb382b99f37", "audio_path": "audio/test/foa_e4562f1a0eb382b99f37.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the knock and the speech, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The speech is closer to the listener than the knock.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_de2580b72d2d52275a14", "split": "test", "audio_id": "foa_9f9a146b42e5df6080e7", "audio_path": "audio/test/foa_9f9a146b42e5df6080e7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is footsteps to the left or right of gong? Answer in one sentence.", "answer": "footsteps is to the right of gong.", "canonical_answer": "footsteps is to the right of gong.", "answer_meta": {}}
{"qa_id": "qa_38ca738f5466071f3bbc", "split": "test", "audio_id": "foa_289e755f36d22c9585a3", "audio_path": "audio/test/foa_289e755f36d22c9585a3.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the drum or the war sound located closer to the listener? Answer in one sentence.", "answer": "The drum is located closer to the listener than the war sound.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_2fa4b1b96109147abc7e", "split": "test", "audio_id": "foa_39ef7a4e86d0ed835a14", "audio_path": "audio/test/foa_39ef7a4e86d0ed835a14.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 9.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The telephone alarm is heard from back-left and below during 0.0s to 9.8s.", "canonical_answer": "telephone alarm from back-left and below.", "answer_meta": {"time_span": [0.0, 9.8]}}
{"qa_id": "qa_d0f3573178d888e56a05", "split": "test", "audio_id": "foa_9bc1f6c33acf89edee16", "audio_path": "audio/test/foa_9bc1f6c33acf89edee16.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is scratch.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_943691aff7da7b108376", "split": "test", "audio_id": "foa_d501834bcb841569cf89", "audio_path": "audio/test/foa_d501834bcb841569cf89.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the drum or the gong? Answer in one sentence.", "answer": "The drum is positioned at a higher elevation than the gong.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_6bffae3f8616ca56fd63", "split": "test", "audio_id": "foa_e7d6aa34eafd4463da02", "audio_path": "audio/test/foa_e7d6aa34eafd4463da02.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to paper, is metal clink on the left or on the right? Answer in one sentence.", "answer": "metal clink is to the right of paper.", "canonical_answer": "metal clink is to the right of paper.", "answer_meta": {}}
{"qa_id": "qa_ce76db10df55d27c23dd", "split": "test", "audio_id": "foa_3a35bc9d93b44bfb4835", "audio_path": "audio/test/foa_3a35bc9d93b44bfb4835.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the metal clink occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The metal clink is heard from front during 0.1s to 4.1s.", "canonical_answer": "metal clink from front.", "answer_meta": {"time_span": [0.1, 4.1]}}
{"qa_id": "qa_b920cffdb6b6dfe4619c", "split": "test", "audio_id": "foa_52d2004bcf0c71a56b17", "audio_path": "audio/test/foa_52d2004bcf0c71a56b17.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the glass and the male speech, which sound is positioned at a higher elevation? Answer in one sentence.", "answer": "The glass is at a higher elevation than the male speech.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_e9dc45da61a0dea6df6e", "split": "test", "audio_id": "foa_fb6f698ec9bd0f3ed0fc", "audio_path": "audio/test/foa_fb6f698ec9bd0f3ed0fc.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bird to the left or right of insect? Answer in one sentence.", "answer": "bird is to the right of insect.", "canonical_answer": "bird is to the right of insect.", "answer_meta": {}}
{"qa_id": "qa_eb139d1a978815da3bd7", "split": "test", "audio_id": "foa_98c33116b62c55ce20bf", "audio_path": "audio/test/foa_98c33116b62c55ce20bf.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the guitar or the rain located closer to the listener? Answer in one sentence.", "answer": "The rain is closer to the listener than the guitar.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_c28ac4d5e2759e682584", "split": "test", "audio_id": "foa_8d402524a0ee690904e4", "audio_path": "audio/test/foa_8d402524a0ee690904e4.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is writing.", "canonical_answer": "writing", "answer_meta": {}}
{"qa_id": "qa_79e6354344d3b6aaed7c", "split": "test", "audio_id": "foa_31c453deb3735d5fdbe6", "audio_path": "audio/test/foa_31c453deb3735d5fdbe6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.3s to 16.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The printer is heard from front-right and below during 0.3s to 16.0s.", "canonical_answer": "printer from front-right and below.", "answer_meta": {"time_span": [0.3, 16.0]}}
{"qa_id": "qa_348f3932d316e18e99af", "split": "test", "audio_id": "foa_2e8550a82ed401e5550c", "audio_path": "audio/test/foa_2e8550a82ed401e5550c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the rightmost one is zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_e950fdbbee9857076770", "split": "test", "audio_id": "foa_20ca782bbd69674d29c9", "audio_path": "audio/test/foa_20ca782bbd69674d29c9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the telephone alarm and the war sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The telephone alarm is closer to the listener than the war sound.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_7ca3d42062d0bf3af4d5", "split": "test", "audio_id": "foa_c66abcd2ad84a85460b2", "audio_path": "audio/test/foa_c66abcd2ad84a85460b2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to water, is crushing on the left or on the right? Answer in one sentence.", "answer": "crushing is to the left of water.", "canonical_answer": "crushing is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_b167f315582c34a926a7", "split": "test", "audio_id": "foa_317d174cccc43589f191", "audio_path": "audio/test/foa_317d174cccc43589f191.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crack and the crushing sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The crushing sound is higher in elevation than the crack sound.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_25ccc2d3c143eba2ce65", "split": "test", "audio_id": "foa_b883c6b04eafc9565987", "audio_path": "audio/test/foa_b883c6b04eafc9565987.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the car and the metal clink, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The metal clink is closer to the listener than the car.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_9a5d95869c8f2b58acea", "split": "test", "audio_id": "foa_601fcc0c62a354386bd6", "audio_path": "audio/test/foa_601fcc0c62a354386bd6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the body sound or the train, is located at a higher elevation? Answer in one sentence.", "answer": "The body sound is located at a higher elevation than the train.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_45d796fb4a34da783bf6", "split": "test", "audio_id": "foa_dd0c0fbdf4d076b63084", "audio_path": "audio/test/foa_dd0c0fbdf4d076b63084.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.2s to 6.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The home sound is heard from front-left during 0.2s to 6.2s.", "canonical_answer": "home sound from front-left.", "answer_meta": {"time_span": [0.2, 6.2]}}
{"qa_id": "qa_f5cccf3b75a08fdda830", "split": "test", "audio_id": "foa_2e0796e3671b54d6e01f", "audio_path": "audio/test/foa_2e0796e3671b54d6e01f.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to writing, is tool on the left or on the right? Answer in one sentence.", "answer": "tool is to the right of writing.", "canonical_answer": "tool is to the right of writing.", "answer_meta": {}}
{"qa_id": "qa_f7ef829ae86d675174a3", "split": "test", "audio_id": "foa_dedfae110d60ad81b39b", "audio_path": "audio/test/foa_dedfae110d60ad81b39b.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is thunderstorm.", "canonical_answer": "thunderstorm", "answer_meta": {}}
{"qa_id": "qa_fe96ee7cf977af014a40", "split": "test", "audio_id": "foa_40d5ffef46e806f706a1", "audio_path": "audio/test/foa_40d5ffef46e806f706a1.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is bird to the left or right of home sound? Answer in one sentence.", "answer": "bird is to the right of home sound.", "canonical_answer": "bird is to the right of home sound.", "answer_meta": {}}
{"qa_id": "qa_c6aa25b52df0b8029b3f", "split": "test", "audio_id": "foa_b097e07a8993fa506035", "audio_path": "audio/test/foa_b097e07a8993fa506035.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the crackle or the wind instrument positioned at a higher elevation? Answer in one sentence.", "answer": "The crackle is located at a higher elevation than the wind instrument.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_48093b880bc4d55163a7", "split": "test", "audio_id": "foa_92b38fc036876d161a97", "audio_path": "audio/test/foa_92b38fc036876d161a97.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is laughter.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_f14b0daac82fecb72fb5", "split": "test", "audio_id": "foa_6c30eefb0f09255636e6", "audio_path": "audio/test/foa_6c30eefb0f09255636e6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the cooking sounds and the musical instrument, which one is located closer to the listener? Answer in one sentence.", "answer": "The cooking sounds are closer to the listener than the musical instrument.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_8430cc9e37dbfd1d9c22", "split": "test", "audio_id": "foa_e370495ff20289823304", "audio_path": "audio/test/foa_e370495ff20289823304.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 20.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The machine is heard from back-right and below during 0.0s to 20.0s.", "canonical_answer": "machine from back-right and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_f78a1a75d452bfdca972", "split": "test", "audio_id": "foa_fb5d395ebb5d9c739b9a", "audio_path": "audio/test/foa_fb5d395ebb5d9c739b9a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the insect or the tool? Answer in one sentence.", "answer": "The tool is closer to the listener than the insect.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_3363125ce678fcc42668", "split": "test", "audio_id": "foa_b28034733e2e64307fde", "audio_path": "audio/test/foa_b28034733e2e64307fde.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the frog and the home sound, which source is located at a higher elevation? Answer in one sentence.", "answer": "The frog is at a higher elevation than the home sound.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_6e4581e4c0741b8265d7", "split": "test", "audio_id": "foa_ce6d749356950351cab6", "audio_path": "audio/test/foa_ce6d749356950351cab6.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of cooking? Answer in one sentence.", "answer": "alarm is to the right of cooking.", "canonical_answer": "alarm is to the right of cooking.", "answer_meta": {}}
{"qa_id": "qa_fe2fa24de21f4e55f4ff", "split": "test", "audio_id": "foa_05ff0e41a420e21c279e", "audio_path": "audio/test/foa_05ff0e41a420e21c279e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 16.9s, what source is active and where is it located? Answer in one sentence.", "answer": "The ocean is heard from back and below during 0.0s to 16.9s.", "canonical_answer": "ocean from back and below.", "answer_meta": {"time_span": [0.0, 16.9]}}
{"qa_id": "qa_21176bf3ff057abac0a6", "split": "test", "audio_id": "foa_553a3754570d2850b82e", "audio_path": "audio/test/foa_553a3754570d2850b82e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_6e2b6160b1692f2e375d", "split": "test", "audio_id": "foa_d5dd3db5ce55f32493b3", "audio_path": "audio/test/foa_d5dd3db5ce55f32493b3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the wind instrument occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The wind instrument is heard from left and below during 0.1s to 7.3s.", "canonical_answer": "wind instrument from left and below.", "answer_meta": {"time_span": [0.1, 7.3]}}
{"qa_id": "qa_123cbc0c27c17f9092d4", "split": "test", "audio_id": "foa_acc3239dce17d1043f07", "audio_path": "audio/test/foa_acc3239dce17d1043f07.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the metal clink and the telephone alarm, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The telephone alarm is closer to the listener than the metal clink.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_ccbf1b97fc6d18998c7d", "split": "test", "audio_id": "foa_30247a35e9a30ac36836", "audio_path": "audio/test/foa_30247a35e9a30ac36836.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the paper and the water, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The paper is higher in elevation than the water.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_a64363e44fbeceb49a1c", "split": "test", "audio_id": "foa_f51d27e032ecdc4fb0e8", "audio_path": "audio/test/foa_f51d27e032ecdc4fb0e8.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_b311c992bbf5060b0dbc", "split": "test", "audio_id": "foa_aa3d752284f22154fa57", "audio_path": "audio/test/foa_aa3d752284f22154fa57.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to machine, is kitchenware on the left or on the right? Answer in one sentence.", "answer": "kitchenware is to the left of machine.", "canonical_answer": "kitchenware is to the left of machine.", "answer_meta": {}}
{"qa_id": "qa_10f0a6fc900892d674b1", "split": "test", "audio_id": "foa_58caa2d22f6c814a3ada", "audio_path": "audio/test/foa_58caa2d22f6c814a3ada.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the footsteps and the train, which source is located closer to the listener? Answer in one sentence.", "answer": "The train is closer to the listener than the footsteps.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_59bd93842e69d9355245", "split": "test", "audio_id": "foa_4f7aed5cd33198394bb4", "audio_path": "audio/test/foa_4f7aed5cd33198394bb4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 3.9s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The laughter is heard from back-left during 0.6s to 3.9s.", "canonical_answer": "laughter from back-left.", "answer_meta": {"time_span": [0.6, 3.9]}}
{"qa_id": "qa_a954f5f673c2a52d3435", "split": "test", "audio_id": "foa_9be921c2992c615fed84", "audio_path": "audio/test/foa_9be921c2992c615fed84.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is cat.", "canonical_answer": "cat", "answer_meta": {}}
{"qa_id": "qa_faf153e0c3ec5bc04fe2", "split": "test", "audio_id": "foa_a2c0a894d2ed30b566f1", "audio_path": "audio/test/foa_a2c0a894d2ed30b566f1.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the footsteps or the ocean? Answer in one sentence.", "answer": "The ocean is situated at a higher elevation than the footsteps.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_c19ee7c5f04d8057ca36", "split": "test", "audio_id": "foa_6e7e552cea83fa3e0528", "audio_path": "audio/test/foa_6e7e552cea83fa3e0528.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of wood? Answer in one sentence.", "answer": "alarm is to the left of wood.", "canonical_answer": "alarm is to the left of wood.", "answer_meta": {}}
{"qa_id": "qa_32d572b14287ca158509", "split": "test", "audio_id": "foa_dc3cdaa7b336b36df9cd", "audio_path": "audio/test/foa_dc3cdaa7b336b36df9cd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is knock.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_867a8d4bd2a6b1a0d69f", "split": "test", "audio_id": "foa_eb0d5eb1b60f6e6d2719", "audio_path": "audio/test/foa_eb0d5eb1b60f6e6d2719.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the wind instrument, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The wind instrument is closer to the listener than the clock.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_f3a17347364cba80ffc4", "split": "test", "audio_id": "foa_c29a544a9cc8db15f29f", "audio_path": "audio/test/foa_c29a544a9cc8db15f29f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the dog occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The dog is heard from front during 0.2s to 15.6s.", "canonical_answer": "dog from front.", "answer_meta": {"time_span": [0.2, 15.6]}}
{"qa_id": "qa_eaa19c3365fa86fb164e", "split": "test", "audio_id": "foa_27ef6fcec72eb68fc283", "audio_path": "audio/test/foa_27ef6fcec72eb68fc283.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the elevation of the cooking sound higher or lower than that of the wind? Answer in one sentence.", "answer": "The wind source is located at a higher elevation than the cooking sound.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_d71da2c1f7ca03935867", "split": "test", "audio_id": "foa_8aa35a1833d03971d0b5", "audio_path": "audio/test/foa_8aa35a1833d03971d0b5.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is metal clink to the left or right of vehicle? Answer in one sentence.", "answer": "metal clink is to the left of vehicle.", "canonical_answer": "metal clink is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_72a02434d34ed7da99bc", "split": "test", "audio_id": "foa_1327911523f7fb0b7dc5", "audio_path": "audio/test/foa_1327911523f7fb0b7dc5.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is war sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_e44d55f99e292a6584c0", "split": "test", "audio_id": "foa_c4eba1a503871ae8780e", "audio_path": "audio/test/foa_c4eba1a503871ae8780e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the metal clink and the tape, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The tape is closer to the listener than the metal clink.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_1fad941e5683dee8bbd3", "split": "test", "audio_id": "foa_e100f3ea1c8512dfbcfd", "audio_path": "audio/test/foa_e100f3ea1c8512dfbcfd.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is male speech to the left or right of percussion? Answer in one sentence.", "answer": "male speech is to the left of percussion.", "canonical_answer": "male speech is to the left of percussion.", "answer_meta": {}}
{"qa_id": "qa_4988d14f6deef2b72d98", "split": "test", "audio_id": "foa_9ca87c9b7b26acc33293", "audio_path": "audio/test/foa_9ca87c9b7b26acc33293.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the frog or the singing at a higher elevation? Answer in one sentence.", "answer": "The singing is at a higher elevation than the frog.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_24c7982286d9bd1d8c1d", "split": "test", "audio_id": "foa_b2b495344fa6306502fc", "audio_path": "audio/test/foa_b2b495344fa6306502fc.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 8.3s, what source is active and where is it located? Answer in one sentence.", "answer": "The aircraft is heard from right and below during 0.0s to 8.3s.", "canonical_answer": "aircraft from right and below.", "answer_meta": {"time_span": [0.0, 8.3]}}
{"qa_id": "qa_cc85904fbf307d038aa3", "split": "test", "audio_id": "foa_540cc5f93b1003c87190", "audio_path": "audio/test/foa_540cc5f93b1003c87190.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_8ee461351085a35a729f", "split": "test", "audio_id": "foa_e1d4e0c7e33c2b7fee5d", "audio_path": "audio/test/foa_e1d4e0c7e33c2b7fee5d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 5.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The water is heard from right and below during 0.4s to 5.1s.", "canonical_answer": "water from right and below.", "answer_meta": {"time_span": [0.4, 5.1]}}
{"qa_id": "qa_5cd07eaf2c5509264b8a", "split": "test", "audio_id": "foa_2644015749b6639d32e4", "audio_path": "audio/test/foa_2644015749b6639d32e4.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the crackle or the knock? Answer in one sentence.", "answer": "The crackle is closer to the listener than the knock.", "canonical_answer": "crackle", "answer_meta": {}}
{"qa_id": "qa_fcda166ee586b492ed19", "split": "test", "audio_id": "foa_ba47d7d22b3c8f612a8e", "audio_path": "audio/test/foa_ba47d7d22b3c8f612a8e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is camera to the left or right of zipper? Answer in one sentence.", "answer": "camera is to the left of zipper.", "canonical_answer": "camera is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_ae4974a3b06a8c12e0e3", "split": "test", "audio_id": "foa_700ef6ceea9b60498e92", "audio_path": "audio/test/foa_700ef6ceea9b60498e92.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the breathing and the door sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The door is at a higher elevation than the breathing.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_ac897760a11d5967ad70", "split": "test", "audio_id": "foa_3968b148d2010b21a1a6", "audio_path": "audio/test/foa_3968b148d2010b21a1a6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the ocean and the printer, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The ocean is located at a higher elevation than the printer.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_44532ead5f1c5c6e827e", "split": "test", "audio_id": "foa_6137264d6ad92b96890e", "audio_path": "audio/test/foa_6137264d6ad92b96890e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to appliance, is alarm on the left or on the right? Answer in one sentence.", "answer": "alarm is to the left of appliance.", "canonical_answer": "alarm is to the left of appliance.", "answer_meta": {}}
{"qa_id": "qa_adbd6e49e53dd4fe9eb2", "split": "test", "audio_id": "foa_79d1136cb72bcd45ef01", "audio_path": "audio/test/foa_79d1136cb72bcd45ef01.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_c7006cb630781660ef74", "split": "test", "audio_id": "foa_55a1ae509e67d7b1b96d", "audio_path": "audio/test/foa_55a1ae509e67d7b1b96d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.0s to 0.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The keyboard instrument is heard from right during 0.0s to 0.2s.", "canonical_answer": "keyboard instrument from right.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_c10274d70210a0233399", "split": "test", "audio_id": "foa_8a6d9cb4ccdfaa859ced", "audio_path": "audio/test/foa_8a6d9cb4ccdfaa859ced.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the gong or the zipper? Answer in one sentence.", "answer": "The zipper is located closer to the listener than the gong.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_213e15d47a9795d53937", "split": "test", "audio_id": "foa_2276f0a5c23548ec4a2e", "audio_path": "audio/test/foa_2276f0a5c23548ec4a2e.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the body sound and the drawer cabinet, which one is located closer to the listener? Answer in one sentence.", "answer": "The body sound is closer to the listener than the drawer cabinet.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_6e1044116cd0d732d2dc", "split": "test", "audio_id": "foa_7447b9b82ae598b0117e", "audio_path": "audio/test/foa_7447b9b82ae598b0117e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is paper.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_806fb6ceb88f7398255f", "split": "test", "audio_id": "foa_16b3425a8b1c26bc4dc7", "audio_path": "audio/test/foa_16b3425a8b1c26bc4dc7.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is metal clink to the left or right of paper? Answer in one sentence.", "answer": "metal clink is to the right of paper.", "canonical_answer": "metal clink is to the right of paper.", "answer_meta": {}}
{"qa_id": "qa_4085b3f23b9d52ed06d6", "split": "test", "audio_id": "foa_e4f4ab2bd9ae1e7ec38e", "audio_path": "audio/test/foa_e4f4ab2bd9ae1e7ec38e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from back-left during 0.4s to 16.8s.", "canonical_answer": "speech from back-left.", "answer_meta": {"time_span": [0.4, 16.8]}}
{"qa_id": "qa_2cfe1d96e734bc3eb805", "split": "test", "audio_id": "foa_563252ef8023dc76182b", "audio_path": "audio/test/foa_563252ef8023dc76182b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the ocean and the tape, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The ocean is located at a higher elevation than the tape.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_9866e89e4a8c5972d891", "split": "test", "audio_id": "foa_ff138c467b3e7febc82c", "audio_path": "audio/test/foa_ff138c467b3e7febc82c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is ocean.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_5eff4617698abeb572cc", "split": "test", "audio_id": "foa_beff86da9a932680d2fa", "audio_path": "audio/test/foa_beff86da9a932680d2fa.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the body sound and the vehicle, which one is located closer to the listener? Answer in one sentence.", "answer": "The body sound is the source located closer to the listener.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_e47edb453b8beaa3fe19", "split": "test", "audio_id": "foa_334b79c2b7bb55199570", "audio_path": "audio/test/foa_334b79c2b7bb55199570.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to guitar, is crushing on the left or on the right? Answer in one sentence.", "answer": "crushing is to the left of guitar.", "canonical_answer": "crushing is to the left of guitar.", "answer_meta": {}}
{"qa_id": "qa_37c0bc5cadebb18fd641", "split": "test", "audio_id": "foa_6635fdcc05c4e52171d9", "audio_path": "audio/test/foa_6635fdcc05c4e52171d9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the paper or the rain? Answer in one sentence.", "answer": "The rain is located at a higher elevation than the paper.", "canonical_answer": "rain", "answer_meta": {}}
{"qa_id": "qa_a1b9ece072b56cd65da2", "split": "test", "audio_id": "foa_65dfb035ca8185d80104", "audio_path": "audio/test/foa_65dfb035ca8185d80104.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the frog occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The frog is heard from front during 8.8s to 20.0s.", "canonical_answer": "frog from front.", "answer_meta": {"time_span": [8.8, 20.0]}}
{"qa_id": "qa_30cade66fbcb8bc8ed70", "split": "test", "audio_id": "foa_e1f2b7ed3605ba4706a9", "audio_path": "audio/test/foa_e1f2b7ed3605ba4706a9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is alarm to the left or right of footsteps? Answer in one sentence.", "answer": "alarm is to the right of footsteps.", "canonical_answer": "alarm is to the right of footsteps.", "answer_meta": {}}
{"qa_id": "qa_e8ff49010cefb47f67c4", "split": "test", "audio_id": "foa_88ae0d3f5a9016e130cd", "audio_path": "audio/test/foa_88ae0d3f5a9016e130cd.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the singing and the tool sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The tool is closer to the listener than the singing.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_26b378cec2d6d1b344cd", "split": "test", "audio_id": "foa_5bca0812657f7392f2da", "audio_path": "audio/test/foa_5bca0812657f7392f2da.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_2cdb222f6d48a2d48d01", "split": "test", "audio_id": "foa_aa8abe223bf748368d68", "audio_path": "audio/test/foa_aa8abe223bf748368d68.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, crushing or home sound, is positioned at a higher elevation? Answer in one sentence.", "answer": "The crushing sound is at a higher elevation than the home sound.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_1ea563ac88990613834a", "split": "test", "audio_id": "foa_543576ded70447adc2ef", "audio_path": "audio/test/foa_543576ded70447adc2ef.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 4.6s to 5.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The percussion is heard from front during 4.6s to 5.2s.", "canonical_answer": "percussion from front.", "answer_meta": {"time_span": [4.6, 5.2]}}
{"qa_id": "qa_66557ad7a1d877a2ce8f", "split": "test", "audio_id": "foa_f30f70335d26f8b3b40e", "audio_path": "audio/test/foa_f30f70335d26f8b3b40e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 1.2s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The typing is heard from left during 1.2s to 20.0s.", "canonical_answer": "typing from left.", "answer_meta": {"time_span": [1.2, 20.0]}}
{"qa_id": "qa_000d0934e4aac8e366d4", "split": "test", "audio_id": "foa_b4c48d85695f10d4d731", "audio_path": "audio/test/foa_b4c48d85695f10d4d731.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is guitar.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_93cf350a390a0a7e68d3", "split": "test", "audio_id": "foa_550f6b9c59c0419dc011", "audio_path": "audio/test/foa_550f6b9c59c0419dc011.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tool, is laughter on the left or on the right? Answer in one sentence.", "answer": "laughter is to the left of tool.", "canonical_answer": "laughter is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_6cf0110d31a65fc5976b", "split": "test", "audio_id": "foa_4de1ec690d2bb55f5a86", "audio_path": "audio/test/foa_4de1ec690d2bb55f5a86.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the singing and the wood sounds, which one is located at a higher elevation? Answer in one sentence.", "answer": "The wood sound is at a higher elevation than the singing.", "canonical_answer": "wood", "answer_meta": {}}
{"qa_id": "qa_e187f601d20e3f2a1321", "split": "test", "audio_id": "foa_199b9994424494012794", "audio_path": "audio/test/foa_199b9994424494012794.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the percussion, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the percussion.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_e35c6276c8c9ff5d002a", "split": "test", "audio_id": "foa_d74f08da12689d0d7f7c", "audio_path": "audio/test/foa_d74f08da12689d0d7f7c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to insect, is camera on the left or on the right? Answer in one sentence.", "answer": "camera is to the right of insect.", "canonical_answer": "camera is to the right of insect.", "answer_meta": {}}
{"qa_id": "qa_0d816271dd0eaf6653e1", "split": "test", "audio_id": "foa_853ae7e55d24097423b7", "audio_path": "audio/test/foa_853ae7e55d24097423b7.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the guitar or the percussion sound closer to the listener? Answer in one sentence.", "answer": "The guitar is closer to the listener than the percussion.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_948e6c90cf1cb55171fd", "split": "test", "audio_id": "foa_89838930c47371c2b27a", "audio_path": "audio/test/foa_89838930c47371c2b27a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_a0897076b28051d3e73d", "split": "test", "audio_id": "foa_ee974da42a96ce08e7a5", "audio_path": "audio/test/foa_ee974da42a96ce08e7a5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the insect occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The insect is heard from front-left and below during 0.0s to 20.0s.", "canonical_answer": "insect from front-left and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_482d0da83328cb8f5f0f", "split": "test", "audio_id": "foa_507c9c6cd63f0fa64b44", "audio_path": "audio/test/foa_507c9c6cd63f0fa64b44.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the bell or the home sound, is positioned at a higher elevation? Answer in one sentence.", "answer": "The bell is at a higher elevation compared to the home sound.", "canonical_answer": "bell", "answer_meta": {}}
{"qa_id": "qa_bfab747625bed5de7b39", "split": "test", "audio_id": "foa_58757035dc6d8a14f383", "audio_path": "audio/test/foa_58757035dc6d8a14f383.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the animal and the singing, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The animal is located at a higher elevation than the singing.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_ee5ea3607b87cdcaea9b", "split": "test", "audio_id": "foa_ed18998b14c8f82803fd", "audio_path": "audio/test/foa_ed18998b14c8f82803fd.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.7s to 16.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The fire is heard from front and above during 0.7s to 16.8s.", "canonical_answer": "fire from front and above.", "answer_meta": {"time_span": [0.7, 16.8]}}
{"qa_id": "qa_b9d1ecd1ea707eeff165", "split": "test", "audio_id": "foa_87e48c85af8914189394", "audio_path": "audio/test/foa_87e48c85af8914189394.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the printer and the typing sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The printer is closer to the listener than the typing.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_634a28578ab95806f6f7", "split": "test", "audio_id": "foa_66b5714e334adf86b361", "audio_path": "audio/test/foa_66b5714e334adf86b361.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is car.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_39a1575d5e2b33b4aca3", "split": "test", "audio_id": "foa_9b7e9c81539f22363cc2", "audio_path": "audio/test/foa_9b7e9c81539f22363cc2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is printer to the left or right of tool? Answer in one sentence.", "answer": "printer is to the left of tool.", "canonical_answer": "printer is to the left of tool.", "answer_meta": {}}
{"qa_id": "qa_d7b513357c470cf5e872", "split": "test", "audio_id": "foa_6875fba664d2d9d4875c", "audio_path": "audio/test/foa_6875fba664d2d9d4875c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is insect to the left or right of scratch? Answer in one sentence.", "answer": "insect is to the left of scratch.", "canonical_answer": "insect is to the left of scratch.", "answer_meta": {}}
{"qa_id": "qa_9f278670e8a06e365b3f", "split": "test", "audio_id": "foa_ae3b3f1d8d82f2966103", "audio_path": "audio/test/foa_ae3b3f1d8d82f2966103.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is male speech.", "canonical_answer": "male speech", "answer_meta": {}}
{"qa_id": "qa_098bbd5c1f03b19af401", "split": "test", "audio_id": "foa_c782dde3aa3fd26edaae", "audio_path": "audio/test/foa_c782dde3aa3fd26edaae.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is positioned at a higher elevation, the car or the fire? Answer in one sentence.", "answer": "The car is at a higher elevation than the fire.", "canonical_answer": "car", "answer_meta": {}}
{"qa_id": "qa_ee61d784bacab59f5006", "split": "test", "audio_id": "foa_c9d2fbc9e05593eea98d", "audio_path": "audio/test/foa_c9d2fbc9e05593eea98d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener: the home sound or the insect? Answer in one sentence.", "answer": "The home sound is closer to the listener than the insect.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_ff3a7afca3d56d56ee32", "split": "test", "audio_id": "foa_196f7c2b27fc9c1fa165", "audio_path": "audio/test/foa_196f7c2b27fc9c1fa165.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the train occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The train is heard from back-right and below during 0.0s to 20.0s.", "canonical_answer": "train from back-right and below.", "answer_meta": {"time_span": [0.0, 20.0]}}
{"qa_id": "qa_149f3692d92b723d7a0c", "split": "test", "audio_id": "foa_802d2f423bc7d538c1f1", "audio_path": "audio/test/foa_802d2f423bc7d538c1f1.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_5edaf27f18ea8958a703", "split": "test", "audio_id": "foa_145ab703480aeab0bcc3", "audio_path": "audio/test/foa_145ab703480aeab0bcc3.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the dog occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The dog is heard from back-left and above during 0.3s to 0.8s.", "canonical_answer": "dog from back-left and above.", "answer_meta": {"time_span": [0.3, 0.8]}}
{"qa_id": "qa_839924918d6abac3012b", "split": "test", "audio_id": "foa_b41f0d62276dc3d592e6", "audio_path": "audio/test/foa_b41f0d62276dc3d592e6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the glass and the paper, which source is positioned higher in elevation? Answer in one sentence.", "answer": "The glass is higher in elevation than the paper.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_eb526d3bbfb8911b833a", "split": "test", "audio_id": "foa_c5eb578a9cfd7e12f43c", "audio_path": "audio/test/foa_c5eb578a9cfd7e12f43c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drawer cabinet and the string instrument, which one is located closer to the listener? Answer in one sentence.", "answer": "The drawer cabinet is closer to the listener than the string instrument.", "canonical_answer": "drawer cabinet", "answer_meta": {}}
{"qa_id": "qa_f2be581f85d970d21ad1", "split": "test", "audio_id": "foa_26dc1a0babf7aafc658e", "audio_path": "audio/test/foa_26dc1a0babf7aafc658e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is animal to the left or right of female speech? Answer in one sentence.", "answer": "animal is to the left of female speech.", "canonical_answer": "animal is to the left of female speech.", "answer_meta": {}}
{"qa_id": "qa_0bc0ecd753a5ca8c7d05", "split": "test", "audio_id": "foa_5b4ffdeb46dae6f6d9e8", "audio_path": "audio/test/foa_5b4ffdeb46dae6f6d9e8.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the drum occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The drum is heard from front-left and below during 0.0s to 2.5s.", "canonical_answer": "drum from front-left and below.", "answer_meta": {"time_span": [0.0, 2.5]}}
{"qa_id": "qa_a672e279b764de93550b", "split": "test", "audio_id": "foa_557819108c19eb022452", "audio_path": "audio/test/foa_557819108c19eb022452.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the clock and the ocean, which source is located closer to the listener? Answer in one sentence.", "answer": "The ocean is closer to the listener than the clock.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_4f444c1d0ea8da8da795", "split": "test", "audio_id": "foa_d2dc1f14731fe43379b0", "audio_path": "audio/test/foa_d2dc1f14731fe43379b0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to speech, is knock on the left or on the right? Answer in one sentence.", "answer": "knock is to the right of speech.", "canonical_answer": "knock is to the right of speech.", "answer_meta": {}}
{"qa_id": "qa_2b797a5d903f8edb19b9", "split": "test", "audio_id": "foa_673a5eb9264b10f6fe38", "audio_path": "audio/test/foa_673a5eb9264b10f6fe38.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is dog.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_c4ac49cd4282cad954ee", "split": "test", "audio_id": "foa_415270cd98d323bdd6da", "audio_path": "audio/test/foa_415270cd98d323bdd6da.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the animal or the speech source located at a higher elevation? Answer in one sentence.", "answer": "The speech source is at a higher elevation than the animal.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_532c6669b5c2a75cbb84", "split": "test", "audio_id": "foa_ef99b388dc81e6cced96", "audio_path": "audio/test/foa_ef99b388dc81e6cced96.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the tool or the wood? Answer in one sentence.", "answer": "The tool is at a higher elevation than the wood.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_dc0e2f1a7a8ef40a612a", "split": "test", "audio_id": "foa_3e150e6406ffc73e2238", "audio_path": "audio/test/foa_3e150e6406ffc73e2238.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tearing, is knock on the left or on the right? Answer in one sentence.", "answer": "knock is to the right of tearing.", "canonical_answer": "knock is to the right of tearing.", "answer_meta": {}}
{"qa_id": "qa_21c3e1766c1c593b647c", "split": "test", "audio_id": "foa_ff4769db2974e2d5ffd1", "audio_path": "audio/test/foa_ff4769db2974e2d5ffd1.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the crushing sound and the war sound, which one is located closer to the listener? Answer in one sentence.", "answer": "The war sound is closer to the listener than the crushing sound.", "canonical_answer": "war sound", "answer_meta": {}}
{"qa_id": "qa_da0ec31b45adf756f38d", "split": "test", "audio_id": "foa_a77a70197cb711dd8395", "audio_path": "audio/test/foa_a77a70197cb711dd8395.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 0.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The breathing is heard from back-left during 0.0s to 0.4s.", "canonical_answer": "breathing from back-left.", "answer_meta": {"time_span": [0.0, 0.4]}}
{"qa_id": "qa_796666f7fb0b471f302e", "split": "test", "audio_id": "foa_493a0c86395de2fc707d", "audio_path": "audio/test/foa_493a0c86395de2fc707d.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_b27df51d41c907aede2f", "split": "test", "audio_id": "foa_b00da9103887b5b55ebd", "audio_path": "audio/test/foa_b00da9103887b5b55ebd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is insect.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_faeddb04e9d1aa7444be", "split": "test", "audio_id": "foa_74d8c276a6dc3f6a5601", "audio_path": "audio/test/foa_74d8c276a6dc3f6a5601.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the aircraft and the gong, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The gong is at a higher elevation than the aircraft.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_9f5e782a190ff6cebcab", "split": "test", "audio_id": "foa_cad4ac9ff717574a5614", "audio_path": "audio/test/foa_cad4ac9ff717574a5614.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 9.1s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The guitar is heard from back during 0.0s to 9.1s.", "canonical_answer": "guitar from back.", "answer_meta": {"time_span": [0.0, 9.1]}}
{"qa_id": "qa_8fb4288d2624b6871607", "split": "test", "audio_id": "foa_9b8c13f0643a17b9243a", "audio_path": "audio/test/foa_9b8c13f0643a17b9243a.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to train, is guitar on the left or on the right? Answer in one sentence.", "answer": "guitar is to the left of train.", "canonical_answer": "guitar is to the left of train.", "answer_meta": {}}
{"qa_id": "qa_300f7d8b948d71de0659", "split": "test", "audio_id": "foa_0ec8f542e46f19df0e3c", "audio_path": "audio/test/foa_0ec8f542e46f19df0e3c.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal sound and the crackle, which one is located closer to the listener? Answer in one sentence.", "answer": "The animal sound is closer to the listener than the crackle.", "canonical_answer": "animal", "answer_meta": {}}
{"qa_id": "qa_f6288e171e277638e33e", "split": "test", "audio_id": "foa_1889502263f6c5087306", "audio_path": "audio/test/foa_1889502263f6c5087306.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the singing, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The insect originates from a higher elevation than the singing.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_7721d97256fc0ed37eb1", "split": "test", "audio_id": "foa_50cd6e7e3fd680f87f7a", "audio_path": "audio/test/foa_50cd6e7e3fd680f87f7a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is vehicle.", "canonical_answer": "vehicle", "answer_meta": {}}
{"qa_id": "qa_5725eeb07df88c2f3c4a", "split": "test", "audio_id": "foa_b64a1672845e4d075ce2", "audio_path": "audio/test/foa_b64a1672845e4d075ce2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is car to the left or right of machine? Answer in one sentence.", "answer": "car is to the right of machine.", "canonical_answer": "car is to the right of machine.", "answer_meta": {}}
{"qa_id": "qa_719b6e853a459dab456a", "split": "test", "audio_id": "foa_736435c7841803c3d083", "audio_path": "audio/test/foa_736435c7841803c3d083.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the cat or the glass? Answer in one sentence.", "answer": "The glass is closer to the listener than the cat.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_03519525a60a30d89584", "split": "test", "audio_id": "foa_ee8a04b81f19a5106950", "audio_path": "audio/test/foa_ee8a04b81f19a5106950.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the percussion occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The percussion is heard from front-right during 0.0s to 0.8s.", "canonical_answer": "percussion from front-right.", "answer_meta": {"time_span": [0.0, 0.8]}}
{"qa_id": "qa_34972b63108ef3766619", "split": "test", "audio_id": "foa_ca3d55dc4c6a41660b01", "audio_path": "audio/test/foa_ca3d55dc4c6a41660b01.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Comparing the gong and the laughter, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The laughter is located at a higher elevation than the gong.", "canonical_answer": "laughter", "answer_meta": {}}
{"qa_id": "qa_0f0c9c00f58c0039ea3a", "split": "test", "audio_id": "foa_8c3aa5906e2f4360de6d", "audio_path": "audio/test/foa_8c3aa5906e2f4360de6d.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to fire, is cat on the left or on the right? Answer in one sentence.", "answer": "cat is to the left of fire.", "canonical_answer": "cat is to the left of fire.", "answer_meta": {}}
{"qa_id": "qa_6f4b2ead34d791fc3c26", "split": "test", "audio_id": "foa_18773f17bbe610052809", "audio_path": "audio/test/foa_18773f17bbe610052809.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is appliance.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_b221aad5f6cfb9d07b87", "split": "test", "audio_id": "foa_33b1e9cb001d6ca63608", "audio_path": "audio/test/foa_33b1e9cb001d6ca63608.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 20.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The thunderstorm is heard from back during 0.5s to 20.0s.", "canonical_answer": "thunderstorm from back.", "answer_meta": {"time_span": [0.5, 20.0]}}
{"qa_id": "qa_8e2571460a3570384968", "split": "test", "audio_id": "foa_0066df0604fd206b8e7d", "audio_path": "audio/test/foa_0066df0604fd206b8e7d.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the door and the tape, which source is located closer to the listener? Answer in one sentence.", "answer": "The tape is closer to the listener than the door.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_7163ab931f60a20b4ff9", "split": "test", "audio_id": "foa_b2f80d6f5d01a6015264", "audio_path": "audio/test/foa_b2f80d6f5d01a6015264.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 17.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The cat is heard from back-left and below during 0.0s to 17.8s.", "canonical_answer": "cat from back-left and below.", "answer_meta": {"time_span": [0.0, 17.8]}}
{"qa_id": "qa_7495c532ebc4474d192d", "split": "test", "audio_id": "foa_5e6118c221e622feae37", "audio_path": "audio/test/foa_5e6118c221e622feae37.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to door, is clock on the left or on the right? Answer in one sentence.", "answer": "clock is to the left of door.", "canonical_answer": "clock is to the left of door.", "answer_meta": {}}
{"qa_id": "qa_171d181cae54018e4843", "split": "test", "audio_id": "foa_c031b64428867815afaa", "audio_path": "audio/test/foa_c031b64428867815afaa.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is typing.", "canonical_answer": "typing", "answer_meta": {}}
{"qa_id": "qa_bb7c4c9b3ccd52a29d1e", "split": "test", "audio_id": "foa_2f0a13424e65f2dbc535", "audio_path": "audio/test/foa_2f0a13424e65f2dbc535.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the home sound and the musical instrument, which one is positioned closer to the listener? Answer in one sentence.", "answer": "The home sound is closer to the listener than the musical instrument.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_12219f5e83b59ddd4a71", "split": "test", "audio_id": "foa_913dbf46dd8f31b3db2f", "audio_path": "audio/test/foa_913dbf46dd8f31b3db2f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the gong or the speech coming from a higher elevation? Answer in one sentence.", "answer": "The gong originates from a higher elevation than the speech.", "canonical_answer": "gong", "answer_meta": {}}
{"qa_id": "qa_fc19cab814fb17c97bd2", "split": "test", "audio_id": "foa_7183ef1d93b111c2d121", "audio_path": "audio/test/foa_7183ef1d93b111c2d121.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is car to the left or right of drum? Answer in one sentence.", "answer": "car is to the left of drum.", "canonical_answer": "car is to the left of drum.", "answer_meta": {}}
{"qa_id": "qa_6d919d53e7351d2d69d8", "split": "test", "audio_id": "foa_d4464cae257ec6602304", "audio_path": "audio/test/foa_d4464cae257ec6602304.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is wind.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_b7f941549f13040ee5eb", "split": "test", "audio_id": "foa_8cf670608d96aa7ef19d", "audio_path": "audio/test/foa_8cf670608d96aa7ef19d.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.7s to 2.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The musical instrument is heard from back and above during 0.7s to 2.2s.", "canonical_answer": "musical instrument from back and above.", "answer_meta": {"time_span": [0.7, 2.2]}}
{"qa_id": "qa_aec2f4fa73f0c2a7e425", "split": "test", "audio_id": "foa_fddaf9ed0e13c98337e6", "audio_path": "audio/test/foa_fddaf9ed0e13c98337e6.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the metal clink or the printer? Answer in one sentence.", "answer": "The printer is closer to the listener than the metal clink.", "canonical_answer": "printer", "answer_meta": {}}
{"qa_id": "qa_ced9b6aefb7459f4c2c4", "split": "test", "audio_id": "foa_1154f9c9c85869d8f2f9", "audio_path": "audio/test/foa_1154f9c9c85869d8f2f9.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the crack and the tape, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The tape is at a higher elevation than the crack.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_648062987464fb84f9db", "split": "test", "audio_id": "foa_eb5fc9962f60772b943c", "audio_path": "audio/test/foa_eb5fc9962f60772b943c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to rain, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the left of rain.", "canonical_answer": "aircraft is to the left of rain.", "answer_meta": {}}
{"qa_id": "qa_76e1b55994b73c1433c6", "split": "test", "audio_id": "foa_eaa4adb32d21cc2a8b63", "audio_path": "audio/test/foa_eaa4adb32d21cc2a8b63.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the singing or the train? Answer in one sentence.", "answer": "The train is at a higher elevation than the singing.", "canonical_answer": "train", "answer_meta": {}}
{"qa_id": "qa_15cb5c879894e15502c1", "split": "test", "audio_id": "foa_22af17a0d8220e06cf91", "audio_path": "audio/test/foa_22af17a0d8220e06cf91.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 2.0s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The human vocalization is heard from front and below during 0.6s to 2.0s.", "canonical_answer": "human vocalization from front and below.", "answer_meta": {"time_span": [0.6, 2.0]}}
{"qa_id": "qa_728b5f93fbf5eef6127c", "split": "test", "audio_id": "foa_752e0fc031154deebf5c", "audio_path": "audio/test/foa_752e0fc031154deebf5c.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_acb3284383cb069fd1e3", "split": "test", "audio_id": "foa_2fc269871b29cff428f0", "audio_path": "audio/test/foa_2fc269871b29cff428f0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the knock or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the knock.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_c065784771461a4a8141", "split": "test", "audio_id": "foa_c566dc2209394ffd987a", "audio_path": "audio/test/foa_c566dc2209394ffd987a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 16.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The rain is heard from front and above during 0.4s to 16.4s.", "canonical_answer": "rain from front and above.", "answer_meta": {"time_span": [0.4, 16.4]}}
{"qa_id": "qa_92697d34a7f9f8dc0825", "split": "test", "audio_id": "foa_0853a216e9cd43cbff8a", "audio_path": "audio/test/foa_0853a216e9cd43cbff8a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is glass.", "canonical_answer": "glass", "answer_meta": {}}
{"qa_id": "qa_cc610acd458b09d4f87c", "split": "test", "audio_id": "foa_d74fcd379f8328704a6c", "audio_path": "audio/test/foa_d74fcd379f8328704a6c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to singing, is percussion on the left or on the right? Answer in one sentence.", "answer": "percussion is to the left of singing.", "canonical_answer": "percussion is to the left of singing.", "answer_meta": {}}
{"qa_id": "qa_dc50f10d0acf20094d60", "split": "test", "audio_id": "foa_a99dd3aa4156fb4ff0c8", "audio_path": "audio/test/foa_a99dd3aa4156fb4ff0c8.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the paper or the scratch? Answer in one sentence.", "answer": "The paper is closer to the listener than the scratch.", "canonical_answer": "paper", "answer_meta": {}}
{"qa_id": "qa_65b951cbd04d2bf164d4", "split": "test", "audio_id": "foa_36db62deb93c6e640d0e", "audio_path": "audio/test/foa_36db62deb93c6e640d0e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source, the appliance or the crushing, is located at a higher elevation? Answer in one sentence.", "answer": "The crushing sound is at a higher elevation than the appliance.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_7791cbe1dc6aad871c3a", "split": "test", "audio_id": "foa_01fcde923c6cea2fe02a", "audio_path": "audio/test/foa_01fcde923c6cea2fe02a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the body sound and the cooking, which source is positioned closer to the listener? Answer in one sentence.", "answer": "The body sound is closer to the listener than the cooking.", "canonical_answer": "body sound", "answer_meta": {}}
{"qa_id": "qa_e45bf1eeb8fcd6150b08", "split": "test", "audio_id": "foa_e27e0af9ae491debd4dd", "audio_path": "audio/test/foa_e27e0af9ae491debd4dd.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is singing.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_6d55f319521865603478", "split": "test", "audio_id": "foa_44efea496f2b4aaa91be", "audio_path": "audio/test/foa_44efea496f2b4aaa91be.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the cooking sound or the keyboard instrument sound at a higher elevation? Answer in one sentence.", "answer": "The keyboard instrument is at a higher elevation than the cooking.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_925c362014333d040cd2", "split": "test", "audio_id": "foa_af25967175e553220d9e", "audio_path": "audio/test/foa_af25967175e553220d9e.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to gong, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the right of gong.", "canonical_answer": "appliance is to the right of gong.", "answer_meta": {}}
{"qa_id": "qa_450e8526bd94d5649951", "split": "test", "audio_id": "foa_4113a1ff7767c6cba5f4", "audio_path": "audio/test/foa_4113a1ff7767c6cba5f4.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from front and above during 0.2s to 7.3s.", "canonical_answer": "speech from front and above.", "answer_meta": {"time_span": [0.2, 7.3]}}
{"qa_id": "qa_b205ded9cd2918633257", "split": "test", "audio_id": "foa_8c47964ccbbbce96dfbf", "audio_path": "audio/test/foa_8c47964ccbbbce96dfbf.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_cb8ffe8612cb187caaa6", "split": "test", "audio_id": "foa_298f2ea1ad95291ec135", "audio_path": "audio/test/foa_298f2ea1ad95291ec135.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is machine to the left or right of zipper? Answer in one sentence.", "answer": "machine is to the left of zipper.", "canonical_answer": "machine is to the left of zipper.", "answer_meta": {}}
{"qa_id": "qa_6a6cae094a1d7b73dec2", "split": "test", "audio_id": "foa_15ff6fd123f56c6a5390", "audio_path": "audio/test/foa_15ff6fd123f56c6a5390.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the cooking sound or the tape sound positioned at a higher elevation? Answer in one sentence.", "answer": "The tape sound is positioned at a higher elevation than the cooking sound.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_3117741ea2c0436430c8", "split": "test", "audio_id": "foa_aac5357f4725c57b5b90", "audio_path": "audio/test/foa_aac5357f4725c57b5b90.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the animal and the footsteps, which sound is closer to the listener? Answer in one sentence.", "answer": "The footsteps are closer to the listener than the animal.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_ed0d593b26422c620019", "split": "test", "audio_id": "foa_1080f4287cda0d66ec12", "audio_path": "audio/test/foa_1080f4287cda0d66ec12.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 10.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The thunderstorm is heard from front-right during 0.0s to 10.4s.", "canonical_answer": "thunderstorm from front-right.", "answer_meta": {"time_span": [0.0, 10.4]}}
{"qa_id": "qa_29925eb3bba75b5dfb8f", "split": "test", "audio_id": "foa_f70494a2b55b693a015e", "audio_path": "audio/test/foa_f70494a2b55b693a015e.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the home sound and the insect, which one is located at a higher elevation? Answer in one sentence.", "answer": "The home sound is located at a higher elevation than the insect.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_2f507304d5ec0b6bab28", "split": "test", "audio_id": "foa_2eef41a853dd006b7544", "audio_path": "audio/test/foa_2eef41a853dd006b7544.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is string instrument to the left or right of water? Answer in one sentence.", "answer": "string instrument is to the left of water.", "canonical_answer": "string instrument is to the left of water.", "answer_meta": {}}
{"qa_id": "qa_598811a182101f85a374", "split": "test", "audio_id": "foa_935013b3d88666f67f97", "audio_path": "audio/test/foa_935013b3d88666f67f97.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the animal or the singing? Answer in one sentence.", "answer": "The singing is closer to the listener than the animal.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_a4c204161481a2a777ff", "split": "test", "audio_id": "foa_220d520e3d0174f1e3de", "audio_path": "audio/test/foa_220d520e3d0174f1e3de.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is aircraft.", "canonical_answer": "aircraft", "answer_meta": {}}
{"qa_id": "qa_3957a138ea0e14d4be2e", "split": "test", "audio_id": "foa_34eda12122fc013422da", "audio_path": "audio/test/foa_34eda12122fc013422da.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 2.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The string instrument is heard from back and below during 0.0s to 2.2s.", "canonical_answer": "string instrument from back and below.", "answer_meta": {"time_span": [0.0, 2.2]}}
{"qa_id": "qa_3eacfeaa19ac43f50159", "split": "test", "audio_id": "foa_82812e544c2a8c2cdca5", "audio_path": "audio/test/foa_82812e544c2a8c2cdca5.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.7s to 3.0s, what source is active and where is it located? Answer in one sentence.", "answer": "The human vocalization is heard from front and below during 0.7s to 3.0s.", "canonical_answer": "human vocalization from front and below.", "answer_meta": {"time_span": [0.7, 3.0]}}
{"qa_id": "qa_4174a9021cc344dbca3d", "split": "test", "audio_id": "foa_e34c295dacd4b61cc259", "audio_path": "audio/test/foa_e34c295dacd4b61cc259.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to vehicle, is crackle on the left or on the right? Answer in one sentence.", "answer": "crackle is to the right of vehicle.", "canonical_answer": "crackle is to the right of vehicle.", "answer_meta": {}}
{"qa_id": "qa_14725fba0f05036f732a", "split": "test", "audio_id": "foa_5a94c057027702ac07c3", "audio_path": "audio/test/foa_5a94c057027702ac07c3.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sounds, the appliance or the scratch, is located at a higher elevation? Answer in one sentence.", "answer": "The appliance is at a higher elevation than the scratch.", "canonical_answer": "appliance", "answer_meta": {}}
{"qa_id": "qa_aae4a00d50428931a537", "split": "test", "audio_id": "foa_dd21687547a49906e49f", "audio_path": "audio/test/foa_dd21687547a49906e49f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_038cd115a742edcfa5f8", "split": "test", "audio_id": "foa_295f00c15d7f5c011923", "audio_path": "audio/test/foa_295f00c15d7f5c011923.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the insect and the thunderstorm, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The insect is closer to the listener than the thunderstorm.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_824655760aab75c6b879", "split": "test", "audio_id": "foa_ed45e455e116fead5492", "audio_path": "audio/test/foa_ed45e455e116fead5492.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the finger snapping and the frog, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The frog is the sound source that is closer to the listener.", "canonical_answer": "frog", "answer_meta": {}}
{"qa_id": "qa_5ffe3227b8b71cd93ded", "split": "test", "audio_id": "foa_855b4e68eea536fe27c8", "audio_path": "audio/test/foa_855b4e68eea536fe27c8.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the car or the guitar positioned at a higher elevation in this scene? Answer in one sentence.", "answer": "The guitar is positioned at a higher elevation than the car.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_eb246aae1a889afd0815", "split": "test", "audio_id": "foa_19beaeebe6efc20cd387", "audio_path": "audio/test/foa_19beaeebe6efc20cd387.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to tape, is guitar on the left or on the right? Answer in one sentence.", "answer": "guitar is to the right of tape.", "canonical_answer": "guitar is to the right of tape.", "answer_meta": {}}
{"qa_id": "qa_d361b23024e950ca31b5", "split": "test", "audio_id": "foa_25a6a4bfada88fed2d3a", "audio_path": "audio/test/foa_25a6a4bfada88fed2d3a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is zipper.", "canonical_answer": "zipper", "answer_meta": {}}
{"qa_id": "qa_36e6108a0ad28b6c2246", "split": "test", "audio_id": "foa_0dc806dd30fe6e685554", "audio_path": "audio/test/foa_0dc806dd30fe6e685554.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.6s to 12.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The camera is heard from back and above during 1.6s to 12.2s.", "canonical_answer": "camera from back and above.", "answer_meta": {"time_span": [1.6, 12.2]}}
{"qa_id": "qa_ae4717d0031c8617db7a", "split": "test", "audio_id": "foa_5fec3ee9adaa0d6799c3", "audio_path": "audio/test/foa_5fec3ee9adaa0d6799c3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is aircraft to the left or right of clock? Answer in one sentence.", "answer": "aircraft is to the left of clock.", "canonical_answer": "aircraft is to the left of clock.", "answer_meta": {}}
{"qa_id": "qa_6b5354ae159672f6aa5a", "split": "test", "audio_id": "foa_cce4c03a046289e3dd1f", "audio_path": "audio/test/foa_cce4c03a046289e3dd1f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the war sound occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The war sound is heard from right during 10.9s to 12.2s.", "canonical_answer": "war sound from right.", "answer_meta": {"time_span": [10.9, 12.2]}}
{"qa_id": "qa_514503f90458ce6e0238", "split": "test", "audio_id": "foa_00d83000d8658748c76b", "audio_path": "audio/test/foa_00d83000d8658748c76b.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the tape, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The tape is at a higher elevation than the footsteps.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_e9448678a1c66013aa53", "split": "test", "audio_id": "foa_37a439c567d8c40dfda9", "audio_path": "audio/test/foa_37a439c567d8c40dfda9.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound is closer to the listener, the machine or the tearing? Answer in one sentence.", "answer": "The tearing sound is closer to the listener than the machine.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_ce33a908fec1a56d0176", "split": "test", "audio_id": "foa_97238e3865365c9e186a", "audio_path": "audio/test/foa_97238e3865365c9e186a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the right? Answer in one sentence.", "answer": "Among the front-positioned sources, the rightmost one is home sound.", "canonical_answer": "home sound", "answer_meta": {}}
{"qa_id": "qa_98ca45012532df4cdc30", "split": "test", "audio_id": "foa_80b51df81a9b51436559", "audio_path": "audio/test/foa_80b51df81a9b51436559.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to musical instrument, is bell on the left or on the right? Answer in one sentence.", "answer": "bell is to the right of musical instrument.", "canonical_answer": "bell is to the right of musical instrument.", "answer_meta": {}}
{"qa_id": "qa_5b3f022cdde9bfd41db2", "split": "test", "audio_id": "foa_c585b9accb79e20e4cd6", "audio_path": "audio/test/foa_c585b9accb79e20e4cd6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the animal or the knock sound source positioned at a higher elevation? Answer in one sentence.", "answer": "The knock sound source is positioned at a higher elevation than the animal.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_bf35c9cab65e8463637f", "split": "test", "audio_id": "foa_4b7c77219352e33e2d4e", "audio_path": "audio/test/foa_4b7c77219352e33e2d4e.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources behind the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the behind-the-listener sources, the leftmost one is clock.", "canonical_answer": "clock", "answer_meta": {}}
{"qa_id": "qa_f5f56be5ad830eeebe97", "split": "test", "audio_id": "foa_84d539cd36e9facfc45a", "audio_path": "audio/test/foa_84d539cd36e9facfc45a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the metal clink and the ocean, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The metal clink is the source located closer to the listener.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_971c8a101d4c8d337e31", "split": "test", "audio_id": "foa_9ff8f1629f8b91c20d38", "audio_path": "audio/test/foa_9ff8f1629f8b91c20d38.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 3.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The bird is heard from front and below during 0.0s to 3.8s.", "canonical_answer": "bird from front and below.", "answer_meta": {"time_span": [0.0, 3.8]}}
{"qa_id": "qa_8d69bc9670c066d85a2d", "split": "test", "audio_id": "foa_2baa8cbc9d1f6266dded", "audio_path": "audio/test/foa_2baa8cbc9d1f6266dded.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drum and the home sound, which source is located closer to the listener? Answer in one sentence.", "answer": "The drum is closer to the listener than the home sound.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_0954deb9bd4402f12af4", "split": "test", "audio_id": "foa_bd067a24b5e69cd75762", "audio_path": "audio/test/foa_bd067a24b5e69cd75762.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 0.8s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The glass is heard from front-right and below during 0.4s to 0.8s.", "canonical_answer": "glass from front-right and below.", "answer_meta": {"time_span": [0.4, 0.8]}}
{"qa_id": "qa_9c61d7a6842edab215bd", "split": "test", "audio_id": "foa_72b368f8628a6d84409f", "audio_path": "audio/test/foa_72b368f8628a6d84409f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is crushing.", "canonical_answer": "crushing", "answer_meta": {}}
{"qa_id": "qa_7be906b7bf53477de49b", "split": "test", "audio_id": "foa_bedf7fc8804caed66d15", "audio_path": "audio/test/foa_bedf7fc8804caed66d15.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is drawer cabinet to the left or right of insect? Answer in one sentence.", "answer": "drawer cabinet is to the right of insect.", "canonical_answer": "drawer cabinet is to the right of insect.", "answer_meta": {}}
{"qa_id": "qa_ab1340604bdec0f2c647", "split": "test", "audio_id": "foa_c3275ff13c96f81d818c", "audio_path": "audio/test/foa_c3275ff13c96f81d818c.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the alarm and the dog, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the alarm.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_808f2cc2462a9ce4d18a", "split": "test", "audio_id": "foa_fb48795fc7535f0c6671", "audio_path": "audio/test/foa_fb48795fc7535f0c6671.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the finger snapping occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The finger snapping is heard from back-left during 1.4s to 3.2s.", "canonical_answer": "finger snapping from back-left.", "answer_meta": {"time_span": [1.4, 3.2]}}
{"qa_id": "qa_689ddf2aec593686df23", "split": "test", "audio_id": "foa_27e5d62073c911d7e294", "audio_path": "audio/test/foa_27e5d62073c911d7e294.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is wind instrument.", "canonical_answer": "wind instrument", "answer_meta": {}}
{"qa_id": "qa_bd8703e2dc4f0fb6d431", "split": "test", "audio_id": "foa_1f8c00dfba134bd0e690", "audio_path": "audio/test/foa_1f8c00dfba134bd0e690.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the scratch and the water sounds, which one is located closer to the listener? Answer in one sentence.", "answer": "The water sound is closer to the listener than the scratch sound.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_7cfdb691db7e804a4503", "split": "test", "audio_id": "foa_70e4c823d127a484a692", "audio_path": "audio/test/foa_70e4c823d127a484a692.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to wind, is crushing on the left or on the right? Answer in one sentence.", "answer": "crushing is to the left of wind.", "canonical_answer": "crushing is to the left of wind.", "answer_meta": {}}
{"qa_id": "qa_51dfb6e04f8360a11cac", "split": "test", "audio_id": "foa_d1fb48cd2032892ee76f", "audio_path": "audio/test/foa_d1fb48cd2032892ee76f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the home sound or the human vocalization positioned at a higher elevation? Answer in one sentence.", "answer": "The human vocalization is located at a higher elevation.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_833364f7cec6e904235b", "split": "test", "audio_id": "foa_75c64fd5ddba37706817", "audio_path": "audio/test/foa_75c64fd5ddba37706817.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the drum and the tape, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The tape is at a higher elevation than the drum.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_37ac62f0344bed154dc9", "split": "test", "audio_id": "foa_590d050ecad92818c3ac", "audio_path": "audio/test/foa_590d050ecad92818c3ac.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.6s to 11.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The frog is heard from right during 0.6s to 11.2s.", "canonical_answer": "frog from right.", "answer_meta": {"time_span": [0.6, 11.2]}}
{"qa_id": "qa_6249852c0257d7cba530", "split": "test", "audio_id": "foa_3a684eb0678e4d6986f3", "audio_path": "audio/test/foa_3a684eb0678e4d6986f3.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the drawer cabinet and the fire, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The fire is closer to the listener than the drawer cabinet.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_02cd22b4a1bc352896ac", "split": "test", "audio_id": "foa_145c1f918470b72add9a", "audio_path": "audio/test/foa_145c1f918470b72add9a.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is tool.", "canonical_answer": "tool", "answer_meta": {}}
{"qa_id": "qa_c96edb62533c6214165d", "split": "test", "audio_id": "foa_5a9cafdfe77a7b6d46b9", "audio_path": "audio/test/foa_5a9cafdfe77a7b6d46b9.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to guitar, is fire on the left or on the right? Answer in one sentence.", "answer": "fire is to the right of guitar.", "canonical_answer": "fire is to the right of guitar.", "answer_meta": {}}
{"qa_id": "qa_fe4c4b5da743226f619f", "split": "test", "audio_id": "foa_2851c07cf7f1aaba9a2b", "audio_path": "audio/test/foa_2851c07cf7f1aaba9a2b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bird and the singing, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The singing is closer to the listener than the bird.", "canonical_answer": "singing", "answer_meta": {}}
{"qa_id": "qa_921f8224d9ec17ea3008", "split": "test", "audio_id": "foa_91e89b5711114bbeddd6", "audio_path": "audio/test/foa_91e89b5711114bbeddd6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.6s to 7.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back during 0.6s to 7.4s.", "canonical_answer": "speech from back.", "answer_meta": {"time_span": [0.6, 7.4]}}
{"qa_id": "qa_9f3bc33d5ebd5e65e415", "split": "test", "audio_id": "foa_870fa11cce0808705fb6", "audio_path": "audio/test/foa_870fa11cce0808705fb6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_4f465d462fd25927914c", "split": "test", "audio_id": "foa_3f2e0847994ecb948a6d", "audio_path": "audio/test/foa_3f2e0847994ecb948a6d.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the dog and the singing, which source is located at a higher elevation? Answer in one sentence.", "answer": "The dog is at a higher elevation than the singing.", "canonical_answer": "dog", "answer_meta": {}}
{"qa_id": "qa_feb315f8dd4e6245e8b2", "split": "test", "audio_id": "foa_041ee6bcaf86ff2942f0", "audio_path": "audio/test/foa_041ee6bcaf86ff2942f0.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is frog to the left or right of vehicle? Answer in one sentence.", "answer": "frog is to the left of vehicle.", "canonical_answer": "frog is to the left of vehicle.", "answer_meta": {}}
{"qa_id": "qa_cf83c94191e5f3aa5d5a", "split": "test", "audio_id": "foa_a5c51a1e08ef134b43c6", "audio_path": "audio/test/foa_a5c51a1e08ef134b43c6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the speech occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The speech is heard from front-right during 0.4s to 8.9s.", "canonical_answer": "speech from front-right.", "answer_meta": {"time_span": [0.4, 8.9]}}
{"qa_id": "qa_685c1f9049823dfa9cd4", "split": "test", "audio_id": "foa_063107a91584de2a9600", "audio_path": "audio/test/foa_063107a91584de2a9600.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the ocean or the rain located at a higher elevation? Answer in one sentence.", "answer": "The ocean is located at a higher elevation than the rain.", "canonical_answer": "ocean", "answer_meta": {}}
{"qa_id": "qa_339126f2b1d9d359d736", "split": "test", "audio_id": "foa_fc72e93ed90f627833d2", "audio_path": "audio/test/foa_fc72e93ed90f627833d2.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is rain to the left or right of train? Answer in one sentence.", "answer": "rain is to the left of train.", "canonical_answer": "rain is to the left of train.", "answer_meta": {}}
{"qa_id": "qa_4113093aab17a23eba05", "split": "test", "audio_id": "foa_adff9bdad6ac23fed68a", "audio_path": "audio/test/foa_adff9bdad6ac23fed68a.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the human vocalization and the wind, which source is located closer to the listener? Answer in one sentence.", "answer": "The wind is closer to the listener than the human vocalization.", "canonical_answer": "wind", "answer_meta": {}}
{"qa_id": "qa_5a9506a894378256164b", "split": "test", "audio_id": "foa_217d843df78b6ca40726", "audio_path": "audio/test/foa_217d843df78b6ca40726.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is drum.", "canonical_answer": "drum", "answer_meta": {}}
{"qa_id": "qa_cb81c6558c20c9402327", "split": "test", "audio_id": "foa_d494c6999d4734d8cb16", "audio_path": "audio/test/foa_d494c6999d4734d8cb16.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.5s to 13.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from left during 0.5s to 13.4s.", "canonical_answer": "speech from left.", "answer_meta": {"time_span": [0.5, 13.4]}}
{"qa_id": "qa_03cb940d9287ac3a07ef", "split": "test", "audio_id": "foa_de1dd932a30c1800a3ad", "audio_path": "audio/test/foa_de1dd932a30c1800a3ad.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the left? Answer in one sentence.", "answer": "The sound source farthest to the left is cooking.", "canonical_answer": "cooking", "answer_meta": {}}
{"qa_id": "qa_fc8d3ddc72b605d55507", "split": "test", "audio_id": "foa_e173e006ae3ed8531df3", "audio_path": "audio/test/foa_e173e006ae3ed8531df3.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is singing to the left or right of telephone alarm? Answer in one sentence.", "answer": "singing is to the left of telephone alarm.", "canonical_answer": "singing is to the left of telephone alarm.", "answer_meta": {}}
{"qa_id": "qa_e0298933c2346661949e", "split": "test", "audio_id": "foa_bf933ab95bd4e1e9ea2b", "audio_path": "audio/test/foa_bf933ab95bd4e1e9ea2b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which sound source is located closer to the listener, the crack or the knock? Answer in one sentence.", "answer": "The knock is closer to the listener than the crack.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_f84cdc29cdbd45a6cf08", "split": "test", "audio_id": "foa_5fd49a70596427c27a04", "audio_path": "audio/test/foa_5fd49a70596427c27a04.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which source is positioned higher: the alarm or the printer? Answer in one sentence.", "answer": "The alarm is at a higher elevation than the printer.", "canonical_answer": "alarm", "answer_meta": {}}
{"qa_id": "qa_787aa7b7c337b8eafd8b", "split": "test", "audio_id": "foa_c3028aed63144c56aabe", "audio_path": "audio/test/foa_c3028aed63144c56aabe.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the footsteps and the scratch, which source is located at a higher elevation? Answer in one sentence.", "answer": "The footsteps are at a higher elevation than the scratch.", "canonical_answer": "footsteps", "answer_meta": {}}
{"qa_id": "qa_8637b7884f1535b12c53", "split": "test", "audio_id": "foa_37139cf95cb2aa3ca649", "audio_path": "audio/test/foa_37139cf95cb2aa3ca649.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the bird and the metal clink, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The metal clink is closer to the listener than the bird.", "canonical_answer": "metal clink", "answer_meta": {}}
{"qa_id": "qa_c0e691ffdfe3beb7ef54", "split": "test", "audio_id": "foa_916d57aca36571b23bf1", "audio_path": "audio/test/foa_916d57aca36571b23bf1.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is crackle to the left or right of guitar? Answer in one sentence.", "answer": "crackle is to the left of guitar.", "canonical_answer": "crackle is to the left of guitar.", "answer_meta": {}}
{"qa_id": "qa_9d72a40ad5fc213ad33f", "split": "test", "audio_id": "foa_578c6fc39cc350b589d6", "audio_path": "audio/test/foa_578c6fc39cc350b589d6.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the bell occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The bell is heard from back-left during 0.1s to 2.2s.", "canonical_answer": "bell from back-left.", "answer_meta": {"time_span": [0.1, 2.2]}}
{"qa_id": "qa_253120a996aa65dd8a9a", "split": "test", "audio_id": "foa_663a2b23c21835f1e4d8", "audio_path": "audio/test/foa_663a2b23c21835f1e4d8.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is tape.", "canonical_answer": "tape", "answer_meta": {}}
{"qa_id": "qa_edbe6d59db70ced8c716", "split": "test", "audio_id": "foa_4d6f3184ec070d2cd64c", "audio_path": "audio/test/foa_4d6f3184ec070d2cd64c.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is singing to the left or right of speech? Answer in one sentence.", "answer": "singing is to the left of speech.", "canonical_answer": "singing is to the left of speech.", "answer_meta": {}}
{"qa_id": "qa_207298325fdf0cb7edd3", "split": "test", "audio_id": "foa_e82dd40f0c5b9d97ac3c", "audio_path": "audio/test/foa_e82dd40f0c5b9d97ac3c.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.0s to 8.2s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The guitar is heard from right and below during 0.0s to 8.2s.", "canonical_answer": "guitar from right and below.", "answer_meta": {"time_span": [0.0, 8.2]}}
{"qa_id": "qa_ac85c4a17e3ff9a6321d", "split": "test", "audio_id": "foa_43ea2fe5942cc2c1573f", "audio_path": "audio/test/foa_43ea2fe5942cc2c1573f.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the cooking and the knock, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The knock is at a higher elevation than the cooking.", "canonical_answer": "knock", "answer_meta": {}}
{"qa_id": "qa_762bc4ccc08c03f7a014", "split": "test", "audio_id": "foa_f95b1469dcbb3d1ed7e2", "audio_path": "audio/test/foa_f95b1469dcbb3d1ed7e2.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is located closer to the listener, the drum or the human vocalization? Answer in one sentence.", "answer": "The human vocalization is nearer to the listener than the drum.", "canonical_answer": "human vocalization", "answer_meta": {}}
{"qa_id": "qa_a1783bbf22ef43f08f3c", "split": "test", "audio_id": "foa_83d83393df5ba568c514", "audio_path": "audio/test/foa_83d83393df5ba568c514.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from behind the listener? Answer in one sentence.", "answer": "The closest source behind the listener is crack.", "canonical_answer": "crack", "answer_meta": {}}
{"qa_id": "qa_984a34ae3c6c8a0365a6", "split": "test", "audio_id": "foa_433794e66535051b66bd", "audio_path": "audio/test/foa_433794e66535051b66bd.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to drawer cabinet, is appliance on the left or on the right? Answer in one sentence.", "answer": "appliance is to the left of drawer cabinet.", "canonical_answer": "appliance is to the left of drawer cabinet.", "answer_meta": {}}
{"qa_id": "qa_271c213b47fb253dea40", "split": "test", "audio_id": "foa_6a3adae194bcf0994ad1", "audio_path": "audio/test/foa_6a3adae194bcf0994ad1.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 0.7s to 1.2s, what source is active and where is it located? Answer in one sentence.", "answer": "The percussion is heard from back-right and below during 0.7s to 1.2s.", "canonical_answer": "percussion from back-right and below.", "answer_meta": {"time_span": [0.7, 1.2]}}
{"qa_id": "qa_be50fe1b1ffde15ca02c", "split": "test", "audio_id": "foa_37de3f91acd57ee03aa6", "audio_path": "audio/test/foa_37de3f91acd57ee03aa6.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Is the fire or the scratch sound originating from a higher elevation? Answer in one sentence.", "answer": "The scratch sound is at a higher elevation than the fire sound.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_15d2d282cb523e2825fb", "split": "test", "audio_id": "foa_8a964ec1f0e8ceaf2733", "audio_path": "audio/test/foa_8a964ec1f0e8ceaf2733.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the guitar and the printer, which sound source is located closer to the listener? Answer in one sentence.", "answer": "The guitar is closer to the listener than the printer.", "canonical_answer": "guitar", "answer_meta": {}}
{"qa_id": "qa_6c49297579a47637e6ae", "split": "test", "audio_id": "foa_568091818ba6d3609068", "audio_path": "audio/test/foa_568091818ba6d3609068.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is keyboard instrument.", "canonical_answer": "keyboard instrument", "answer_meta": {}}
{"qa_id": "qa_ae369ac70dae2c5841cb", "split": "test", "audio_id": "foa_cc9763e429bee92ce34b", "audio_path": "audio/test/foa_cc9763e429bee92ce34b.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the laughter and the scratch, which sound is located closer to the listener? Answer in one sentence.", "answer": "The scratch is closer to the listener than the laughter.", "canonical_answer": "scratch", "answer_meta": {}}
{"qa_id": "qa_152a36e78642ddd81d51", "split": "test", "audio_id": "foa_20d115787702f2c52067", "audio_path": "audio/test/foa_20d115787702f2c52067.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is insect to the left or right of string instrument? Answer in one sentence.", "answer": "insect is to the right of string instrument.", "canonical_answer": "insect is to the right of string instrument.", "answer_meta": {}}
{"qa_id": "qa_1a08151d9d54c526b108", "split": "test", "audio_id": "foa_1ddc351fc8c0f9f8e2e5", "audio_path": "audio/test/foa_1ddc351fc8c0f9f8e2e5.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the machine and the rain, which sound source is positioned at a higher elevation? Answer in one sentence.", "answer": "The machine is positioned at a higher elevation than the rain.", "canonical_answer": "machine", "answer_meta": {}}
{"qa_id": "qa_4c440347a67b8bb4e89b", "split": "test", "audio_id": "foa_d020f8cb86ab5b6d827f", "audio_path": "audio/test/foa_d020f8cb86ab5b6d827f.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is kitchenware.", "canonical_answer": "kitchenware", "answer_meta": {}}
{"qa_id": "qa_5cf614337ed0ebe486a9", "split": "test", "audio_id": "foa_0cc693f1c8624225099b", "audio_path": "audio/test/foa_0cc693f1c8624225099b.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the breathing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The breathing is heard from back-right and above during 0.0s to 0.2s.", "canonical_answer": "breathing from back-right and above.", "answer_meta": {"time_span": [0.0, 0.2]}}
{"qa_id": "qa_2b184856b32c246fcc2b", "split": "test", "audio_id": "foa_3a13054a187a66353f19", "audio_path": "audio/test/foa_3a13054a187a66353f19.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Between the insect and the zipper, which sound source is located at a higher elevation? Answer in one sentence.", "answer": "The insect originates from a higher elevation than the zipper.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_5e75eb888b359dc9af1b", "split": "test", "audio_id": "foa_64c2e3a0091e815271ea", "audio_path": "audio/test/foa_64c2e3a0091e815271ea.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among all detected sound sources, which one is farthest to the right? Answer in one sentence.", "answer": "The sound source farthest to the right is fire.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_3a9aa75a2c48a107af2b", "split": "test", "audio_id": "foa_626516b5659d8c2728e4", "audio_path": "audio/test/foa_626516b5659d8c2728e4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to writing, is dog on the left or on the right? Answer in one sentence.", "answer": "dog is to the left of writing.", "canonical_answer": "dog is to the left of writing.", "answer_meta": {}}
{"qa_id": "qa_88ff8da705350eab0d60", "split": "test", "audio_id": "foa_f76ab1e2020d9e8be60e", "audio_path": "audio/test/foa_f76ab1e2020d9e8be60e.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. During 0.4s to 10.4s, which sound is heard and from what direction? Answer in one sentence.", "answer": "The speech is heard from back-right during 0.4s to 10.4s.", "canonical_answer": "speech from back-right.", "answer_meta": {"time_span": [0.4, 10.4]}}
{"qa_id": "qa_5ffd87b8495e2e1a4407", "split": "test", "audio_id": "foa_d965e8af6132570e1be0", "audio_path": "audio/test/foa_d965e8af6132570e1be0.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Is the fire or the percussion sound located closer to the listener? Answer in one sentence.", "answer": "The fire is located closer to the listener than the percussion.", "canonical_answer": "fire", "answer_meta": {}}
{"qa_id": "qa_b4bc4368125edf3476ff", "split": "test", "audio_id": "foa_c7c44f41e526c5151f44", "audio_path": "audio/test/foa_c7c44f41e526c5151f44.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Which source is closer to the listener, the insect or the thunderstorm? Answer in one sentence.", "answer": "The insect is closer to the listener than the thunderstorm.", "canonical_answer": "insect", "answer_meta": {}}
{"qa_id": "qa_07a0754126b1b6f04016", "split": "test", "audio_id": "foa_9deae43579b4d88e7ee6", "audio_path": "audio/test/foa_9deae43579b4d88e7ee6.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. What is the closest sound source coming from in front of the listener? Answer in one sentence.", "answer": "The closest source in front of the listener is telephone alarm.", "canonical_answer": "telephone alarm", "answer_meta": {}}
{"qa_id": "qa_2b78d6e796de7991a483", "split": "test", "audio_id": "foa_96c6f77a85c4f7bd654f", "audio_path": "audio/test/foa_96c6f77a85c4f7bd654f.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. When the typing occurs, where is it located relative to the listener? Answer in one sentence.", "answer": "The typing is heard from right during 4.6s to 9.0s.", "canonical_answer": "typing from right.", "answer_meta": {"time_span": [4.6, 9.0]}}
{"qa_id": "qa_e3e1f6104be7ca0a8d55", "split": "test", "audio_id": "foa_5c05d2e303ddc09d6b61", "audio_path": "audio/test/foa_5c05d2e303ddc09d6b61.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Is cooking to the left or right of speech? Answer in one sentence.", "answer": "cooking is to the right of speech.", "canonical_answer": "cooking is to the right of speech.", "answer_meta": {}}
{"qa_id": "qa_814a3bde87b03ba0fdaa", "split": "test", "audio_id": "foa_e6ce8f50e1eb22addc11", "audio_path": "audio/test/foa_e6ce8f50e1eb22addc11.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which of the two sound sources, the clock or the door, is positioned at a higher elevation? Answer in one sentence.", "answer": "The door is at a higher elevation than the clock.", "canonical_answer": "door", "answer_meta": {}}
{"qa_id": "qa_006f136b116ef663bd29", "split": "test", "audio_id": "foa_c6bbcd333b204f191f9a", "audio_path": "audio/test/foa_c6bbcd333b204f191f9a.wav", "task_name": "spatial_temporal", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. At 1.1s to 7.8s, what source is active and where is it located? Answer in one sentence.", "answer": "The home sound is heard from front-right and above during 1.1s to 7.8s.", "canonical_answer": "home sound from front-right and above.", "answer_meta": {"time_span": [1.1, 7.8]}}
{"qa_id": "qa_b0e873c326679152263a", "split": "test", "audio_id": "foa_38bab13f3dff98cc2393", "audio_path": "audio/test/foa_38bab13f3dff98cc2393.wav", "task_name": "compare_elevation", "question_class": "elevation", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees with positive values to the left, and elevation is in [-90, 90] degrees with positive values upward. Which sound source is located at a higher elevation, the cat or the tearing sound? Answer in one sentence.", "answer": "The tearing sound is located at a higher elevation than the cat.", "canonical_answer": "tearing", "answer_meta": {}}
{"qa_id": "qa_41e05f36bb3c17015031", "split": "test", "audio_id": "foa_3e7231619dda7dddf620", "audio_path": "audio/test/foa_3e7231619dda7dddf620.wav", "task_name": "compare_distance", "question_class": "distance", "answer_format": "short_text", "question": "Distances are measured in meters from the listener. Listen to the audio clip and answer based only on what you hear. Use these distance categories when needed: near <1.5 m, mid-range 1.5-4.0 m, far >4.0 m. Between the appliance and the water, which sound source is positioned closer to the listener? Answer in one sentence.", "answer": "The water source is closer to the listener than the appliance.", "canonical_answer": "water", "answer_meta": {}}
{"qa_id": "qa_2d55e863e3a99988ca5c", "split": "test", "audio_id": "foa_8944ae1a80a91bc7cf17", "audio_path": "audio/test/foa_8944ae1a80a91bc7cf17.wav", "task_name": "multi_hop", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Among the sound sources in front of the listener, which one is farthest to the left? Answer in one sentence.", "answer": "Among the front-positioned sources, the leftmost one is speech.", "canonical_answer": "speech", "answer_meta": {}}
{"qa_id": "qa_11eade1f274aa275d956", "split": "test", "audio_id": "foa_9b7f12e5a16f476c6ac4", "audio_path": "audio/test/foa_9b7f12e5a16f476c6ac4.wav", "task_name": "relative_left_right", "question_class": "reasoning", "answer_format": "short_text", "question": "Listen to the audio clip and answer based only on what you hear. Relative to car, is aircraft on the left or on the right? Answer in one sentence.", "answer": "aircraft is to the left of car.", "canonical_answer": "aircraft is to the left of car.", "answer_meta": {}}