Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 4.0 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 117.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located on the right becomes active at 0.4 seconds.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -85.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 10.6 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that direction begins at 0.6s.


Question: Distances are measured in meters from the listener. Use these 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -26.6 degrees


Question: Distances are measured in meters from the listener. 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: 1.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound of writing originating from that location begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 105.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -147.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the left and below begins at 0.6s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 0.0 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.5 meters


Question: Distances are measured in meters from the listener. Use these 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: 0.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: -59.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -9.6 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The percussion sound coming from the front-right begins at 0.3s.


Question: Distances are measured in meters from the listener. Use these 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: 1.1 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -27.6 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located at that position becomes active at 0.9s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 28.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that position begins at 1.7s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -9.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 41.3 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.6 meters


Question: Distances are measured in meters from the listener. Use these 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: 1.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The body sound begins at 16.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 78.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -4.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the back-right becomes active at 0.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 38.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 17.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 121.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in the front becomes active at 0.6s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -14.8 degrees


Question: Distances are measured in meters from the listener. 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: 3.1 meters


Question: Distances are measured in meters from the listener. Use these 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: 3.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -20.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -10.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in the back-left begins at 0.3s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 17.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z 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: 135.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the front-right begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 39.7 degrees


Question: Distances are measured in meters from the listener. 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: 3.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 28.6 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the back-right starts at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 69.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -33.3 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the left and below becomes active at 0.1s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from that location begins at 0.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -16.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -120.8 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 27.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 54.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source originating from that position becomes active at 0.1s.


Question: Distances are measured in meters from the listener. Use these 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: 1.7 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The percussion sound becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -45.9 degrees


Question: Distances are measured in meters from the listener. 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: 3.1 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -11.4 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in front and above becomes active at 1.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 43.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: 157.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in the back becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -43.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 39.9 degrees


Question: Distances are measured in meters from the listener. 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: -166.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -36.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the left becomes active at 0.0s.


Question: Distances are measured in meters from the listener. Use these 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 0.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -144.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The drum located to the front-right and above starts playing at 0.0s.


Question: Distances are measured in meters from the listener. Use these 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: 1.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the front-right becomes active at 1.9s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -16.2 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 101.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 3.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source from the back-right becomes active at 0.6s.


Question: Distances are measured in meters from the listener. 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -63.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The percussion sound coming from the front-left begins at 0.0s.


Question: Distances are measured in meters from the listener. Use these 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: 1.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -13.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -5.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 163.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 33.5 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in the back-right becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 13.2 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source coming from that direction becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 3.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 70.5 degrees


Question: Distances are measured in meters from the listener. 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: 2.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 10.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that location begins at 15.8 seconds.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 15.0 degrees


Question: Distances are measured in meters from the listener. 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -124.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the front becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -9.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source becomes active at 2.8 seconds.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: 150.6 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the back-left starts at 5.9s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: 16.5 degrees


Question: Distances are measured in meters from the listener. Use these 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: 4.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 129.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 1.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 66.6 degrees


Question: Distances are measured in meters from the listener. 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: 2.1 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The cooking sound begins at 3.5 seconds.


Question: Distances are measured in meters from the listener. 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: 6.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -135.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The metal clink sound becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 22.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The string instrument begins playing at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 35.2 degrees


Question: Distances are measured in meters from the listener. Use these 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: 0.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from that direction begins at 0.6s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -7.7 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 95.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 170.0 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.7 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -31.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from the right becomes active at 0.1s.


Question: Distances are measured in meters from the listener. Use these 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: 3.4 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that location begins at 0.1s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -31.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: -52.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -36.6 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located on the left becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 2.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located on the left begins its activity at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 11.4 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -68.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in the back-right and below becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 50.4 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -33.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -34.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the right and below becomes active at 1.4s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 65.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -10.5 degrees


Question: Distances are measured in meters from the listener. Use these 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: 0.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the left becomes active at 0.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -81.3 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: 1.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -172.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The alarm originating from the left becomes active at 0.1s.


Question: Distances are measured in meters from the listener. 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 34.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -16.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound of breathing begins at the 5.0s mark.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -10.4 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The speech sound originating from the front-right starts at 0.5s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 76.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in front becomes active at 0.1s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -168.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -29.7 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that location begins at 0.3s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 41.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 95.7 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -3.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source becomes active at 0.6s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: 3.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.8 meters


Question: Distances are measured in meters from the listener. Use these 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: 2.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: -130.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 19.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the right and below begins at 0.4s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the right and below becomes active at 2.7s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -59.5 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 10.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -72.7 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 2.6 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the back-right becomes active at 0.6s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 0.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 127.0 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source coming from the left and below begins at 0.3s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -16.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The human vocalization begins at the front-left position at 0.2s.


Question: Distances are measured in meters from the listener. Use these 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: 3.4 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] 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: 69.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 61.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located in that direction begins at 1.3s.


Question: Distances are measured in meters from the listener. Use these 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -52.9 degrees


Question: Distances are measured in meters from the listener. 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: 3.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the front becomes active at 0.1s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 106.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -1.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 0.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that position begins at 0.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 21.8 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -147.6 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from behind the listener begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -34.7 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.5 meters


Question: Distances are measured in meters from the listener. 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: 1.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -6.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -23.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The finger snapping sound begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that direction begins at 2.0s.


Question: Distances are measured in meters from the listener. Use these 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: 1.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -26.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -15.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -148.4 degrees


Question: Distances are measured in meters from the listener. 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: 2.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from that direction begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 11.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -25.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 95.5 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from the left becomes active at 0.6s.


Question: Distances are measured in meters from the listener. 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: 1.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -110.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 4.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source starts at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -105.2 degrees


Question: Distances are measured in meters from the listener. Use these 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: 0.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located behind and above begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 23.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 43.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.5 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from behind the listener begins at 8.3s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -23.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -6.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from the back and below becomes active at 0.0s.


Question: Distances are measured in meters from the listener. 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -11.8 degrees


Question: Distances are measured in meters from the listener. Use these 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: 0.7 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from the back becomes active at 0.1s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -27.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 79.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 9.9 degrees


Question: Distances are measured in meters from the listener. 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: 2.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -152.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located on the right becomes active at 0.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 16.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -21.5 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The laughter source becomes active at 0.1s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -30.7 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 79.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the left and above becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -40.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -10.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located to the left and below becomes active at 0.6s.


Question: Distances are measured in meters from the listener. 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: 1.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -15.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The string instrument becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -92.6 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -9.9 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 74.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The musical instrument located to the left begins to play at 0.0s.


Question: Distances are measured in meters from the listener. Use these 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: 2.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the left and above becomes active at 0.2s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z 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: 125.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: -21.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 32.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -73.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the back-right begins at 0.0s.


Question: Distances are measured in meters from the listener. Use these 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: 1.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 0.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 148.2 degrees


Question: Distances are measured in meters from the listener. 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: 1.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located at the back and above starts at 0.1s.


Question: Distances are measured in meters from the listener. 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: 1.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -41.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located behind and above begins its activity at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 0.0 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the right becomes active at 0.4s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -63.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 12.8 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.0 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -174.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -54.4 degrees


Question: Distances are measured in meters from the listener. Use these 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: 1.4 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located at the back-right and below becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source originating from the right becomes active at 0.2s.


Question: Distances are measured in meters from the listener. Use these 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: 2.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -130.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -29.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the front-left begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -99.1 degrees


Question: Distances are measured in meters from the listener. 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: 1.4 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -22.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -7.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -32.2 degrees


Question: Distances are measured in meters from the listener. Use these 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: 3.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source located at the front becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 3.2 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source becomes active at 3.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 156.0 degrees


Question: Distances are measured in meters from the listener. Use these 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: 0.6 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: -3.8 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -166.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from the left becomes active at 0.4 seconds.


Question: Distances are measured in meters from the listener. Use these 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: 2.7 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 5.2 degrees


Question: Distances are measured in meters from the listener. 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: 1.2 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -17.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound source becomes active at 3.8 seconds.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The guitar source becomes active at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 145.4 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -36.0 degrees


Question: Distances are measured in meters from the listener. 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: 0.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 180] degrees 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: 4.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The cooking sound begins at 0.4s.


Question: Distances are measured in meters from the listener. 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: 1.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 138.3 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from the right becomes active at 5.5s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 74.1 degrees


Question: Distances are measured in meters from the listener. Use these 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: 2.8 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -22.1 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound originating from that location begins at 0.0s.


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: -118.9 degrees


Question: Distances are measured in meters from the listener. Use these 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: 0.9 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is 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: 31.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The speech sound originating from the front-left becomes active at 0.4s.


Question: Distances are measured in meters from the listener. Use these 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: 1.3 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: 130.5 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-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: 30.3 degrees


Question: Distances are measured in meters from the listener. 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: 1.1 meters


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: -40.7 degrees


Question: Use the DCASE FOA coordinate system: +x front, +y left, +z up; azimuth is in [-180, 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: The sound coming from that direction starts at 2.6s.