[ { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique001", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the state of the car in the image?\nAnswer a: driving\nQuestion b: What state are the things on the bald man's chest in?\nAnswer b: Rotating\nQuestion c: What is the current state of the white desk lamp?\nAnswer c: Extinguished\nQuestion d: What does the icon behind the avatar of the person I'm chatting with indicate about their status?\nAnswer d: Taking a break", "image_list": [ "Finding_Wrong_Answer/Critique001-1-4.png", "Finding_Wrong_Answer/Critique001-1-1.png", "Finding_Wrong_Answer/Critique001-1-2.png", "Finding_Wrong_Answer/Critique001-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique003", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What type of phase transition in physics is shown in the image?\nAnswer a: Condensation or desublimation\nQuestion b: What is the current status of my order?\nAnswer b: Delivered\nQuestion c: What is the physical state of water shown in the image?\nAnswer c: Liquid\nQuestion d: What state is the object in the image in?\nAnswer d: Humid", "image_list": [ "Finding_Wrong_Answer/Critique003-1-2.png", "Finding_Wrong_Answer/Critique003-1-4.png", "Finding_Wrong_Answer/Critique003-1-1.png", "Finding_Wrong_Answer/Critique003-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique004", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What state are the fallen leaves in the image?\nAnswer a: Dancing in the air\nQuestion b: What is the state of these characters?\nAnswer b: Vague or indistinct\nQuestion c: What is the physical state of the cream-colored hazy substance in the image?\nAnswer c: Gaseous\nQuestion d: What state is this person in?\nAnswer d: Jumping", "image_list": [ "Finding_Wrong_Answer/Critique004-1-4.jpg", "Finding_Wrong_Answer/Critique004-1-2.png", "Finding_Wrong_Answer/Critique004-1-1.png", "Finding_Wrong_Answer/Critique004-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique005", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What status does the icon in the image typically represent?\nAnswer a: Loading\nQuestion b: What is the condition of the wall?\nAnswer b: Smooth\nQuestion c: What is the physical state of the white smoke substance shown in the image?\nAnswer c: Liquid\nQuestion d: What status does this icon represent on QQ?\nAnswer d: Invisibility", "image_list": [ "Finding_Wrong_Answer/Critique005-1-1.png", "Finding_Wrong_Answer/Critique005-1-4.png", "Finding_Wrong_Answer/Critique005-1-2.png", "Finding_Wrong_Answer/Critique005-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique010", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the status of this video?\nAnswer a: Playing\nQuestion b: What is the current status of the mobile network?\nAnswer b: Wi-Fi connection status or wireless network connection status\nQuestion c: What state is the bottle under the wheel in the image?\nAnswer c: Crushed or flatten\nQuestion d: What state is the quilt or comforter in?\nAnswer d: Fold or stack", "image_list": [ "Finding_Wrong_Answer/Critique010-1-3.png", "Finding_Wrong_Answer/Critique010-1-1.png", "Finding_Wrong_Answer/Critique010-1-4.png", "Finding_Wrong_Answer/Critique010-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique012", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the state of the oil in the pan?\nAnswer a: Melted or liquid\nQuestion b: What is the state of the clothes on the right side of the image?\nAnswer b: Wrinkles or unevenness\nQuestion c: What is the condition of the skin shown in the image?\nAnswer c: Allergic reaction, swelling, or redness\nQuestion d: How would you describe the state or arrangement of these figurines and merchandise displays?\nAnswer d: Neat or orderly", "image_list": [ "Finding_Wrong_Answer/Critique012-1-3.png", "Finding_Wrong_Answer/Critique012-1-1.png", "Finding_Wrong_Answer/Critique012-1-2.png", "Finding_Wrong_Answer/Critique012-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique013", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What does the dash on the electric bike's screen indicate about its status?\nAnswer a: Low battery or power shortage\nQuestion b: What state is the notebook in the image?\nAnswer b: Burning or ignited\nQuestion c: What state is the rice cooker in the image?\nAnswer c: Exhausting or venting\nQuestion d: What state is the heel of this foot in?\nAnswer d: Chapping or cracking", "image_list": [ "Finding_Wrong_Answer/Critique013-1-3.png", "Finding_Wrong_Answer/Critique013-1-4.png", "Finding_Wrong_Answer/Critique013-1-2.png", "Finding_Wrong_Answer/Critique013-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique014", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the status of the selected product in the image?\nAnswer a: Out of stock or unavailable\nQuestion b: What is the status ahead?\nAnswer b: Smooth passage or unimpeded flow or normal traffic\nQuestion c: What is the state of the car in the image?\nAnswer c: Driving or normal parking\nQuestion d: What's the current state of this package of kimchi?\nAnswer d: Vacuum compression or damaged", "image_list": [ "Finding_Wrong_Answer/Critique014-1-1.png", "Finding_Wrong_Answer/Critique014-1-2.png", "Finding_Wrong_Answer/Critique014-1-3.png", "Finding_Wrong_Answer/Critique014-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c、d\n", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique015", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the state of the image in the picture?\nAnswer a: Rotating or spinning\nQuestion b: What state are the leaves in the water as shown in the image?\nAnswer b: Floating or drifting\nQuestion c: What state is the food in the image?\nAnswer c: Frozen\nQuestion d: What state are these beef slices in?\nAnswer d: Inflated or sealing", "image_list": [ "Finding_Wrong_Answer/Critique015-1-2.png", "Finding_Wrong_Answer/Critique015-1-1.png", "Finding_Wrong_Answer/Critique015-1-3.png", "Finding_Wrong_Answer/Critique015-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique016", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the condition of the trees on the right side of the image?\nAnswer a: Dormancy or growth arrest or withering\nQuestion b: What is the state of the object in the image?\nAnswer b: Bloating or gas\nQuestion c: What state is the food in the image?\nAnswer c: Freeze or frozen or freezing or congealing\nQuestion d: What's wrong with this rice?\nAnswer d: Damp and moldy or deteriorated or spoiled or moldy", "image_list": [ "Finding_Wrong_Answer/Critique016-1-4.jpg", "Finding_Wrong_Answer/Critique016-1-1.png", "Finding_Wrong_Answer/Critique016-1-2.png", "Finding_Wrong_Answer/Critique016-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique017", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the condition of the skin of the person in the image?\nAnswer a: Oily or greasy secretions\nQuestion b: Compared to the right leg, what is the condition of the muscles in the left leg?\nAnswer b: Tension or muscle hypertrophy or muscle tightness\nQuestion c: What state is the refrigerator magnet in the image?\nAnswer c: Shedding\nQuestion d: What is the condition of this bread?\nAnswer d: Fermentation status", "image_list": [ "Finding_Wrong_Answer/Critique017-1-3.png", "Finding_Wrong_Answer/Critique017-1-4.jpg", "Finding_Wrong_Answer/Critique017-1-1.png", "Finding_Wrong_Answer/Critique017-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique023", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: Based on the status bar in the upper left corner, what Focus mode is the phone currently in?\nAnswer a: Sleeping\nQuestion b: What type of external erosional forces primarily shaped the landform shown in the image?\nAnswer b: Water erosion or hydraulic erosion or dissolution\nQuestion c: What kind of state is he in?\nAnswer c: In a state of relaxation, fatigue, or rest\nQuestion d: How does the character's emotional state appear?\nAnswer d: Happy or joyful", "image_list": [ "Finding_Wrong_Answer/Critique023-1-2.jpg", "Finding_Wrong_Answer/Critique023-1-3.png", "Finding_Wrong_Answer/Critique023-1-1.png", "Finding_Wrong_Answer/Critique023-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique024", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the status of this power outlet?\nAnswer a: Combusting\nQuestion b: What happened to the backboard on this basketball hoop in the image?\nAnswer b: Broken, cracked, or shattered\nQuestion c: What happened to this piece of glass?\nAnswer c: Melted\nQuestion d: What state might this person be in?\nAnswer d: Happy or joyful", "image_list": [ "Finding_Wrong_Answer/Critique024-1-3.png", "Finding_Wrong_Answer/Critique024-1-1.jpg", "Finding_Wrong_Answer/Critique024-1-2.jpg", "Finding_Wrong_Answer/Critique024-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique028", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What's wrong with these fruits?\nAnswer a: Dehydrated or fresh\nQuestion b: What happened to this shoe?\nAnswer b: Delamination or separation or cracking\nQuestion c: In what state is the cargo box position of the three-wheeler?\nAnswer c: Turned upside down\nQuestion d: What might this person's mood be?\nAnswer d: Happy or joyful or delighted or pleased or glad or cheerful", "image_list": [ "Finding_Wrong_Answer/Critique028-1-1.png", "Finding_Wrong_Answer/Critique028-1-3.png", "Finding_Wrong_Answer/Critique028-1-2.png", "Finding_Wrong_Answer/Critique028-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique032", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What state does the image represent for the other person?\nAnswer a: Online Status\nQuestion b: What condition does this book appear to be in?\nAnswer b: Wrinkled, old, or folded\nQuestion c: Which bunk of the bed in the picture is broken?\nAnswer c: First layer or lower layer\nQuestion d: What state is the river in within the image?\nAnswer d: Flowing", "image_list": [ "Finding_Wrong_Answer/Critique032-1-1.png", "Finding_Wrong_Answer/Critique032-1-4.jpg", "Finding_Wrong_Answer/Critique032-1-3.png", "Finding_Wrong_Answer/Critique032-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique033", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What is the state of the chain in the image?\nAnswer a: Brand new\nQuestion b: What is the current status of this package's delivery?\nAnswer b: Broken, damaged, or worn out\nQuestion c: What happened to the chair in the picture?\nAnswer c: Complete\nQuestion d: What is the condition of the flesh inside this watermelon?\nAnswer d: Slush ice", "image_list": [ "Finding_Wrong_Answer/Critique033-1-3.png", "Finding_Wrong_Answer/Critique033-1-2.png", "Finding_Wrong_Answer/Critique033-1-1.png", "Finding_Wrong_Answer/Critique033-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique035", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What's the status of the gas stove?\nAnswer a: Open status or working status or turned on status or burning or boiling water\nQuestion b: What happened to this person's arm?\nAnswer b: Allergy or redness\nQuestion c: What state is the object in the image?\nAnswer c: Charging\nQuestion d: What is the current state of this paste?\nAnswer d: Cracked, smashed, or shattered", "image_list": [ "Finding_Wrong_Answer/Critique035-1-4.png", "Finding_Wrong_Answer/Critique035-1-1.png", "Finding_Wrong_Answer/Critique035-1-2.png", "Finding_Wrong_Answer/Critique035-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique036", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What state of change is the salt in the image?\nAnswer a: Dissolved\nQuestion b: What is the state of the bed in the image?\nAnswer b: Fold or store away\nQuestion c: What's wrong with my router?\nAnswer c: Line fault, optical modem failure, service suspension due to unpaid bills, or fiber optic cable malfunction\nQuestion d: What is the current state of the open umbrella shown in the image?\nAnswer d: Opened", "image_list": [ "Finding_Wrong_Answer/Critique036-1-2.png", "Finding_Wrong_Answer/Critique036-1-1.png", "Finding_Wrong_Answer/Critique036-1-3.png", "Finding_Wrong_Answer/Critique036-1-4.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique039", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\nQuestion a: What happened to the cut surface of the apple on the left?\nAnswer a: Oxidation or browning\nQuestion b: What happened to the temple of these glasses?\nAnswer b: Bent\nQuestion c: The ground floor is at the bottom of the building in the image. Which floor has the brightest lights?\nAnswer c: 5 or five or fifth floor\nQuestion d: What state change is the water undergoing in the image?\nAnswer d: vaporized", "image_list": [ "Finding_Wrong_Answer/Critique039-1-3.png", "Finding_Wrong_Answer/Critique039-1-1.bin", "Finding_Wrong_Answer/Critique039-1-2.png", "Finding_Wrong_Answer/Critique039-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique041", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the large text on the wall from the image. No additional text information, explanations, or elaborations are needed.\nAnswer a: 孤鹰\n\nQuestion b: Please extract the text from the last line of the image, without any additional textual information, explanation, or elaboration.\nAnswer b: 《摇远白勺向的葵地》\n\nQuestion c: Extract the text content from the left side of the image. No additional text information, explanations, or extensions are needed.\nAnswer c: October 1st makes China's National Day.On National Day, the streets of major cities are adorned with flags and festive decorations.\n\nQuestion d: Extract the handwritten English message from the image without any additional text, explanations, or elaborations.\nAnswer d: vvish you hove a Chritms file with joy and happnass!", "image_list": [ "Finding_Wrong_Answer/Critique041-1-4.jpg", "Finding_Wrong_Answer/Critique041-1-2.png", "Finding_Wrong_Answer/Critique041-1-3.png", "Finding_Wrong_Answer/Critique041-1-1.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique043", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without any additional information, explanations, or elaboration.\nAnswer a: 吾倾慕汝已久\n\nQuestion b: Extract the text from the image without any additional information, explanations, or elaborations.\nAnswer b: 青山不语乃自在\n徽水无痛亦从容\n\nQuestion c: Extract the sentence from the first row from top to bottom in the image, without any additional textual information, explanations, or extensions.\nAnswer c: to be\n\nQuestion d: Extract the sentences from the image without any additional text information, explanations, or elaborations.\nAnswer d: Nothing is impossible!", "image_list": [ "Finding_Wrong_Answer/Critique043-1-4.jpg", "Finding_Wrong_Answer/Critique043-1-1.jpg", "Finding_Wrong_Answer/Critique043-1-3.jpg", "Finding_Wrong_Answer/Critique043-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique046", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the largest handwritten number from the image, without any additional text information, explanation or elaboration.\nAnswer a: 25\nQuestion b: Please output the text in the image without any additional information, explanations, or extensions.\nAnswer b: 人生碌碌 竟短论长\n却不道荣枯有数 得失难量\n一沈复《浮生六记》\n\nQuestion c: Please extract the English text from the image. No additional text information, explanations, or expansions are needed.\nAnswer c: \"Fortune favors the bold.\"\n\nQuestion d: Extract the sentences from the image without any additional text information, explanations, or extensions.\nAnswer d: Those who miss each other will finally get together.", "image_list": [ "Finding_Wrong_Answer/Critique046-1-4.jpg", "Finding_Wrong_Answer/Critique046-1-1.jpg", "Finding_Wrong_Answer/Critique046-1-3.png", "Finding_Wrong_Answer/Critique046-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique048", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the last line of the image, without any additional words. No explanation or elaboration needed.\nAnswer a: 我也应该艰守在自己的刚位上\n\nQuestion b: Extract the Chinese text from the image without any additional textual information, explanations, or elaborations.\nAnswer b: 我变得自信有趣.\n允许别人踏入我的生话.\n我睡的越来越\n早.开始在乎前途和未来.\n我知道.那个我回来了。\n\nQuestion c: Extract the text from the first line of the image without additional text information, explanations, or elaborations.\nAnswer c: Any please you don't likes and can left,\n\nQuestion d: Extract the text from the image without any additional information, explanations, or elaborations.\nAnswer d: 青山不语扔自由\n徽水无痕也丛容", "image_list": [ "Finding_Wrong_Answer/Critique048-1-2.png", "Finding_Wrong_Answer/Critique048-1-3.png", "Finding_Wrong_Answer/Critique048-1-1.png", "Finding_Wrong_Answer/Critique048-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique049", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract the text within the red box. No additional text, explanation, or elaboration needed.\nAnswer a: 触\n\nQuestion b: Extract the text from the image without any additional information, explanations, or elaborations.\nAnswer b: 你可以阴郁可以懒惰\n可以不适时地计较\n过分敏感\n可以有些不知足、暴躁、嫉妒\n但记得拷问自我\n必须追求善良\n尽力坦荡 永远正直.\n\nQuestion c: Extract the English text from the image without any additional information, explanations, or elaboration.\nAnswer c: Life isn't about\nfinding yourself.\nLife is about\ncreating yourself.\n\nQuestion d: Extract the text from the image without any additional information, explanation, or elaboration.\nAnswer d: 愤怒是在告诉你，有人越过边界。\n焦虑是在提醒你，什么是重要的，\n悲伤让你重新触摸到自己温柔的心。\n——伊米·洛\n《你的敏感就是你的天赋》", "image_list": [ "Finding_Wrong_Answer/Critique049-1-1.png", "Finding_Wrong_Answer/Critique049-1-3.png", "Finding_Wrong_Answer/Critique049-1-4.png", "Finding_Wrong_Answer/Critique049-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique051", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract the text from the image without any additional information, explanations, or elaborations.\nAnswer a: Be a batter persen.\nThas is our agremant.\n\nQuestion b: Extract the text from the image without any additional information, explanations, or elaborations.\nAnswer b: 宇宙已其不熄的欲忘\n奖一个歌舞联为永恒\n这欲往有怎样一个人的性名\n大可乎略不记\n/史铁圣\n\n谁说我没有思过?\n出生已前，太阳以无数次齐落。\n\nQuestion c: Extract the first line of the main text, without any additional textual information, explanation or elaboration.\nAnswer c: You say that you love rain\n\nQuestion d: From right to left, extract the text on the plaque in the image according to the original text, without additional textual information, explanations, or extensions.\nAnswer d: 厚德載物", "image_list": [ "Finding_Wrong_Answer/Critique051-1-1.jpg", "Finding_Wrong_Answer/Critique051-1-4.png", "Finding_Wrong_Answer/Critique051-1-2.png", "Finding_Wrong_Answer/Critique051-1-3.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique052", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without any additional information, explanations, or elaboration.\nAnswer a: The longest day must\nhave an end.\nPlease keep going!!!\nYou are the best, and you\ndesenve the best!!!\n\nQuestion b: Extract the text from the first column on the left, without any additional textual information, explanations, or extensions. Maintain the original traditional or simplified Chinese characters as they appear.\nAnswer b: 一弦一柱思華年\n\nQuestion c: Extract the red text from the wooden sign in the image. No additional text information, explanations, or elaborations are needed.\nAnswer c: COFFEE MUISC GRAFFITI\n\nQuestion d: Extract the text from the first two lines of the image. No additional content, explanations, or elaborations needed.\nAnswer d: 一缕王潮的余辉\n孤云掠影 嵌入媚眉", "image_list": [ "Finding_Wrong_Answer/Critique052-1-3.jpg", "Finding_Wrong_Answer/Critique052-1-4.png", "Finding_Wrong_Answer/Critique052-1-2.png", "Finding_Wrong_Answer/Critique052-1-1.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique053", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the longest red sentence from the image, without any additional text information, explanations, or elaborations.\nAnswer a: 间事万物，皆有其法，我们只需顺势为之\n\nQuestion b: Extract the sentences from the image in reading order, without any additional textual information, explanations, or elaborations.\nAnswer b: 长風破浪终有诗\n直桂雲帆済滄海\n\nQuestion c: Extract the red text from the image without any additional text information, explanation, or elaboration.\nAnswer c: Trcvel in Baijing\n\nQuestion d: Extract the English text from the image, without any explanations or elaborations.\nAnswer d: Forgive yoursef the choices you made when you didn't know there were better options. Focus on growing and moving on.", "image_list": [ "Finding_Wrong_Answer/Critique053-1-1.jpg", "Finding_Wrong_Answer/Critique053-1-2.png", "Finding_Wrong_Answer/Critique053-1-4.png", "Finding_Wrong_Answer/Critique053-1-3.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique055", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the first line of the image. No additional text information, explanations, or elaborations are needed.\nAnswer a: 不断认识未知的自己\n\nQuestion b: Extract the text from the image without any additional information, explanations, or elaboration.\nAnswer b: 掂過碌蔗\n\nQuestion c: Extract the text from the image without any additional text information, explanations, or elaborations.\nAnswer c: Today is heavy.\npat it down.\n\nQuestion d: Please extract the text from the image without any explanation or elaboration.\nAnswer d: There is no one else you are everywhere.", "image_list": [ "Finding_Wrong_Answer/Critique055-1-1.jpg", "Finding_Wrong_Answer/Critique055-1-3.jpg", "Finding_Wrong_Answer/Critique055-1-2.png", "Finding_Wrong_Answer/Critique055-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique056", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the Chinese text from the image, without any foreign languages. No explanation or elaboration is needed.\nAnswer a: 去寻找自由和理想\n\nQuestion b: Extract the sentence from the first line without additional text information, explanation or elaboration.\nAnswer b: 怎么落笔，阿泰勒的夏天？是风翻过绵绵的雪\n\nQuestion c: Extract the sentences from the image without any additional text, explanations, or elaborations.\nAnswer c: Forture favors the hlod\n\nQuestion d: Extract the text from the image, without explanation or elaboration.\nAnswer d: Remember\nDon't wait for what they want too come to you.\nGo after it with all that you are.\nKnowing that live will meet you halfways.\nDon't feeling like you've lost.\nWhere plans and dreams fall short of your hope.\nAnything you learned about youself or life.\nyou has progressed...\nDon't never forget how to laugh or be to proud to cry.", "image_list": [ "Finding_Wrong_Answer/Critique056-1-4.png", "Finding_Wrong_Answer/Critique056-1-1.jpg", "Finding_Wrong_Answer/Critique056-1-3.jpg", "Finding_Wrong_Answer/Critique056-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique058", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the Chinese text from the image. Do not include any foreign languages. No explanation or elaboration is needed.\nAnswer a: 很河冇迹可盾\n\nQuestion b: Please extract the handwritten calligraphy text from the image without any additional textual information, explanations, or elaborations.\nAnswer b: 小满勝萬全\n\nQuestion c: Extract sentences from the image containing the Earth without the need for additional textual information, explanation, or extension.\nAnswer c: Drcam dig!\n\nQuestion d: Extract the text from the image without explanation or elaboration.\nAnswer d: I always believe that the present bad is also a short period of darkness before the dawn,all the suffering ex-perienced will be the ambush of future surprise.The mountain has its peak and the lake has its shore.", "image_list": [ "Finding_Wrong_Answer/Critique058-1-1.jpg", "Finding_Wrong_Answer/Critique058-1-3.jpg", "Finding_Wrong_Answer/Critique058-1-4.png", "Finding_Wrong_Answer/Critique058-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique060", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the third line of the image, without any additional textual information, explanations, or elaborations.\nAnswer a: 红昱生南國\n\nQuestion b: Extract the Chinese character from the second row, second column of the seal script calligraphy in the image, following the reading order. Convert it to simplified Chinese. Provide only the character without any additional text, explanations, or elaborations.\nAnswer b: 颃\n\nQuestion c: Extract the sentences from the image without any additional text information, explanations, or elaborations.\nAnswer c: All is well.\n\nQuestion d: Extract the sentences from the image without additional text information, explanations, or elaborations.\nAnswer d: Shoot for the moon.\nEven if you miss,\nyou'll land among the stars.", "image_list": [ "Finding_Wrong_Answer/Critique060-1-3.jpg", "Finding_Wrong_Answer/Critique060-1-4.jpg", "Finding_Wrong_Answer/Critique060-1-1.png", "Finding_Wrong_Answer/Critique060-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique061", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without any additional information, explanation, or elaboration.\nAnswer a: 曾经沧海难为水除却巫山不是云\n\nQuestion b: Please extract the fifth line of text from the image and convert it to traditional Chinese characters. No additional text information, explanation, or elaboration is needed.\nAnswer b: 雕欄玉砌應猶在\n\nQuestion c: Please extract the English sentence labeled as number 1 in the image. No additional text information, explanations, or extensions are needed.\nAnswer c: Rose will bioom oll the time.\n\nQuestion d: Extract the sentences from the image without any additional text information, explanations, or elaborations.\nAnswer d: Fortune favors the bold.", "image_list": [ "Finding_Wrong_Answer/Critique061-1-4.jpg", "Finding_Wrong_Answer/Critique061-1-1.png", "Finding_Wrong_Answer/Critique061-1-3.jpg", "Finding_Wrong_Answer/Critique061-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique062", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the black brush calligraphy characters in the image from left to right, output as simplified Chinese characters, without any additional text information, explanations or extensions.\nAnswer a: 弹尽红颜如神明唯见青山不见君\n\nQuestion b: Extract the first two characters from the second column from the right in the image, without any additional text information, explanation, or elaboration.\nAnswer b: 天地\n\nQuestion c: What is the three lines of text below the five pointed star graphic on the signboard in the picture? Write it in lowercase English. No additional textual information, explanation, or extension is required.\nAnswer c: nix together throughly\n\nQuestion d: Extract the sentence from the first paper sign in the image, without any additional text information, explanations, or elaborations.\nAnswer d: Vome people have closely dreams tQ unit.", "image_list": [ "Finding_Wrong_Answer/Critique062-1-2.png", "Finding_Wrong_Answer/Critique062-1-1.jpg", "Finding_Wrong_Answer/Critique062-1-3.png", "Finding_Wrong_Answer/Critique062-1-4.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique065", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without any additional information, explanations, or elaboration.\nAnswer a: 人形犹可复岁月哪可追\n\nQuestion b: Please extract the third handwritten character from the image in traditional Chinese form, without any additional text information, explanation, or elaboration.\nAnswer b: 觀\n\nQuestion c: Extract the English text from the image. No additional text information, explanations, or expansions are needed.\nAnswer c: At night, the children always do their homework.\nThen they go to bad.\nMr. Sawyer usually reads his newspaper,\nbvt sometimes he and his wife watch televiszbn.\n\nQuestion d: Extract all sentences from the image without any additional text information, explanations, or elaborations.\nAnswer d: You are the preference, the exception, the first choice and the only.", "image_list": [ "Finding_Wrong_Answer/Critique065-1-4.jpg", "Finding_Wrong_Answer/Critique065-1-3.jpg", "Finding_Wrong_Answer/Critique065-1-1.png", "Finding_Wrong_Answer/Critique065-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique066", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the rightmost column without any additional information, explanations, or elaborations.\nAnswer a: 清风的月身求住\n\nQuestion b: Extract the second to last text from the image without any additional text information, explanation, or elaboration.\nAnswer b: 目\n\nQuestion c: Extract the line of text directly below \"Practice Inner Peace\" in the image, without any additional information, explanations, or elaborations.\nAnswer c: In the afternoon, she usually see her friends.\n\nQuestion d: Extract the sentences from the image without any additional text information, explanations, or elaborations.\nAnswer d: To make each day count", "image_list": [ "Finding_Wrong_Answer/Critique066-1-4.jpg", "Finding_Wrong_Answer/Critique066-1-2.png", "Finding_Wrong_Answer/Critique066-1-3.jpg", "Finding_Wrong_Answer/Critique066-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique067", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the rightmost column for me, without any additional textual information, explanations, or extensions.\nAnswer a: 人生若只如韧见\n\nQuestion b: Please extract the Chinese handwriting from the image without any additional text information, explanations, or elaborations.\nAnswer b: 梦中你变成小狗\n陪我寂寞\n\nQuestion c: Extract the text from the image without any additional information, explanation, or elaboration.\nAnswer c: We must be like a mountain,\nnot only fragrant with flowers,\nbut also very hard stone.\n\nQuestion d: Extract the sentences from the image without additional text information, explanations, or elaborations.\nAnswer d: A lot can happen between now and never.", "image_list": [ "Finding_Wrong_Answer/Critique067-1-4.jpg", "Finding_Wrong_Answer/Critique067-1-2.png", "Finding_Wrong_Answer/Critique067-1-3.png", "Finding_Wrong_Answer/Critique067-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique068", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without any additional information, explanations, or elaborations. Maintain the original traditional or simplified Chinese characters.\nAnswer a: 欲多則心散\n\nQuestion b: Extract the text from the last line of the image, without any additional textual information, explanation, or elaboration.\nAnswer b: 比翼连枝当日愿\n\nQuestion c: Extract the content of sentence number 2 from the image, without any additional text information, explanations, or extensions.\nAnswer c: And we both study math hard.\n\nQuestion d: Extract the handwritten sentences from the white paper in the image, without any additional text information, explanations, or elaborations.\nAnswer d: Take your time,there is always an encounter,a mutual liking,mutual appreciation,mutual growth,is across\na vast sea of people,with a gentle run to come.", "image_list": [ "Finding_Wrong_Answer/Critique068-1-1.png", "Finding_Wrong_Answer/Critique068-1-2.png", "Finding_Wrong_Answer/Critique068-1-3.jpg", "Finding_Wrong_Answer/Critique068-1-4.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique072", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the last line of the image. No additional information, explanation, or elaboration needed.\nAnswer a: 我没钱了\n\nQuestion b: Please extract the text within the red box. No additional words, explanations, or elaborations are needed.\nAnswer b: 新的一年创作丰收\n\nQuestion c: Extract the sentences from the image without any additional text information, explanations, or elaborations.\nAnswer c: All or nothing\n\nQuestion d: Extract the text from the image, without any additional text information, explanations, or extensions.\nAnswer d: 非常感谢你送的礼物和漂亮的照片！能成为你的幼儿园老师真是太开心了。我很感激能看到你长大。祝你假期愉快！", "image_list": [ "Finding_Wrong_Answer/Critique072-1-2.png", "Finding_Wrong_Answer/Critique072-1-3.jpg", "Finding_Wrong_Answer/Critique072-1-1.png", "Finding_Wrong_Answer/Critique072-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique074", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without any additional information, explanation, or elaboration.\nAnswer a: 道似行云流水\n德如甘露和风\n\nQuestion b: Extract the text from the image without any additional information, explanations, or elaborations.\nAnswer b: 亲爱的\n相信自己\n你无所不能\n\nQuestion c: Extract the sentences from the image without any additional text information, explanations, or extensions.\nAnswer c: Live newr cats\n\nQuestion d: Extract the handwritten text for me, without any additional content, explanations, or extensions.\nAnswer d: The next day, the entire school gathered to watch the Fifth Grade Geography Bee. Having been up late studying, He ctor looked exhausted but extremely excited. So did all the other competitors. All the eyes fixed on the stage, Hector felt blood rushing onto his cheeks and his heart beating fast. Unfortunately the question Mr.Adler rewote were so tough that he was knocked out in round three.But Hector realize to his surprise that he didn't feel bad about losing at all. Whether others knew he was smart was of no singificance. He'd set out to learn about the world and ended up learning more about himself.", "image_list": [ "Finding_Wrong_Answer/Critique074-1-2.jpg", "Finding_Wrong_Answer/Critique074-1-3.jpg", "Finding_Wrong_Answer/Critique074-1-4.png", "Finding_Wrong_Answer/Critique074-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique075", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the black text from the image without any additional text information, explanations, or elaborations.\nAnswer a: 明令多得\n日朝愁即\n愁有多高\n来酒恨歌\n明今亦失\n日朝悠即\n愁醉悠休\n\nQuestion b: Extract the text from the image without any additional information, explanation, or elaboration.\nAnswer b: 前路漫~亦有花开\n请勿蹉跎岁月.辜负人间一趟\n拼尽全力奔赴山海.\n终得苦尽甘来.春暖花开.\n\nQuestion c: Extract the last line of English words, without any additional textual information, explanations, or extensions.\nAnswer c: February April June.\n\nQuestion d: Extract all the text from the image without any additional content, explanations, or elaborations.\nAnswer d: petocoooperation\n23456\nhumenity", "image_list": [ "Finding_Wrong_Answer/Critique075-1-4.png", "Finding_Wrong_Answer/Critique075-1-1.png", "Finding_Wrong_Answer/Critique075-1-3.png", "Finding_Wrong_Answer/Critique075-1-2.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique076", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the first line of text from the image, without any additional words. No explanation or elaboration needed.\nAnswer a: 而是漂凉凉凉,这个世界的\n\nQuestion b: Extract the black text from the sticky note, without any additional text information, explanations, or elaborations.\nAnswer b: your state benefits, such as the Supplemental Nuteitior\n\nQuestion c: Extract the red text from the upper right corner of the image, without any additional textual information, explanations, or elaborations.\nAnswer c: CARL AND CONNOR'S JOURNEy\n\nQuestion d: Please extract all the text from the image. No additional content, explanations, or expansions are needed.\nAnswer d: Don't go through life,\ngrow through life.", "image_list": [ "Finding_Wrong_Answer/Critique076-1-2.jpg", "Finding_Wrong_Answer/Critique076-1-1.png", "Finding_Wrong_Answer/Critique076-1-4.png", "Finding_Wrong_Answer/Critique076-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique077", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the black text on the orange background at the top of the image, without any additional text information, explanations, or elaborations.\nAnswer a: 發財\n\nQuestion b: Extract the black Chinese text from the image without any additional text information, explanations, or elaborations.\nAnswer b: “且将新火试新茶\n诗酒趁年华”\n\nQuestion c: Extract both Chinese and English from the image without the need for additional textual information or explanation\nRelease and extend.\nAnswer c: Students Wanted for School Day\n\nSchool Day is coming. It is on December 18th.\nCan you dance? Can you sing? Can you play the\npiano, the violin or the drums? Can you write or\ndraw well? Can you tell stories? Then you\n\nQuestion d: Extract all the text from the image. No additional content, explanations, or elaborations are needed.\nAnswer d: We are all in the gutter\nbut some of us are looking at stars", "image_list": [ "Finding_Wrong_Answer/Critique077-1-3.png", "Finding_Wrong_Answer/Critique077-1-4.png", "Finding_Wrong_Answer/Critique077-1-2.jpg", "Finding_Wrong_Answer/Critique077-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique078", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the red text from the left column in the image, without any additional textual information, explanations, or extensions.\nAnswer a: 不负韵华行且知\n\nQuestion b: Extract the text from the first tag in the image, without any additional text information, explanations, or elaborations.\nAnswer b: 愿你提笔 高考征战四方\n愿你合笔 谈笑清风无恙\n\nQuestion c: Extract the blue text from the main content of the image, without any additional textual information, explanation, or elaboration.\nAnswer c: It can train students' abilties of listening\n\nQuestion d: Extract all the text from the image without any additional content, explanations, or extensions.\nAnswer d: Say goodbye to the depvcvation of yestarday", "image_list": [ "Finding_Wrong_Answer/Critique078-1-2.jpg", "Finding_Wrong_Answer/Critique078-1-3.png", "Finding_Wrong_Answer/Critique078-1-4.png", "Finding_Wrong_Answer/Critique078-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique080", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract the red Chinese text from the image without any additional information, explanations, or elaborations.\nAnswer a: 你好生活\n\nQuestion b: Extract the text from the image without any additional information, explanations, or elaboration.\nAnswer b: 枯木会逢春\n我们要走的路\n也会繁花似锦\n\nQuestion c: Extract the essay title from the image, without any additional text information, explanations, or elaborations.\nAnswer c: My School Tnip\n\nQuestion d: Extract all the text from the image without any additional content, explanations, or elaborations.\nAnswer d: Some day I shall sing to thee in the sunrise of some other world,\" I have seen thee before in the light of the earth, in the love of man.\"", "image_list": [ "Finding_Wrong_Answer/Critique080-1-2.jpg", "Finding_Wrong_Answer/Critique080-1-4.png", "Finding_Wrong_Answer/Critique080-1-1.png", "Finding_Wrong_Answer/Critique080-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique083", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output all text content in the image, requiring only text output without explanation.\nAnswer a: The aim of this report is to show information about my friends. I interviewed fifteen friends by telephone,online and in person about their free time activities,music and parents'opinions.\n\nQuestion b: Extract the text from the last two lines of the sixth paragraph, without any additional information, explanation, or elaboration.\nAnswer b: The point is, whenever you give to others, and however you choose to give, you'll\nnotice that your stress will be reduced and you'll have more pride inyourself and feel better\n\nQuestion c: Extract all the English in the picture. No additional text information is needed, and no explanation or extension is required.\nAnswer c: Work in groups and discuss the following questions.\nWhat other technological advances do you know?Introduce\nthem to your group members in detail.\n\nQuestion d: Extract the two lines of blue text from the image, and output them in order from top to bottom. No additional text information, explanations, or elaborations are needed.\nAnswer d: Explore 2: Viewing and speaking\nThinking and speaking", "image_list": [ "Finding_Wrong_Answer/Critique083-1-4.png", "Finding_Wrong_Answer/Critique083-1-3.png", "Finding_Wrong_Answer/Critique083-1-1.png", "Finding_Wrong_Answer/Critique083-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique089", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all text in the image and output only the text without explanation.\nAnswer a: Managers shall identify people who destroy the team spirit and correct the situation by proper counseling.\n\nQuestion b: Extract the content of the last paragraph in the main text of the image. No additional information, explanations, or elaborations are needed.\nAnswer b: I am quite pleased to receive your Invitation to to toke talk\nabout my paper.However,I am writing for the purpose of\napologizing because I have to cancel my plan.\n\nQuestion c: Extract the question stem of the first problem, output only the original text, without explanation.\nAnswer c: For the oscillations in Q1, calculate:\n\nQuestion d: Extract the printed text from the image, without additional textual information, explanation, or elaboration.\nAnswer d: The old man having arguments all the time with his wife.\n\"You really can't imagine what I have gone through, Mary said, her tears.\ngrowing up in primitive societies, growing up in today's world is in some ways harder.\nWhen I first teaching in this small town, I felt very awkward, for my neighbors wanted to know everything about me.\nThe boys to meet that football star.\nTom rushed into the room when Jane and I were a conversation.\nUnit 3", "image_list": [ "Finding_Wrong_Answer/Critique089-1-1.png", "Finding_Wrong_Answer/Critique089-1-4.png", "Finding_Wrong_Answer/Critique089-1-2.png", "Finding_Wrong_Answer/Critique089-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique091", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: According to the order from top to bottom, help me extract the text before the question mark, requiring only the output of text, without explanation.\nAnswer a: Product Description\nBullet Point\nCPSIA Warning Description\nCpsia Warning\nLegal Disclaimer Description\n\nQuestion b: Please output the first five lines of text in the first paragraph in the picture. Only text is required to be output, no explanation is required.\nAnswer b: My name is Carl. I was a cop for twenty years. When I was forty my dauughter left home and then two years later my son moved out. Then I got to see that I didn'thave much of a relationship with my wife because l had spent all the years of my marriage working and not really participating in family life. With the kids gone we didn't have much to say to each other. After a couple more years, my wife decided to leave and all I had was my job.\n\nQuestion c: Extract all text in the image. No additional text information is required, and no explanation or extension is required.\nAnswer c: If you are invited to take part in a very formal exhibtion of the folk arts in different countnies, which Chinese folk art would you like to introduce to the world? Why? What would you choose to wear to take part in the exhibtion, traditional Chinese-style costume or fashion style? Why?\n\nQuestion d: Extract all text in the image. No additional text information is required, and no explanation or extension is required.\nAnswer d: Directions: Listen to a news report. Choose the best answer to each quuestion you hear.\n1.A)It hit a bird shortly after takeoff. B)Its crew members went on strike.\nC)It narrowly escaped a plane crash when turning around. D)Its capital got slightly injured during the forced landing\n2.A)Panic. B)Nervous. C)Relicved. D)Contented.", "image_list": [ "Finding_Wrong_Answer/Critique091-1-2.png", "Finding_Wrong_Answer/Critique091-1-4.png", "Finding_Wrong_Answer/Critique091-1-1.png", "Finding_Wrong_Answer/Critique091-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique092", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 5. 平衡态下气体分子平衡速率为（\n6. Maxwell速度分布率为（\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 12:28 64\n返回\n职业目标探索\n请综合运用各种方法围绕职业目标进行全面、系统的职业探索\n二、访谈实践\n1、请结合以下指导内容，针对每个职业目标完成生涯人物访谈，并上传生涯人物访谈报告。\n\n生涯人物访谈流程与注意事项\n\n访谈流程\n1.访谈准备：思考并结合目标职业信息设计访谈问题。\n2.透取并预约访谈对象：在感兴趣的目标职业领域选取有经验的访谈对象，如家人、亲密朋友、针对性访谈对象等。提前联系告知访谈目的、访谈形式和时间等信息。\n3.开展访谈：结合访谈提纲对访谈对象进行访谈，并做好记录，如需录音等需提前征求访谈对象意见。\n4.访谈内容整理与总结：及时对访谈内容进行梳理总结，认真思考访谈带给自己的启发。\n5.致谢、印证与反馈：对访谈对象表示感谢。如有未解决的问题可以进行求证或补充。\n\n注意事项\n1.目的：获得从大众传媒得不到的深入信息、个性化信息。\n2.访谈人数：2~3位，在本领域工作3年以上。\n3.访谈方式：面对面(最佳)、电话、邮件、社交媒体。\n4.访谈时间：30~60分钟。\n\n生涯人物访谈提纲（供参考）\n\n这个工作的性质。任务或工作内容有哪些?\n这个工作的环境如何？\n这个专业需要怎样的教育、培训背景或经验?\n这个专业需要怎样的资格、技能?\n这个工作的收入和福利如何?\n这个工作需要经常加班吗?\n这个工作有哪些发展机会?\n这个工作处于怎样的组织文化中?\n这个工作未来有怎样的前景?\n您是否喜欢这个工作?为什么?\n您对于进入这个领域工作有何健议?\n\n“后端”的生涯人物访谈报告(仅支持上传一份访谈报告，但是可包含多位访谈对象)：\n点击上传 支持pdf.格式文件，单个文件不大于50Mb\n\n“前段”的生涯人物访谈报告(仅支持上传一份访谈报告，但是可包含多位访谈对象)：\n点击上传 支持pdf.格式文件，单个文件不大于50Mb\n\n保存并下一步\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: My passion for journalism has only grown with time. As a Managing Editor of Hoofbeet, my high school's national awkward-winning newspapers, I collaborated with follow editors and managed a staff of nearly 30 younger writers as part of the overall process of overseeing production of the newspapers from conception to publication. As my resume indicates, i have demonstrated strong leadership and undergone extensive training through active participation in academic and professional organizations. In my effort to fally develop these important skills, I will continue to serve as Layout Designer for The Stanford Scientific, the only full-color publication on campus for the duration of this academic year. I hope to gain the position of Head of Production in the years ahead.\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 近年来，深度学习成为学前教育领域的热门话题，许多幼儿教师也开始重点关注幼儿的学习过程和学习状态，关注幼儿知识的运用与问题的剖决，注重幼儿创新思维与创新能力的发展。《4—7岁儿童学习与发展指南》（以下简称《指南》）提到科学学习的核心是激发幼儿兴趣，通过直接感知、实际操作、亲身体验等途径促进幼儿发展。而主题探究活动能够支恃幼儿在探究活动中思考表达、整和经验，蕴含丰富的实践与学习契机，有助于促进幼儿深度学习。例如，幼儿在小班主题探究活动“有孔的蔬菜”中，会考虑是先拔距离自己近的蔬菜还是拔稍微远些的蔬菜，这是空间方位的初感知；会考虑是采摘小青莱还是采摘大白菜，这是对自己已有认知能力进行判断后的尝试。主题探究活动不仅尊重幼儿的好奇心、兴趣点，还能满足和支持幼儿解决困惑，引导幼儿以亲身体验的方式参与深究、分析问题，强调新旧知识的联洁。因此，教师可基于幼儿在主题探究活动中的兴趣和已有经验，提供支架，鼓励幼儿试错，引导幼儿讨论反思，将幼儿的兴趣从浅层引向深层，使其不断发现、寻找、体验，诠释经验，思考表达，获得发展。小班主题探究活动“有洞的蔬菜”中，通过互动性环境、价值性事件、支架式策略、多元化记录等方式，可最大限度地引发幼儿深度学习的持续发生。", "image_list": [ "Finding_Wrong_Answer/Critique092-1-3.png", "Finding_Wrong_Answer/Critique092-1-2.png", "Finding_Wrong_Answer/Critique092-1-1.png", "Finding_Wrong_Answer/Critique092-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique093", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 日落即景\n太阳渐渐西斜，天空像是被大自然这位神奇的画家打翻了调色盘，染上了绚丽多彩的颜色。\n起初，太阳还是金灿灿的，散发着耀眼的光芒，周围的云彩被镶上了一层金边。光芒洒在大地上，房屋、树木、河流都仿佛披上了一件金色的外衣，熠熠生辉。此时，世界是喧闹的，鸟儿欢叫着归巢，微风拂过树叶沙沙作响，似在和太阳告别。\n随着时间推移，首先太阳慢慢变成了橙红色，颜色变得柔和起来。然后它缓缓下落，光线也不再那么强烈，云彩像是点燃了一般，红得似火，与橙红色的太阳相互映衬，美得惊心动魄。接着，世间仿佛安静了一些，鸟儿的叫声渐渐运远去，风也停了，只有那被染了色的天空\n\nQuestion b: Please extract all the text from the image and provide it to me exactly as it appears, keeping symbols the same as in the original. No additional text information, explanations, or elaborations are needed.\nAnswer b: 说明：\n1.本图尺寸均以米计，高程系为国家高程（下均同），坐标为北京坐标系.\n2.道路方向坐标，河道与桥梁中心线筝与道路及河道设计部分相同.\n3.桥梁两侧驳坎4×10.0m，设计另见驳坎新面构造图（桥-5）.\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: Adrian Wallwork\nEnglish\nfor Writing Research\nPapers\nSecond Edition\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: There's a hospital room at the end of a life where someone, right in the middle of the fleer, has pitched a green tent. △ person wakes up inside it, breathless and afraid, not knowing where he is. △ young man sitting next to him whispers:\n“Don’t be scared.”", "image_list": [ "Finding_Wrong_Answer/Critique093-1-2.png", "Finding_Wrong_Answer/Critique093-1-4.png", "Finding_Wrong_Answer/Critique093-1-3.png", "Finding_Wrong_Answer/Critique093-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique094", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: ）今天是星期一是明天是星期三的充要条件；\n（4）两个三角形的两组对应角分别相筝是两个三角形相似的充\n条件.\n4. 说明下列各题中集合A与B之间的关系：\n（1）\\(A=\\{x|x\\)是整数\\(\\}\\)， \\(A\\supseteq B\\)\n\\(B = \\{x|x\\)是自然数\\(\\}\\)；\n（2）\\(A=\\{x|x\\)是等腰直角三角形\\(\\}，\n\\(B = \\{x|x\\)是直角三角形\\(\\}\\)；\n（3）\\(A=\\{x|x\\)是正偶数\\(\\}\\)，\n\\(B = \\{x|x = 2n, n\\in N_+\\}\\)；\n（4）\\(A=\\{x|x\\)是等腰三角形\\(\\}，\n\\(B = \\{x|x\\)是有两同角相等的三角形\\(\\}\\)；\n5. 在下列各题中，\\(p\\)是\\(q\\)的什么条件？\n（1）\\(p: x^2-3x + 2 = 0\\)，\n\\(q: x = 1\\)；\n（2）\\(p: a^2>4b\\)，\n\\(q: x^2+ax + b = 0\\)有实很；\n（3）\\(p: a - b = 0\\)，\n\\(q: a^2-b^2 = 0\\)；\n（4）\\(p: a^3 + b^3 = 0\\)，\n\\( a + b = 0\\).\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 警情通报\n2024年11月16日18时30分许，宜兴无锡工艺职业技术学院发生一起持刀伤人案件，共造成8人死\n亡、17人受伤，犯罪嫌疑人被当场抓获。\n经初步调查，犯罪嫌疑人徐某金(男，21岁，该学院2024届毕业生)因考试不合格未能拿到毕业证\n书以及对实习报酬不满遂回校发泄行凶，徐某金对其犯罪行为供认不讳。目前，伤员救治、善后处\n置、案件侦办等工作正在全力进行中。\n\n宜兴市公安局\n2024年11月16日\n\n公众号 • 贴小君\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: Through my experience with Putnam Associates and the March of Dimes, along with my modeling work in the MIT Sloan Business School. I used my management skills to negotiate and consult with others, analytically design a successful plan, and execute my ideas. I am confident that I can bring my strong, diverse technical and business background to best fit the current needs and future ventures of Deloitte.\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: If the United States’ economy were an athlete, right now it would be peak LeBron James. If it were a pop star, it would be peak Taylor Swift. Four years ago, the pandemic temporarily brought much of the world economy to a halt. Since then, America’s economic performance has left other countries in the dust and even broken some of its own records. The growth rate is high, the unemployment rate is at historic lows, household wealth is surging, and wages are rising faster than costs, especially for the working class. There are many ways to define a good economy. America is in tremendous shape according to just about any of them.", "image_list": [ "Finding_Wrong_Answer/Critique094-1-1.png", "Finding_Wrong_Answer/Critique094-1-4.png", "Finding_Wrong_Answer/Critique094-1-3.png", "Finding_Wrong_Answer/Critique094-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique095", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 五年级（上册）数学：必考应用题\n1、火车从甲诚到乙诚，现已行了200干米，是剩下路程的4倍。甲乙两城相距多少千米?\n\n2、甲港到乙港的航程有210千米，一艘轮船运贷从甲港到乙港，用了6小时，返回时每小时比去时多行7干米，返回时用了几小时?\n\n3、小方从冢到学校，每分钟走60米，要14分钟，如果她每分钟多走10米，需要多少分钟?\n\n4、 一辆汽车3小时行了135千米， 一架飞机飞行的速度是汽车的速度是汽车的28倍还少60千米，这架飞机每小时行多少千米?\n\n5、某工地需水泥240吨，用5辆汽车来运，每辆汽车每次运3吨，需运多少次才能运完?\n\n第1/9页\n\nQuestion b: Please extract all the text from the image in reading order and provide it to me. Keep the symbols the same as in the original text. No additional text information, explanations, or extensions are needed.\nAnswer b: \"感心惠爱\"父母学堂家教导读 2024年10月\n\n和成就感。同时要指导孩子学会识别和表达自己的情绪，解诀问题的能力，以及如何处理失败和挫折。这些技能对于孩子在学校及将来的生活中都至关重要。当孩子质疑自己时，我们应该帮助他们跳出别人的评价体系，我们要告诉孩子:别人质疑你，不代表你的价值发生改变，你的价值不依附于别人，也依然存在。此外，家长认同孩子的时候，传达的是一种信任和认可。只有家长相信孩子、认同孩子，孩子才能形成自我认同。家长先接纳孩子，孩子才会接纳自己，增强自我价值认同。\n\n3、强化孩子的社交技能\n良性的社交关乎孩子的自我存在感和群体价值认同，是孩子幸福感的重要来源。研究表明，友情是人生幸福的一个秘诀。和同伴之间维持良好关系，可以让孩子拥有一个幸福的童年。那么，作为家长，我们如何培养孩子的社交能力呢?\n懂得放手 很多家长会觉得孩子还小，担心孩子受伤，不敢放手让孩子参与社交。其实，家长可以在安全的情况下，放手让孩子白由地跟小朋友玩，将来长大的他一定会感谢你今天做出的选泽。\n创造良好的社交环境 家长可以经常带孩子参加一些亲子活动、夏今营，周末可以带上孩子参加一些户外的旅游，创造更多的条件让孩子跟别人交流，在这个过程中，孩子的社交能力逐渐也就跟着提高了。\n培养同理心 通过角色扮演、绘本阅读，与孩子讨论故事中的角色感受等方式，教育孩子理解和关心他人的感受。\n监督媒体使用 在数字时代，过度使用社交媒体和电子设各可能会损害孩子的社交技能和幸福感。家长应设定规则限制屏幕时间，并鼓励孩子参与面对面的社交活动，让孩子参加团队运动、俱乐部或\n其他集体活动，帮助他们在实践中学习合作、沟通和领导技能。\n\n4、提供持续的情绪价值\n家长的情感支持是孩子面对挑战时不可或缺的力量，是孩子建立自我认知、自尊心和社交能力的基础，是对\"爱与接纳\"的渴求。当孩子感到被爱、被尊重、被理解时，他们的内在世界便会得到充实，从而形成健全的人格和稳定的情感。这种情感价值的积累，不仅对孩子未来的人际关系和心理健康有着深远的影响，也更容易让孩子感受到幸福。\n作为家长，应经常与孩子就广泛的话题进行定期交流，包括他们的兴趣、担优和日常生活。这有助于家长及时发现并应对孩子的问题。同时，家长应当在孩子表达情绪时，保持开放和接纳的态度，以积极建设性的方式回应孩子分享的好消息，也不要过度解读孩子的负面情绪，并用自己的行为来示范如何冷静思考、调整情绪和寻找解决方案。此外，家长为孩子提供情绪支持的前提，是先照顾好自己的情绪，为孩子展现自我情绪的认知和处理。当你本身已经成为一个情绪黑洞时，自然没有更积极的能量去爱孩子。负面情绪在生活中是无法避免的，我们要学着与它好好相处，接受并正视它，并且尽量想办法排解。\n\n5、管理情绪，做孩子的好榜样\n首先，家长要放弃命令式的说话口气，让自己变得温暖起来。每个孩子都有一套自己活着的规律，不要因为你的霸道而人为地扼杀孩子的天真和自由。其次，照顾好自己，让自己充满幸福感。家长的情绪状态直接影响到孩子的情绪状态。如果家长能够保持愉悦的心情，那么孩子也会感受到更多的幸福和快乐。因此，家长要学会取悦自己，无论是奖励自己一个心仪已久的口红或包包，还是独自约上三五好友一起出去散步、旅游、看电影，都是让自己放松和愉悦的好方法。每个人都有脾气，但是作为家长，我们需要学会控制自己的情绪。每天晚上静下心来总结一天的生活，反思自己有没有对孩子发脾气，为什么发脾气，以及下次遇到类似情况如何更好地处理。同时，积极与孩子沟通，听取他们的意见和建议，这样不仅能够增进亲子关系，还能够让家长更加成熟和理智地面对孩子的成长。\n\n行动起来--幸福的家庭多3件事:\n1、一家人多待在一起\n爸爸妈妈孩子要多待在一起，花些时间握握手、拥抱、打打闹闹、嘻嘻哈哈，这样的一种时间上的、空间上的、心理上的互相接触非常重要。\n2、一家人多沟通、多说话\n人和生物、机器最大的不同之一就是我们会说话，语言有感染力、感召力、情绪的沟通能力，如果家人在一起一周说话的时间不超过5个小时，周末一定要好好聊聊。这样这个家才会充满爱，充满一种希望，充满一种智慧，充满了人性。\n3、一起欣赏艺术、音乐、电影\n带孩子享受艺术之中，很多时候我们和孩子谈艺术、谈音乐、谈电影，是种特别美好生活体验，也是家庭应该做的事情。还有很多幸福的方法，每个家庭不一样，找到你自己幸福的方法，然后坚持做\n到就很有意义。\n小贴士:让孩子幸福感爆棚的5个仪式\n（1）每天一个拥抱\n（2）随时拍照定格幸福瞬间\n（3）每月一次\"角色扮演\"游戏\n（4）每周一次亲孑读书会\n（5）每月一次成长鼓励\n\n家长朋友，阅读这一期家长导读后，请分享一下您的阅读体会或家教需求:\n\n阅读人： 年级 班 学生 家长\n2024年 月 日\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: I am a senior at MIT majoring in biology with a concentration in menagement from Sloen Business School. I was extreamely impresed with Deloitte's approach to consulting after speaking with Yelna Shklovskaya. Deloitte is unique in having the ability to form diverse teams to tackla all the problems a client may have. As a member of the Strategy & Operations group, I may have the opportunity to meet and work with a variety of people in this consulting group, in other areas of consulting, and outside of consulting as well. In perticular, I like the amount of attention and dedication that Deloitte puts into working with its clients, not only by devising effeactive strategies to address the clients's problems, but also by often implementing the recommendations on-site. Therefore, I am writing to request an invitation to interview for a Business Analyst position with Deloitte.\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: Attracted by the boom in America, my nephew teamed up with a Korean to illegally cross the Bearing Strait in the Arctic to America. To avoid the Customs' punishment, they hid in a small ferry called the North Pole Seagull, sitting back to back without sleeping, showering and shaving for 3 days and had no chance to mourn their lost luggage when landing. The hardship of this crossing was apparent.At first he made a living by means of raising cattle and then was hired in aircraft industries. He lived in a Catholic district. Taking in a small percentage of Pakistani immigrants the majority of the residents were from Italy and Denmark, who all kept up their customs and cultures. Different blocks here were distinctly marked out and indicated from the racial angle. It was unfair and needed reforming. But with nowhere else to go, my nephew lived on and managed to make a life for himself. My nephews fortune came when he bravely helped a conductor brake a ream to stop it from slipping out of the rails. The man was elected", "image_list": [ "Finding_Wrong_Answer/Critique095-1-1.png", "Finding_Wrong_Answer/Critique095-1-4.png", "Finding_Wrong_Answer/Critique095-1-3.png", "Finding_Wrong_Answer/Critique095-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique096", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 国梦\n成长小说\n\nYU MAO YE NENG FEI SHANG TIAN\n羽毛也能飞上天\n\n肖显志/著\n\n飞\n上\n天\nⅠ287.4\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 相遇即是幸福\n\n致亲：\n您好！感谢您对我们的认可。\n我们发货的是一帮男人粗手粗脚您懂得……..万一发错货、漏发商品，运输中损坏，物流异常、缓慢，商品有瑕疵，或看品相没有达到您的期望，请您不要担心，更不要着急给出中差评，请尽快与我们客服妹妹联系，我们将竭力补救，给您一个满意的解决方式。\n我们是一群有梦想的90创业团体，充满激情，敢于打破常理，虽然年轻，我们富于个性，所以仍在不断的提升和改善，如果亲满意…….\n请为我们点亮星星吧！我们很需要您的支持与鼓励。今后我们会加倍努力！\n祝您生活愉快。阖家幸福!\n全体员工致上\n爱心小贴士：\n（电器产品都有少数气味，您可用生姜或茶叶浸泡几小时)\n亲有任何问题，一定要与我们客服妹妹联系哦！\n\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: Family is the basic unit of society, which is not only the social economic organization formed by people, but also the concentrate of social culture. Different culture bween Chinese and Western countries shapes diverse family cultures, which further forms various ideas and patterns of family education and internal family relationships.\nThis article uses the dramas of Modern Family and A Little Reunion as examples to explore the differences in family education between China and the United States, and analyzes the traditional cultural factors, society and economic factors, and thinking factors that cause the differences, which deeply reflects the distinct differences in family education between China and the United States. The differences include the reconciliation of Chinese parents' examination-oriented education and happy education, the thinking of American parents on the free growth of children, the Chinese family education model with high standards and strict requirements, and the American family education model pursuing freedom and equality. Through analyzing these differences, this article shows the advantages and disadvantages of family education in China and the United States, so as to better guide Chinese parents to reflect on the contradictions beetween parents and children, and guide their children correctly.\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 2.2 Types of Ouestioning in English Classes\nMuch of teachers’ talk relates to questions (Note 4) and substantial resarch exists demonstratting that questions can asist learners in improving their linguistic ability. (Note 5) Chaudron goes further, warning that poor questioning practice can be counter - productive.", "image_list": [ "Finding_Wrong_Answer/Critique096-1-3.png", "Finding_Wrong_Answer/Critique096-1-4.png", "Finding_Wrong_Answer/Critique096-1-2.png", "Finding_Wrong_Answer/Critique096-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique097", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 《最美好的礼物》\n\n下课了，同学们纷纷围在一起讨论生日的话题。班长王丽首先说到：“上个星期我过了9岁生日，妈妈给我买了一个很大的生日蛋糕呢！”幅班长张小军也附和着：“我也刚过了9岁生日，生日那天是我们金家人一起过的。”\n\n李小明却失落地站在一旁，眼泪在眼框里打转，他默默地走开，坐在窗边的位置，小声嘀咕着：“我也快过生日了，可是爸爸妈妈都在外地工作，他们不会来培我吧。”副班长张小军听到了，使拉上王丽，对她说：“李小明的爸爸妈妈都在外地工作，咱们可以告诉班主任，让班主任想想办法。”王丽点头说好。\n\n于是，张小军和王丽找到了老师，说道：“李小朋也快过9岁生日了，但他爸爸妈妈在外地工作，我们想帮帮他。老师，您和他的爸爸妈妈沟通一下，我们来布置现场。到时候先让李小明回家，第二天他一来，我们就唱生日歌，然后他的爸爸和妈妈从后面举着一个大蛋糕走进来。”老师听后，称赞道：“这个想法很不错，咱们今天就行动。”\n\n放学后，老师先把李小朋送走。接着，教室里热闹非凡，同学们纷纷开始布置教室。有的同学在吹气球，五颜六色的气球逐渐堆满了角落；有的同学在挂彩带，彩带在教室里纵横交错，仿佛编织出了一个梦幻的世界。虽然大家忙得满头大汗，但脸上都洋溢着开心的笑容。\n\n第二天，李朋刚走进教室，大家齐声唱起生日歌。他的爸爸妈妈手捧着一个大大的蛋糕，从教室后面缓缓走来。李小明的眼睛瞬间瞪大，脸上满是惊喜和不敢相信的神情，愣了一下后，泪水夺框而出，他飞奔过去，紧紧抱住爸爸妈妈，哭着说：“爸爸妈妈，我好想你们！”爸爸妈妈也满含热泪地说：“小朋啊，我们也想你。”\n\n最后，大家一起吃起了美味的蛋糕，李小朋闭上眼睛，许下了愿望：我希望大家每年过生日也都能像我一样开开心心、快快乐乐。随后，大家送上了各式各样的礼物，还一起拍了合照，吹了蜡烛。这时，李小明感动得流下了眼泪，梗咽着说：“谢谢大家。”\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 近年来，中国提交“两会”的提案中，讨论最为激裂的一个就是安乐死合法化。有人认为，安乐死合法的一大障碍可能与中国文化有关。例如，《孝经》教育我们，“我们的身体、头发和皮肤都是从父母那继承的；我们不敢伤害他们”——更不用说通过安乐死来放弃他们了。你怎么看？调查一下世界各地的安乐死法律。为下节棵准备一个8分钟的小组演讲，从跨文化的角度解释安乐死法律法规的差异。\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: For the purposes of this study,two measure instruments were needed: a. English achievement test for our subjects.\nb. a questionnaire for student's motivation and.\nsocio-economic status.\nA. English achievement test\nA copy of English achievement test was designed to measure students' English academic performance. The test items, including listening and reading, were all from the content of subjects' textbooks. Content validity was employed to ensure its effectiveness. The test-retest\nreliability coefficient was .8, which shows its acceptable stability.\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: He cited the advanced research being conducted at Tsinghua University and China's fusion reactor as potential areas for joint efforts in deployment and new research.", "image_list": [ "Finding_Wrong_Answer/Critique097-1-2.jpg", "Finding_Wrong_Answer/Critique097-1-4.png", "Finding_Wrong_Answer/Critique097-1-3.png", "Finding_Wrong_Answer/Critique097-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique098", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 单选题（已答:45，题数:50）\n46、近年来， 新一代（ ）广泛应甩，推动世界各国经济社会的数字化转型不断深化，己经开将继续深刻影响人类的生产生活方式。\n○ 数字技木\n○ 物联网技木\n○ 量子计算技木\n○ 传统制造技木\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 段落 祥式\n1.1妍究背景和目的\n1.2 妍究意义\n1.2.1理论意义\n1.2.2现实意义\n1.3 妍究方法\n1.4 妍究内容\n2. 相关概念与文献综述\n2.1 新媒体的慨念\n2.2 国货品牌的慨念\n2.3新媒体营销的相关研究\n2.3.1国内研究\n2.3.2国外研究\n3. 蜂花市场营销环境分析\n3.1 峰花公司简介\n3.2 蜂花品牌现状\n4. 新媒体环境下蜂花营销存在的问题及原因分析\n5. 新媒体环境下蜂花营销策略的对策\n6. 结语\n<二>技木路线\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 第十三条 病假\n1、公司职工因患病或非因工负伤，需要停止工作医疗时，在公司工作年限5年以下的为3个月；5年以上的为六个月。在规定的医疗时间内，工资按50%发放；超过规定时间的按基本工资的50%。(必须有市级医院出具的证明)\n2、在规定的医疗期内康复，但不能从事原工作的，可作换岗或解聘处理。超出期限仍未复工的将解除劳动关系。\n第十四条 婚假\n1、员工本人结婚，可准假15天。\n2、婚假工资按基本工资的50%发放，但须提前10个工作日向公司人事部门提出书面申请，并提供结婚证明。\n第十五条 丧假\n1、如员工的父母(含家属父母)、家属彧子女去世，凭医院《死亡通知书》，公司将给予员工最长3天丧假，路程另计。\n2、员工请丧瑕，须提前通知办公室人事部门。\n3、丧假期间工资按基本工资的50%计发。\n第十六条 产假\n1、女员工生育，可享受产假90天，晚婚晚育者增加产假30天。\n2、难产、多胎等根据政府规定给假。\n3、所以女员工必须与孕后一个季度之内告知部门负责人。\n4、休产假必须于产期前10周向办公室人事部门申请，并出示医院出真的证明。\n5、产假工资按政府规定生育标准办理。\n\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: Day 230 of 365\nYou will get better maybe not today but someday.", "image_list": [ "Finding_Wrong_Answer/Critique098-1-2.png", "Finding_Wrong_Answer/Critique098-1-1.png", "Finding_Wrong_Answer/Critique098-1-4.png", "Finding_Wrong_Answer/Critique098-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique099", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 贝尔丹\nBEiERDAN\n立式冷柜\n\n型号 LG-1280M3W\n有效容积 12L\n额定电压 20V~\n额定频率 50Hz\n额定电流 2.8A\n照明频率 10W\n制冷剂 R290\n气候类型 N\n防触电类别 I\n发泡剂 环戊烷\n重量 165kg\n生产日期 见箱体条码\n广东佛冈佳联制冷有限公司\n\n电路图\n数显湿空器\n库湿探头\nN\n照明\n风扇\n压缩机\n冷 风扇\nL\n\n生产许可\n证书号 XX\n\n贝尔丹 LG-1280M3W-P 平头柜\n\nA1280M3WPLG22631\n\n\n\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: Python 3.11.5 (32 - bit) Setup\n\nSetup was successful\n\nNew to Python? Start with the online tutorial and\ndocumentation. At your terminel, type \"py\" to launch python.\nor search for python in you start menue.\n\nSee what's new in this relese, or find more info about using\npython on Windows.\n\nDisable path length limit\nChanges your machine configuration to allow programs, including\npython, to by pass the 260 character \"MAXPATH\" limitation.\npython\nfor\nwindows\nClose\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 前应检查下列工作是否安排妥当:\n\n在正式面试应聘者之前，你需要考虑整个过程的各方面以及怎样为各个阶段做好准备。\n收集并审阅应聘人的简历、申请、任何其他能使你了解应聘人过去的工作表现和经验的材料；\n复阅并确保自己清楚有关需聘岗位的用人标准；\n估计面试过程中了解每一项素质和技能需要的时间；\n就招聘人员及应聘人员作出时间安排，（人力资源部与各部门干部配合），落实面试小组成员；\n为应聘人提供面试休息地点；\n安排机动时间，以防面试时间比预定时间要长。例如:可以让应聘人阅览公司文摘等；\n确定可能影响到应聘人的动机合适度的外部因素（例如:家住得很远等等）；\n指定专人（或部门）负责应聘人来公司的接待工作；\n\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 3 things to keap private:\nYour love life.\nYour income.\nYour next movie.", "image_list": [ "Finding_Wrong_Answer/Critique099-1-2.png", "Finding_Wrong_Answer/Critique099-1-3.png", "Finding_Wrong_Answer/Critique099-1-1.png", "Finding_Wrong_Answer/Critique099-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique100", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 门诊号：2403001938\n科室：中医科\n处方号：2403001147\n姓名：张锦梅\n性别：女\n年龄：32岁\n地址：云南省-保山市-昌宁县-达丙\n联系方式：18214655634\n处方日期：2024年03月11日\n费别：自费\n中医诊断：阴痒，湿热下注证\n西医诊断：\n\nR.\n黄柏 15g 苍术 15g 川牛膝 20g\n薏苡仁 30g 败酱草 15g 地肤子 15g\n蛇床子 15g 白鲜皮 15g 丹参 15g\n益母草 20g 百部 15g 白花蛇舌草 10g\n地骨皮 15g 茜草 15g\n以下为空白\n\n现金收讫（1）\n\n用法 开水煎服，每日3次，每次200ml\n剂数 3 剂\n\n医师 陈建东 陈建东\n药品金额及收讫章 101元\n审核 蒋鸿珍\n调配 蒋鸿珍\n核对 蒋鸿珍\n发药 陈永嘉\n注：1、本处方2日有效\n2、取药时请您当面核对药品名称、规格、数量\n3、延长处方用量时间原因：慢性病、老年病、外地、其他\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 8. Inventory Days\n\nInventory x 365 889 x 365 = 79 days\nCost of Sales 4557\n\n\n9. Receivables Days\n\nReceivables x 365 1459 x 365 = 80 days\nRevenue 5916\n\n\n10. Payables Days\n\nPayables x 365 1163 x 366 = 93 days\nCost of Salse 4557\n\n\n11. Gearing (%)\n\nLong Term Loans + Bank Borrosing x100 1000+78 x100 = 31.3%\nLong term Loans + Bank Borrowing + Equity 1000+78+2367\n\n\n12. Intreest Cover\n\nOperating Profit -151 - 0.8\nNet Financial Costs 182\n\n13. EEITDA (W$00) (Earnings before Interest, Tax,Depn, Amortisation)\n\nOperating Profit + Depn + Amortisation = -151 + 240 = W$ 89\n\n14. Earnings / Share (W$)\n\nprofit for the year -3333 = W$ -2.78\nNumber of shares 120\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: •After all,tomorrw is another day!\n•Land is the only thing in the world working for, worth fighting for,worth dying for.Because it's the only thing that lasts.\n•Later,respectively,wander and suffer sorrow.\n•Whatever comes,I'll love you, just as I do now. Until I die.\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: Dey 236 of 365\nGet serious about you peace.\nGet serious about you future.\nGet serious about you goals.\nGet serious about you love.\nGet serious about you faith.\nGet serious about you mental.\nGet serious about you life.\nGet serious about you self.", "image_list": [ "Finding_Wrong_Answer/Critique100-1-4.png", "Finding_Wrong_Answer/Critique100-1-3.png", "Finding_Wrong_Answer/Critique100-1-2.png", "Finding_Wrong_Answer/Critique100-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique101", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 壁画简介\n作品名：《厚土载物》\n材 质：综合材料（天然石材为主）\n设计说明：天道刚健有常，运行不止；土德深厚包容，承载万物。\n新疆工程学院图书馆中庭壁画，题名为《厚土载物》。该壁画以构成主义的手法，由十余名艺术家\n利用数千片天然石材为主的综合材料，手工拼贴着色而成，以追求方正、厚重，而不失力量与动感\n的观看体验。该系列三幅壁画，融合了天体光芒、大地俯瞰的宏观感觉，概括了地层肌理、矿脉条\n纹的中观印象，也提炼了矿物结晶等微观形态，并以线性韵律、中心放射、团块聚散等画面结构方\n式和形式语言，对上述题材进行了意象性和装饰化的呈现。壁画一方面结合了新疆工程学院的学科\n特色，寄寓了对祖国大地蕴藏丰饶的赞美与新疆工学院、新疆工矿人“为国献宝”的使命感，同时也\n隐含着对新工师生的德行期许，即：君子应取法天地，增厚美德，开阔胸襟，行止刚健，奋斗不息。\n创作单位：新疆魔力矩阵艺术设计有限公司\n创作时间：2021年4月\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: Exploring the Topic\n\n1 Discus with your parther some typical chracteristics that people of a partcular nationallty share (e.g.What do these people look like? What personality traits do they have?). The following words may be of some help.\n\nheavy set blond curvy\na big beard a Roman nose slander\ntanned stocky sanken eyes\nhigh cheekboens\nmeticulous workholic reserved\ndiligent courteous materialistic\nenthusiastic romantic\nhumbel outgoing\n\n2 lt is generally held that the French are romantic and artistic while Germans are serious and strict. Do you think that national characteristic can accurately describe a whole nation? Give some examples to support your ideas.\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 桐花\n开始迷恋柳永，是从这句词开始：拆桐花烂漫，乍疏雨、洗清明。这不算是他很有名的词句，却是我心心念念难以忘怀的盛景：\n在四月的桐花树下偶遇一场微雨，水光潋滟而清，桐花荡漾而明——清是\"清明\"的清，明是\"清明\"的明。云和雨，叶和花，一起编织一个独属于四月的好梦。梦遇桐花倾城色。\n也许当时年少马蹄疾，体味不来\"寒蝉凄切\"里头的\"无语凝噎\"；\"霜风凄紧\"之下的\"红衰翠减\"。偏独独钟爱春日看花、花落细雨、雨洗清明的明媚浪漫。于是爱上柳七笔下这一片桐花烂漫，清明盛世。\n是极美极美的风光了：\"拆桐花烂漫，乍疏雨、洗清明。正艳杏浇林，缃桃绣野，芳景如屏。倾城。\"后人多评价这首词为\"承平气象，形容曲致\"之作。我想也是，嵌着桐花的诗词，合该字里行间氤氲着桐花的香气，精致温和，美不\n\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: During my time at [previous job or academic project], I had the opportunity to [briefly mention a relevant achievement or responsibility, ", "image_list": [ "Finding_Wrong_Answer/Critique101-1-4.png", "Finding_Wrong_Answer/Critique101-1-3.png", "Finding_Wrong_Answer/Critique101-1-1.png", "Finding_Wrong_Answer/Critique101-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique102", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: B Complete the following table of dos and don’ts in gift giving according to Text A.\n\n| | Dos | Don’ts |\n| Occasions for gift giving | Give gifts during special holidays or on occasions to . | Never give gifts during or before . |\n| When to give gifts | Present your gift to the host | |\n| Rules for gift giving |\n• Be with your gifts.\n• Gifts which are best for someone you do not know well.\n• is fine if you know your host drinks wine.\n• is usually good for foreign friends.\n• nicely with . |\n• Do not buy expensive gifts.\n• Don’t give gifts that .\n• Don’t give if you are not certain the host would welcome such a gift.\n• Don’t give roses to the wrong people. |\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: Morphology of mycoplasma\nobjective\n1. Familiarize yourself with mycoplasma staining.\n2. Observe the morphology of mycoplasma.\n\nMaterials and instruments\n\nprocedure\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 1.无主送机关，无落款\n调查问卷、情况反映、情况综合、计划、闭幕词、导言/引言/绪论/摘要、短评、活动、提纲、导学材料/发言提纲、宣传手册等，通常遵循上述正文格式，但无主送机关和落款。\n2.无主送机关，有落款\n决定/决议、公告/通告/告知、命令、启事、汇报、答复等，需添加落款和成文日期。\n3.有主送机关，有落款\n意见/建议/提案、通知/通报/报告、请示、批复、议案、函、纪要、宣传动员、方案、总结、信等，需明确主送机关，并添加落款和成文日期。\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 《钢铁是怎样炼成的》是前苏联作家尼古拉-奥斯特洛夫斯基所著的一部长篇小说，于1933年完成。1932年，《钢铁是怎样炼成的》第一部开始在《青年近卫军》杂志上分期连载，1934年，小说的第二部也在同一杂志上发表。\n\n保尔跟瓦西里神甫早就结下了仇。有一回，他跟米什卡·列夫丘科夫打架，老师罚他留校，不准回家吃饭，又怕他在空教室里胡闹，就把这个淘气鬼送到高年级教室，让他坐在后面的椅子上。\n\n高年级老师是个瘦子，穿着一件黑上衣，正在给学生讲地球和天体。他说地球已经存在好几百万年了，星星也跟地球差不多。保尔听他这样说，惊讶得张大了嘴巴。他感到非常奇怪，差点没站起来对老师说：“圣经上可不是这么说的。”\n\n但是又怕挨骂，没敢做声。\n\n保尔是信教的。她母亲是个教徒，常给他讲圣经上的道理。世界是上帝创造的，而且并非几百万年以前，而是不久前创造的，保尔对此深信不疑。\n\n圣经这门课，神甫总是给保尔打满分。新约、旧约和所有的祈祷词，他都背得滚瓜烂熟。上帝哪一天创造了什么，他也都记得一清二楚。保尔打定主意，要向瓦西里神甫问个明白。等到上圣经课的时候，神甫刚坐到椅子上，保尔就举起手来，得到允许以后，他站起来说：“神甫，为什么高年级老师说，地球已经存在好几百万年了，并不像圣经上说的五千……”", "image_list": [ "Finding_Wrong_Answer/Critique102-1-3.png", "Finding_Wrong_Answer/Critique102-1-1.png", "Finding_Wrong_Answer/Critique102-1-2.jpg", "Finding_Wrong_Answer/Critique102-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique103", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: WILL THE REAL\nSAINT VALENTINE\nPLEASE STAND UP?\n\nThe traditional folk festival in Europe and the United States, also known as St. Valentine's Day, is scheduled on February 14 every year.Also known as Valentine's Day, this ancient holiday is a day for couples to exchange cards and gifts to express their love for each other.\n\nFILL IN THE BLANKS WITH THE WORDS FROM PAGE 2 TO LEARN MORE ABOUT ST. VALENTINE\n\nEvery February 14th, Valentine's Day is ________ in various ways around the world. Some people celebrate by giving ________, candy and cards to those they love. People celebrate love in ________ of Saint Valentine, but... who WAS Saint Valentine, anyway?\n\nOne legend says that Valentine was a priest who served in Rome during the third century. At that time, Emperor Claudius II ruled over Rome. Emperor Claudius II believed that single men made better soldiers than________ men. In the hopes of creating a stranger ________ for his empire, he decided to ________ a law that prohibited marriage for young men. According to the legend, Valentine decided this decree was unjust, and he chose to officiate secret wedding ceremonies for young couples. Emperor Claudius II discovered Valentine’s illegal acts and ________ him to death!\n\nAnother legend claims that Valentine was a prisoner who fell in love with his jailor's daughter. Before Valentine was put to death, he wrote her a letter and sent the first \"valentine\" card. He signed the letter \"Your Valentine\", a ________ that we still use on Valentine's Day cards today.\n\nPerhaps we will never know who the real Saint Valentine was, or the truth behind his story. However, because of his _________, February has been the month to celebrate love for centuries. In fact, the number of cards sold each year for Valentine's Day ranks second only to ________.\n\nAnother Valentine’s Day figure you may know is Cupid. The word \"Cupid\" comes from the Latin word \"cupido\", which __________ to \"desire\". If you have ever studied Roman mythology, you'll know that Venus was the goddess of love. Cupid was her son. In Greek ________, Cupid is known as Eros (which sounds like \"arrows\"). Cupid was known as a mischievous character that often went around striking gods and humans with arrows from his ________, making them fall in love. Today, we consider a picture of a heart with an arrow through it as a symbol of love, or falling in love.\n\n17\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: This could be an online exam transcript.\n\n100 points were submitted on November 13, 2021 at 11:04 p.m\n\nbecause\nNovember 15, 2021 at 11:59 pm\n\nSubmission type\nFile upload\n\ngrade\n94\ndot\n94%\n100 points out of 100\n\nLowest: 38.0 Average: 72.3 Highest: 94.0\n\nSubmission and Scoring Criteria\n\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: The Evolution of Business Analytics\n\nbased on case study research\n\nSepanta Sharafuddin\nSupervisor: Ivan Belik\n\nEconomics and Business Administration\nMajor: Business Analytics\n\nNORWEGIAN SCHOOL OF ECONOMICS\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: （1）所有骑行券均有兑换有效期和使用有效期，有效期过则属于作废状态，不能使用。具体有效期时间可以在后台添加。以\"次数\"为单位的兑换券，满足用户可以用券进行免费骑行，每次免费骑行不能超过两个小时。若用户有效骑行2个小时内，则优先支付“次数”兑换券，其次再是月卡等方式。\n（2）现金抵用券有两种用途，一种是用户在充值时，可以作为抵用，例如用户有一张5元现金抵用券，则充值50元时，可以选择使用抵用券，充值45元即可，不过因为充值价格低于50元，则不能额外获得黄豆；一种是用户在购买月卡是可以用来抵用，使用逻辑与充值一致。\n（3）以\"次数\"为单位的兑换券，满足用户可以用券进行免费骑行，每次免费骑行不能超过两个小时。若用户有效骑行2个小时内，则优先支付“次数”兑换券，其次再是月卡等方式。", "image_list": [ "Finding_Wrong_Answer/Critique103-1-4.png", "Finding_Wrong_Answer/Critique103-1-1.png", "Finding_Wrong_Answer/Critique103-1-2.jpg", "Finding_Wrong_Answer/Critique103-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique104", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: exercitation\npizza\nA feeding frenzy\nLook for a waiter\nand waitresses\nRequired Skills:\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 员工管理制度\n\n第一节 考勤管理制度\n\n第一条 总则\n一、为了便于员工管理，加强公司员工考勤管理，提高工作效率，特制定本制度。\n二、本制度为公司及所属各部门分（子）公司、部门考勤管理基本制度。各部门、分（子）公司依照执行或在本制度允许范围内根据部门具体工作性质自行规定，自定的考勤规定报公司核准后生效。\n第二条 考勤人员\n一、公司各部门均要设一名兼职考勤管理员，负责本部门考勤的管理和汇报工作，对本部门考勤的准确性、及时性负责；\n二、各部门考勤员应于每月5号前将上月考勤表递交办公室人事部，以备核查；\n三、递交考勤表时，员工当月的请假单、出差单、异常出勤处理单、奖励处罚、单及相关证明等作为附件汇总备查，若手续不完备，将视为旷工。\n第三条 考勤方式\n一、员工采取上、下班指纹打卡的方式考勤；\n1、所有员工必须遵照其服务岗位所规定的时间，按时上、下班，做到不旷工、不迟到、不早退。\n第四条 员工上、下班考勤\n一、员工应打卡考勤，以记录出勤时间。\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 一、摘要\n摘要应该准确描述论文的主要内容和贡献。摘要的篇幅不宜过长，一般在250-300字左右为宜。摘要一般不分段，不列图表以及化学结构式，也不引用参考文献。\n\n话术模板：随着XXXX（主题相关领域的）发展，我国XXXX（主题大框架）方面扮演着日益重要的角色。然而，过去对于XXXX（文章主题）的理解仅限于XXX（详述背景现状），这导致了一系列问题的出现。因此，本文旨在研究以下3-5个问题（列举具体问题）。这些问题给XX（主题相关领域）造成了不良影响，如XX（详述造成的影响）。为解决上述问题，本研究采用了两种以上的技术方法，例如XXX（列举调查法、观察法、实验法、定量分析法等）。针对每个问题，我们提出了3-5条相应的解决方案。我们期望这些解决方案能够促进XX（文艺主题）的发展，并推动XX（主题大框架）实现持续良性发展。\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 人工繁殖豌豆按照播种时间可以分为春播和秋播，一般北方春播、南方秋播。豌豆种子在播种前需要经过精选处理，包括剔除病虫及破碎种子、淘汰异色粒等，以提高种子的纯度和整齐度；播种前还可以通过干燥器温热处理或晒种等方式提高种子的发芽率。豌豆的播种方式有条播、点播和撒播。播种量因地区、种植方式和品种而异，春播区播种量宜多，秋播地区宜少。", "image_list": [ "Finding_Wrong_Answer/Critique104-1-2.png", "Finding_Wrong_Answer/Critique104-1-3.png", "Finding_Wrong_Answer/Critique104-1-1.png", "Finding_Wrong_Answer/Critique104-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique105", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: The world we live in is diverse, and people of different nationalities tend to show unique national character traits. Both texts in this unit present to us some character traits of the English people. In Text A, a Finnish youth assumes a passenger he meets at first to be a typical Englishman according to the appearance of the man. In Text B, people from different parts of the world share their ideas about the character traits of the English people. Do you have any fixed image of the people from a certain country in your mind? Can you identify them as foreigners at first sight? What character sketch would you draw of them? Do you really believe there is a thing called “national character traits”? What attitude should we have toward these diversities?\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 豫章故郡，洪都新府。星分轸翼，地接衡庐。襟三江而带五湖，控蛮荆而引瓯越。物华天宝，龙光射牛斗之墟；人杰地灵，徐孺下陈蕃之榻。雄州雾列，俊采星驰。台隍枕夷夏之交，宾主尽东南之美。都督阎公之雅望，棨戟遥临；宇文新州之懿范，襜帷暂驻。十旬休假，胜友如云；千里逢迎，高朋满座。腾蛟起凤，孟学士之才情；紫电青霜，王将军之武库。家君作宰，路出名区；童子何知，躬逢胜饯。\n时维九月，序属三秋。潦水尽而寒潭清，烟光凝而暮山紫。俨骖騑于上路，访风景于崇阿。临帝子之长洲，得天人之旧馆。层峦耸翠，上出重霄；飞阁流丹，下临无地。鹤汀凫渚，穷岛屿之萦回；桂殿兰宫，即冈峦之体势。\n披绣闼，俯雕甍，山原旷其盈视，川泽纡其骇瞩。闾阎扑地，钟鸣鼎食之家；舸舰弥津，青雀黄龙之舳。云消雨霁，彩彻区明。落霞与孤鹜齐飞，秋水共长天一色。渔舟唱晚，响穷彭蠡之滨；雁阵惊寒，声断衡阳之浦。\n遥榗甫畅，逸兴遄飞。爽籁发而清风生，纤歌凝而白云竭。睢园绿竹，气凌彭泽之樽；邺水朱华，光照临川之笔。四美具，二难并。穷睇眄于中天，极娱游于暇日。天高地迥，觉宇宙之无穷；兴尽悲来，识盈虚之有数。望长安于日下，目吴会于云间。地势极而南溟深，天柱高而北辰远。关山难越，谁悲失路之人；萍水相逢，尽是他乡之客。怀帝阍而不见，奉宣室以何年？\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 论文其实就是大框架\n直接往里套\n\n参考文献研读后你会发现，论文通常围绕\"是什么？为什么？怎么做？\"展开。\n先构健框架：\n先撰写问题的背景（即写背景部分）。\n接着提出问题（写现状部分）。\n分析问题（阐述造成问题的原因）。\n再论述如何解决问题（提出建议、对策）。\n大家可以创建四个文档，分别命名后将这四部分内容放入其中。\n\n接下来要做的就是填充这个框架：\n先将论文进行拆分，包括摘要、关键词、引言、理论、现状、分析、对策以及参考文献这几个部分。\n查找参考文献，个人认为硕博论文选3至5篇为宜，其余最好找核心期刊。然后开始阅读参考文献，硕博论文主要看摘要和目录，核心期刊看摘要基本可以了。模仿所找参考文献的大纲搭建自己的论文框架，按照上述第一条所说的几个部分进行罗列，不要写多余和不相关的内容。\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 安卓 11号 图文 加粗\n现代信息网络技术、电子技术和虚拟技术，把人们的视野扩展到一个全新的领域。人们不仅可以借助计算机技术建立作战实验室，把对历史经验的归纳和对未来的预侧融为一体，将计算机自动推理与专家经验指导结合起来，而且能通过合成动态的人工模拟战场、造就逼真的作战环境，为战略理论研究开启新的渠道和广阔空间。许多国家以此为据，提出新的作战原则和理论，并在此基础上形成了本国的国家安全战略，从而实现了国家安全谋划从经验决策到科学决策的转变。这段文字意在强调（）A现代科技有助于科学制定国家安全战略B现代信息网络技术的发展革新了战争方式C国家安全谋划正从经验决策向科学决策转变D作战原则和理论依赖于科学技术的创新和发展\n\n安卓 12号 图文 加粗\n现代信息网络技术、电子技术和虚拟技术，把人们的视野扩展到一个全新的领域。人们不仅可以借助计算机技术建立作战实验室，把对历史经验的归纳和对未来的预侧融为一体，将计算机自动推理与专家经验指导结合起来，而且能通过合成动态的人工模拟战场、造就逼真的作战环境，为战略理论研究开启新的渠道和广阔空间。许多国家以此为据，提出新的作战原则和理论，并在此基础上形成了本国的国家安全战略，从而实现了国家安全谋划从经验决策到科学决策的转变。这段文字意在强调（）A现代科技有助于科学制定国家安全战略B现代信息网络技术的发展革新了战争方式C国家安全谋划正从经验决策向科学决策转变D作战原则和理论依赖于科学技术的创新和发展", "image_list": [ "Finding_Wrong_Answer/Critique105-1-4.png", "Finding_Wrong_Answer/Critique105-1-2.png", "Finding_Wrong_Answer/Critique105-1-3.png", "Finding_Wrong_Answer/Critique105-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique106", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 1. Carl's marriage faile because\n○ he and his wife didn't speak\n○ his and his children full out\n○ his job kept him away from home\n○ his wife didn't like his job\n\n2. Carl could only define himself in relation to his\n○ marriage\n○ son\n○ occupation\n○ daughter\n\n3. Carl is like the large majority of people in that\n○ he was very happy.\n○ his children left the family home.\n○ he needed to voice his problems.\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 下行文时发文字号居中。\n五、标题\n编排于红色分割线下空二行位置。\n六、附件\n在正文中写明报送、批转、转发、印发等字样的公文，在其生效标志后附的内容不是公文的附件，因此在附件说明出不必标注相关内容。\n附件名称后不标注标点符号。\n附件名称较长需回行时，应当与上一行附件名称的首字对齐。\n七、发文机关署名、成文日期和印章\n一般右空四字编排，发文机关署名在成文日期之上、以成文日期为准居中编排。\n印章端正、居中下压发文机关署名和成文日期，使发文机关署名和成文日期局印章中心偏下位置。\n八、抄送机关\n抄送机关一般用4号仿宋GB2312，在印发机关和印发日期之上一行，左右各空一字编排。\n最后一个抄送机关之后标句号。\n九、印发机关和印发日期\n印发机关和印发日期一般用4号仿宋GB2312，编排在末条\n\n2\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 目录\n\n一、淘宝系PRD的主要内容\n二、PRD的一般规范\n1. 原型制作标准\n2. 设计思考准则\n3. UI与产品技术统一的规范\n4. 数据汇总及分析文档\n5. 需求管理、版本管理及相关文档管理\n6. 工作流程规范\n7. 文档备份\n三、PRD模板和实例\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer d: 名词解释\n1.针灸学：针灸学是以中医理论为指导，经络腧穴理论为基础，运用针刺和艾灸的方法防治疾病的一门学科。难度：3\n2.砭石：针刺的起源。产生于新石器时代。难度：1\n3.经络：经络是经脉和络脉的总称，是指人体运行气血、联络脏腑、沟通内外、贯穿上下的经路。经，有路径的含义，为直行的主干；络，有网络的含义，为经脉之分支。难度：2\n4.经络学说：经络学说是阐述人体经络系统的循行分布，生理功能，病理变化及其与脏腑相互关系的一门学说。难度：3\n5.经络系统：经络系统由经脉和络脉组成，其中经脉包括十二经脉，奇经八脉以及附属于十二经脉十二经别、十二经筋和十二皮部；络脉包括十五络脉和难以计数的浮络、孙络等。难度：3", "image_list": [ "Finding_Wrong_Answer/Critique106-1-2.png", "Finding_Wrong_Answer/Critique106-1-1.png", "Finding_Wrong_Answer/Critique106-1-4.png", "Finding_Wrong_Answer/Critique106-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique107", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 美文.docx\n\n《荷塘月色》朱自清\n\n曲曲折折的荷塘上面，弥望的是田田的叶子。叶子出水很高，像亭亭的舞女的裙。层层的叶子中间，零星地点缀些白花，有袅娜地开着的，有羞涩地打着朵儿的；正如一粒粒的明珠，又如碧天里的星星，又如刚出浴的美人。微风过处，送来缕缕清香，仿佛远处高楼上渺茫的歌声似的。这时候叶子与花也有一丝的颤动，像闪电般，霎时传过荷塘的那边去了。叶子本是肩并肩密密的挨着，这便宛然有了一道凝碧的波痕。叶子底下是脉脉（mò）的流水，遮住了，不能见一些颜色；叶子却更见风致了。\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 假期类别，公司假期分为休假、法定节假、事假、病假、补休假、婚假、丧假、产假、陪护假、工伤假等。所请各假，如遇休假日，不另补假。\n第八条 休假\n休假是指休息日，员工每周享有1天休息日，以周为原则，员工调休应提前征得部门负责人同意并安排好工作方可休假。\n第九条 法定节假日\n员工每年享有共计十个工作日的法定休假：元旦一天、春节三天、劳动节三天、国庆节三天。\n第十条 请假规则\n员工请假须提前填写请假单，并按规定审批权限呈报，批准后将请假条报考勤人员作考勤凭证。特殊情况，应先用电话申请，并与复工当日填写请假单交部门主管补签后，递交办公室人事部门核准。\n第十一条 公司员工请假审批权限如下：\n1、部门负责人以上（含副总）人员请假必须经总经理批准。\n2、部门负责人以下员工请假，3天内（含3天）由分管负责人核准，3天以上的由公司办公室人事部门审批后由办公室负责人核准后生效。\n3、病假须有医院病历及医生开具的休息证明，并须经直接领导审批后方可。\n第十二条 事假\n1、员工请事假应事先由部门负责人批准，事先未得到批准的，按旷工处理。\n2、因事必须本人处理者可请事假，一年累计不得超过7天，超过7天的须经总经理批准，事假期间不发放薪资。\n\n3\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: 把新的文档合并到现有文档中\n\n第一步：打开一个文档\n第二步：点击上面的“插入”\n第三步：点击文本上面的“对象”向下指向的箭头\n第四步：点击“文件中的文字”\n第五步：从跳转的文件夹中找到自己需要的文档\n第六步：点击确定即可。\n\nQuestion d: Please extract all the text from the image in order from top to bottom and left to right. Provide only the extracted text without any additional information, explanations, or expansions.\nAnswer d: 原产国:日本\n货号:16182\n国妆特字J20200048\n生产批号/期限使用日期(见包装)\n生产者名称及地址:株式会社资生堂\n日本国东京都中央区银座7-5-5", "image_list": [ "Finding_Wrong_Answer/Critique107-1-2.png", "Finding_Wrong_Answer/Critique107-1-3.png", "Finding_Wrong_Answer/Critique107-1-1.png", "Finding_Wrong_Answer/Critique107-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique108", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 2.小说中的“司机师傅””从我们上车，他就一直都在做着暖心的事”，阅读第②~⑫段，想一想，“司机师傅”为“我们”做了哪些暖心的事，请把下面的小标题补充完整。(3☆)\n(1) 打开车上暖气 (2) 见孩子打喷嚏，递纸巾\n(3) 送到急诊大厅，让“我们”走路 （4）想只收10元车费，最终没收钱\n3.阅读文章第⑫段，完成批注内容。(2☆)\n4.这篇小小说从始至终都写了“我”的心理活动变化，你认为这对表现“司机师傅”这个人物有什么作用呢？(2☆)\n烘托出了司机师傅，乐于助人和有爱心的品质\n5.这篇小小说开头和结尾都描写了漫天飞雪的景象，这样描写分别有什么作用？(3☆)\n首尾呼应，招应开头\n七、习作与表达。(30☆)\n2024开年以来，各地文旅部门纷纷“放出大招”，吸引游客。如广西11个可爱的“小砂糖橘”在哈尔滨就受到了特别热情的招待，甘肃麻辣烫带火一座城……如果，广西“小砂糖橘”、北京“小烤鸭”、重庆“小火锅”们来到咱们生活的城市，我们要如何招待？会发生哪些好玩有趣又温馨的故事呢？\n请你自拟题目，发挥想象写一写。\n\n六语上 - -\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: 微波炉使用温馨提示\n提示一：微波炉禁止使用以下器皿：\n金属类、木器、塑料袋及保鲜膜、竹材器皿、含漆的不能耐高温的容器。\n提示二：禁止加热封闭或带封闭包装的食物，因加热膨胀有可能会爆炸。\n1.加热封闭包装的食物时，请把包装打开封口或倒出到其它适用的容器中加热。如：盒装的牛奶、罐头。\n2.不要直接加热带壳的食物。如鸡蛋、坚果等。\n3.加热有包裹、包装物的食物时，要保证其封口处于开口状态。\n4.在使用微波炉时，门一定要处于紧闭状态。\n5.使用微波炉加工食物时，不宜时间过长。\n提示三：保持微波炉通风散热。\n微波炉在工作时会产生热量，需要通过上面或侧面的散热窗口进行散热，因此，请不要在微波炉上面放置任何的杂物，以免微波炉过于高温损坏。请保持微波炉周围50厘米范围不要堆放可燃物。\n\nQuestion c: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer c: Vida Midglow\n\nThe choreographer of reworkings have contradicted, criticised,dis-locate, fragmented, updated, celebrated, refocused, and otherwise reima-gined the ballet on stage. Operating as unruly forms of critical discourse reworkings refer intertextually to pre-existing dances, thereby evoking a bidirectional gaze that has the potential to shift our perceptions of both the past and the present. In doing so, reworkings have enabled identities to be constructed, as choreographers have read against the grain of accepted representations and dismantled received meanings to challenge perceived norms.\n\nI focus here on Swan Lake, 4 Acts (2005) by Raimund Hoghe. This is an austere and poignant reworking of Sivan Lake and, through close reading,I consider the ways in which Hoghe's reworking queries and queers the ballet. This is a dance for Hoghe and four other performer– Ornella Bales-tra (the only female dancer and an accomplished ballerina), Bynjar Bandlien,Nabil Yahia-Aissa and Lorenzo de Brabandere. Structured in four main parts the work is marke by the placement of objects and rearrangements of space — a miniature theatre, a row of chairs, rows of small paper swans,a large square of ice-cubes, a ripping up of the stage flooring revealing a white\n\nQuestion d: Extract all the text from the image and provide it to me directly, without any additional text information, explanations, or extensions.\nAnswer d: taxi\n5 am - 10 pm\nTraffic\nenforcement\ncamera", "image_list": [ "Finding_Wrong_Answer/Critique108-1-4.png", "Finding_Wrong_Answer/Critique108-1-2.png", "Finding_Wrong_Answer/Critique108-1-3.png", "Finding_Wrong_Answer/Critique108-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique109", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: What is the project number? Please output in the following format: Project Number:\nAnswer a: 项目编号：YDXJ20690621-1\n\nQuestion b: Extract the text from the second paragraph of the positive number in the picture directly to me, without the need for additional textual information, explanation, or extension.\nAnswer b: 自从母亲和父亲去了一趟武汉医院后，我的生活就大不如从前，父母回来的时候是晚上。\n\nQuestion c: Extract the text from the last line of the image, without any additional textual information, explanations, or elaborations.\nAnswer c: 我都祝你永远幸福和快乐\n\nQuestion d: What does the red handwritten comment say? Extract it directly without additional elaboration or explanation.\nAnswer d: 树欲静而风不止，\n子欲养而亲不待！\n孝敬父母不能等……", "image_list": [ "Finding_Wrong_Answer/Critique109-1-1.jpg", "Finding_Wrong_Answer/Critique109-1-3.png", "Finding_Wrong_Answer/Critique109-1-2.png", "Finding_Wrong_Answer/Critique109-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique110", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: You won't succeed,\nunless you try\n\nQuestion b: Extract the text from the second paragraph of the review document in the picture directly to me, without the need for additional textual information, explanation, or extension.\nAnswer b: 今天，我怀着愧疚和懊悔的心情，写下这份检查。以向您表示我的决心和悔改之意，只希望您能够给我一个改正错误的机会。谢谢您。\n\nQuestion c: Please extract the text from the third, fourth, and fifth rows from top to bottom. No additional textual information, explanations, or extensions are needed.\nAnswer c: 感谢命运让我\n在茫茫人海中\n遇到你，爱上了你。\n\nQuestion d: Please extract the content under the indications section for ibuprofen tablets, without any additional text information, explanations, or extensions. Output it in the following format:\nAnswer d: 用来缓解轻到中度疼痛如头痛、关节痛、偏头痛、牙痛、肌肉痛、神经痛、痛经。也用于普通感冒或流行性感冒引起的发热。", "image_list": [ "Finding_Wrong_Answer/Critique110-1-2.png", "Finding_Wrong_Answer/Critique110-1-1.bin", "Finding_Wrong_Answer/Critique110-1-3.png", "Finding_Wrong_Answer/Critique110-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique111", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract all the English text and punctuation from the image and provide them to me. No additional textual information, explanations, or extensions are needed.\nAnswer a: Keep Your Dream\n​I have a friend named Monty Roberts who owns a horse ranch. He has let me use his house to put on fund-raising events. The last time I was there he introduced me by saying: \"I want to tell you a story. It all goes back to a story about a young man who was the son of an itinerant horse trainer who would go from stable to stable, race track to race track, farm to farm and ranch to ranch, training horses. As a result, the boy's high school career was continually interrupted. When he was a senior, he was asked to write a paper about what he wanted to be and do when he grew up.​\n\"That night he wrote a seven-page paper describing his goal of someday owning a horse ranch. He wrote about his dream in great detail and he even drew a diagram of a 200-acre ranch, showing the location of all the buildings, the stables and the track. Then he drew a detailed floor plan for a 4,000-square-foot house that would sit on a 200-acre dream ranch.\n​\"He put a great deal of his heart into the project and the next day he handed it in to his teacher. Two days later he received his paper back. On the front page was a large red F with a note that read, 'See me after class.'​\n\"The boy with the dream went to see the teacher after class and asked, 'Why did I receive an F?' The teacher said, 'This is an unrealistic dream for a young boy like you. You have no money. You come from an itinerant family. You have no resources. Owning a horse ranch requires a lot of money. You have to buy the land. You have to pay for the original breeding stock and later you'll have to pay large stud fees. There's no way you could ever do it.' Then the teacher added, 'If you will rewrite this paper with a more realistic goal, I will reconsider your grade.'\n​\"The boy went home and thought about it long and hard. He asked his father what he should do. His father said, 'Look, son, you have to make up your own mind on this. However, I think it is a very important decision for you.' Finally, after a week, the boy turned in the same paper, making no changes at all. He stated, 'You can keep the F and I'll keep my dream.' \"​​​​​\n\nQuestion b: Please copy all the text above. No additional text information, explanations, or extensions are needed.\nAnswer b: 卷二\n\n绝不要去猜测别人心里在想什么，琢磨别人心思的人从来都不是幸福的人。每个人都应该关注自己内心的所思所想，如果连这一点都做不到，那是很可悲可叹的。\n\nQuestion c: Extract the text from the image without any additional text information, explanation, or elaboration.\nAnswer c: 你是所有人中唯一\n我想要爱的人。\n你无法衡量这意味着什么。\n这意味着沙漠中的甘泉,\n荒原里的花树。\n我的心没有枯萎,\n我的灵魂中留着一个\n等待神谕的地方,\n为此我感谢你。\n\n/赫尔曼.黑塞《纳尔齐斯与歌尔德蒙》\n\nQuestion d: Please output all text content in the image, requiring only text output without explanation.\nAnswer d: 1\nThe Sky Is Blue!\nMy uncle send me a picture. It's a picture of a\nblue sky and white clouds.\n\"I am happy to see the blue sky!\" says my\nuncle.\nI wonder why. \"Isn't the sky always blue?\"\n\"No,\" he says. \"The sky in my city is often grey\nbecause there are too many cars.\"\nThat's why he is so excite!", "image_list": [ "Finding_Wrong_Answer/Critique111-1-2.bin", "Finding_Wrong_Answer/Critique111-1-4.png", "Finding_Wrong_Answer/Critique111-1-1.png", "Finding_Wrong_Answer/Critique111-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique112", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 愿你心怀希望 未来可期\n愿你眼中有光 活成自己想要的样子\n\nQuestion b: Please output all the text from the image without any additional information, explanations, or elaborations.\nAnswer b: “我十八岁他没给我送花，后来每个朋友过生日我都想要送花。”\n\nQuestion c: Please extract the first word from each row for me, without any additional textual information, explanations, or extensions.\nAnswer c: 一\n静\n三\n一\n\nQuestion d: Extract the contents of part 2.3 of the figure for me, without the title of this part. requiring only text output without explanation. Keep the punctuation consistent with the image.\nAnswer d: Exemplar model or instance-based theories propose that we acquire our L1 by assembling multiple traces of the encounters we have had with speaker. For example, a child learns to place and -ing form after enjoy, a to infinitive after want and a simple stem after can because multiple exposures to these patterns are recorded in the child's mind. Exemplar theory views second language acquisition as potentially implicit and incidental, emergentist, example base, and sensitive to relative frequency (Field, 2008). Logan (1988), Robinson and Ha (1993) regard fluency is base on contextually-coded exemplars. These exemplars can function as units, which are now stored in exemplar form, and which require far less processing capacity, since such exemplars are retrieved and used as a whole.", "image_list": [ "Finding_Wrong_Answer/Critique112-1-1.png", "Finding_Wrong_Answer/Critique112-1-3.png", "Finding_Wrong_Answer/Critique112-1-4.png", "Finding_Wrong_Answer/Critique112-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique113", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract all the text from the image and provide it to me. No additional textual information, explanations, or extensions are needed.\nAnswer a: When you are old\n当你老了\n​William Butler Yeats​\n威廉·巴特勒·叶芝（爱尔兰） ​\nWhen you are old and grey and full of sleep, ​\n当你老了，头发花白，睡意沉沉， ​\nAnd nodding by the fire, take down this book, ​\n倦坐在炉边，取下这本书来，\n​And slowly read, and dream of the soft look ​\n慢慢读着，追梦当年的眼神\n​Your eyes had once, and of their shadows deep; ​\n你那柔美的神采与深幽的晕影。 ​\nHow many loved your moments of glad grace,\n​多少人爱过你昙花一现的身影， ​\nAnd loved your beauty with love false or true,\n​爱过你的美貌，以假意或真情，\n​But one man loved the pilgrim Soul in you ​\n惟独一人曾爱你那朝圣者的心，\n​And loved the sorrows of your changing face;\n​爱你哀戚的脸上岁月的留痕。\n​And bending down beside the glowing bars, ​\n在炉罩边低眉弯腰，​\nMurmur, a little sadly, how Love fled ​\n忧戚沉思，喃喃而语，\n​And paced upon the mountains overhead ​\n爱情是怎样逝去，又怎样步上群山， ​\nAnd hid his face amid a crowd of stars.\n​怎样在繁星之间藏住了脸。\n\nQuestion b: Please output all the Chinese characters in the image. No additional text information, explanations, or expansions are needed.\nAnswer b: 当所述目标函数值大于或者等于预设的目标阈值时，再次执行所述对所述初始匹配决策树进行决策树添加处理的操作，直至所述目标函数值小于所述目标阈值时，输出当前的更新匹配决策树为标准匹配决策树\n\n获取用户输入的待判断答复文本和预设的标准答复文本，将所述待判断答复文本和所述标准答复文本输入至所述标准匹配决策树中，得到所述待判断答复文本与所述标准答复文本的匹配结果\n\nQuestion c: What does the poster on the wall say? Please extract it for me. Only output the text asked about in the question, without any additional information, explanations, or elaborations.\nAnswer c: 自助区\n免费\n粥类随便吃 吃喝管够\n甜品 免费吃 开胃菜 免费吃\n小菜 随便吃 汤类 免费喝\n请按需自取 请勿浪费\n\nQuestion d: Extract the content of the last 2 rows of the article. Request to output text only, no need for explanation.\nAnswer d: Finish what you have before\nYou even ask or send for more:", "image_list": [ "Finding_Wrong_Answer/Critique113-1-1.png", "Finding_Wrong_Answer/Critique113-1-4.png", "Finding_Wrong_Answer/Critique113-1-2.png", "Finding_Wrong_Answer/Critique113-1-3.bin" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique114", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract all the content from the invitation in the image without any additional text information. There's no need for explanations or elaborations.\nAnswer a: 每个人都有自己的月亮​\n举人家的书童\n​\n月亮\n​当一个人看月亮时，是单数\n​​当大家一起看月亮时，却是复数\n​\n就两个人的时候\n​还数得过来\n​人一多，加上来来往往，我不得不放弃​\n指向它们\n​且鸟儿们踩过的树枝\n​2024.7.22\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: Psycholigically,\ndamaged people\ntend to be the\nstrongest because\nthey know they can\nsurvive anything.\nPain strengthens\nthe mind.\nTHEPSYCHMIND.COM\n\nQuestion c: Please extract all the text from the image. No additional text information, explanations, or extensions are needed.\nAnswer c: 时间是最失败的化妆师\n妈妈问我:\n当她满脸皱纹的时候\n还会不会记得她\n我说:\n无论您是哪一种花\n我都是您最贴身的绿叶\n风雨来时\n我一定陪您渡过\n守候在您身旁媽媽的花\n\nQuestion d: Please output the first paragraph of the abstract of the paper. Please output only the text without any explanation.\nAnswer d: Thomas Hardy is considered the preeminent poet and novelist of the 20th century.\nThe transition period from the 19th century to the 20th century. His most famous work is the novel People and the Environment; This has earned him a global reputation. The return of Native is\nOne of the representative of the series.", "image_list": [ "Finding_Wrong_Answer/Critique114-1-3.png", "Finding_Wrong_Answer/Critique114-1-4.png", "Finding_Wrong_Answer/Critique114-1-1.png", "Finding_Wrong_Answer/Critique114-1-2.bin" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique115", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: 求真务实\n精益求精\n\nQuestion b: Copy all the text above, without any additional information, explanations, or elaborations.\nAnswer b: 许久之后，季夏却是没有言语，因为夏国有大大小小五十六郡，夏城山所在的郡就叫青城郡，而之前叶城叶门和地下洞口的所在地，都属于霞子郡。\n至于这两个车夫所说的浪云郡，季夏自然也是知晓，但是浪云郡隔着霞子郡，可是有十万八千里，浪云郡在夏国北部，而霞子郡，可是在夏国东南部。\n这便是季夏疑惑的地方，在地底溶洞的这段时间，怎么横跨了大半个夏国？到了浪云郡？平常来看，就算是御剑飞行，从霞子郡到浪云郡，也要四五日的时间。\n\nQuestion c: Please extract the text from the second paragraph in the image. No additional text information, explanations, or extensions are needed.\nAnswer c: 她努力把这东西搬放到邮局柜台上,一边小心翼翼地寻问,这些寄到国外,要几天才能收到?\n\nQuestion d: Extract the abstract from the picture for me. Please output only the text without any explanation.\nAnswer d: Al-janna—Paradise—is the most important image of the afterlife in Islam, The Qur'an describes paradise as an oasis. Along with the spread of Islam, the image of paradise has gradually transformed into a garden with blooming flowers, where different Muslim groups chose their favorite flower based on their local knowledge and custom. Thus, the Persian, Turkish, and Hui peoples of China chose the rose, tulip, and peony as their respective flowers symbolizing paradise. We argue from these cases that as a world religion, Islam is locally practiced and understood, with many different variations.", "image_list": [ "Finding_Wrong_Answer/Critique115-1-1.png", "Finding_Wrong_Answer/Critique115-1-3.png", "Finding_Wrong_Answer/Critique115-1-2.png", "Finding_Wrong_Answer/Critique115-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique116", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract and provide only the text from the second paragraph of the article shown in the image, without any additional information, explanations, or expansions.\nAnswer a: 明白自己被羞辱的少年停下了手中的弹奏，下意识的有些委屈的朝依然还侧卧在躺椅上的男人看去，却发现那人依然看著远方的池水，没有任何反应。\n\nQuestion b: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer b: For those things i don't talk\nabout, it does not mean i don't\nknow.\n\nQuestion c: Please identify the text in the last paragraph of the image. No additional information, explanation, or elaboration is needed.\nAnswer c: 每个人从拥有这份生命开始，若可扬帆天涯，万万无需回避。一旦融入茫茫沧海，亦无需渴求回头。\n\nQuestion d: Please tell me what is the title of the article? Request to output text only, no need for explanation.\nAnswer d: In the Open Field.", "image_list": [ "Finding_Wrong_Answer/Critique116-1-3.png", "Finding_Wrong_Answer/Critique116-1-2.bin", "Finding_Wrong_Answer/Critique116-1-1.png", "Finding_Wrong_Answer/Critique116-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique117", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract and provide only the text from the second paragraph of the article shown in the image, without any additional information, explanations, or expansions.\nAnswer a: 人生得意须尽欢，莫使金樽空对月；把酒话夜，诗酒连天，这是唐代诗人李白特有的潇洒与豪迈；采菊东篱下，悠然见南山，这是晋代诗人陶渊明特有的人生境界，也另世间无数人为之向往和倾叹，而我也不例外。\n\nQuestion b: Please output all the text in the image without any additional text information, explanations, or extensions.\nAnswer b: If you are well\nit will be sunny!\n\nQuestion c: What is the title of this chapter? Please extract the title directly in the original format without any additional expansion or explanation.\nAnswer c: 妖邪假设大雷音 四皆逢大厄难\n\nQuestion d: Extract the lyrics that are fully displayed in the figure and output only the original text without explanation.\nAnswer d: Ahyy ahyy ahyy\nUp to the skies\nSkies skies skies\nSkies skies skies\nSkies skies skies\nAhyy ahyy", "image_list": [ "Finding_Wrong_Answer/Critique117-1-4.jpg", "Finding_Wrong_Answer/Critique117-1-2.bin", "Finding_Wrong_Answer/Critique117-1-1.png", "Finding_Wrong_Answer/Critique117-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique118", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract the text from the image without additional textual information, explanations, or elaborations.\nAnswer a: 元和十年，予左迁九江郡司马。明年秋，送客湓浦口，闻舟中夜弹琵琶者，听其音，铮铮然有京都声。问其人，本长安倡女，尝学琵琶于穆、曹二善才，年长色衰，委身为贾人妇。遂命酒，使快弹数曲。曲罢悯然，自叙少小时欢乐事，今漂沦憔悴，转徙于江湖间。予出官二年，恬然自安，感斯人言，是夕始觉有迁谪意。因为长句，歌以赠之，凡六百一十六言，命曰\n\nQuestion b: Extract and provide the entire text from the first paragraph in the image, without any additional information, explanations, or extensions.\nAnswer b: 巍巍中华，浩浩长歌，古往今来，清者，以清明之心，廉洁之行，屏污波之暗，耀清朗之世，邈矣悠哉！贪者，因贪婪之心，忿类无期，堂皇凋零，喧腾朽败，呜呼，惜哉！尘滓蠲尽而光生其间，呛雾消释而日月长明，唯有不败不染，方能使清气长存。\n\nQuestion c: What is the title of this poem?\nAnswer c: 不同友情滋味\n\nQuestion d: Please extract all the text from the image in a top-to-bottom order. Only output the text without any explanations.\nAnswer d: Rose will bloom all the time.\nLive,laugh, love,& bread.\nIt'll help the luck stick.\nTo shine,not be illuminated.\nI hope we can all be as brave as each other.\nYou can't please everyone.\nGiving up is for rookies.\nEven miracles take a little time.", "image_list": [ "Finding_Wrong_Answer/Critique118-1-2.png", "Finding_Wrong_Answer/Critique118-1-4.jpg", "Finding_Wrong_Answer/Critique118-1-1.png", "Finding_Wrong_Answer/Critique118-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique119", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Identify and extract the black text from the image, without any additional textual information, explanations, or elaborations. (Do not extract watermarks)\nAnswer a: 有人等烟雨，有人怪雨急\n好像潮湿的水汽能渗入心底\n汹涌的暴雨能让城市颠倒\n\nQuestion b: Tell me what the book mentions about the idea of \"things going as wished.\" No additional text information, explanations, or extensions are needed. Please output in the following format:\nThe idea of \"things going as wished\" mentioned in the book is:\nAnswer b: 书中提到的“事与愿符”的想法是：有什么样的愿望，就会有什么样的结果；要产生好的结果，需要怀有美好的愿望，并且要让那些怀有美好愿望的人多干事。\n\nQuestion c: What was the first sentence spoken by Cui Zhijia? Only extract that sentence, with punctuation according to the image, without the need for additional expansion or explanation.\nAnswer c: 想好没有,说还是不说\n\nQuestion d: Please extract the red text from the image in order from left to right and top to bottom. No additional information, explanations, or extensions are needed.\nAnswer d: AUENTIC DANISH RECIPE\nGUARANPEED QUALITY\nWORLD LEADING BUTTER COOKIE", "image_list": [ "Finding_Wrong_Answer/Critique119-1-2.png", "Finding_Wrong_Answer/Critique119-1-1.png", "Finding_Wrong_Answer/Critique119-1-3.png", "Finding_Wrong_Answer/Critique119-1-4.jpg" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique120", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output all the text from the image without any additional information, explanations, or elaborations.\nAnswer a: 广东省瑞和人力资源管理有限公司（以下简称“瑞和公司”）是经工商部门核准成立的一家综合性人力资源服务公司，位于东莞市南城天安数码城，主要服务项目为劳务派遣、普工派遣、档案管理、档案电子化、人才招聘、人事代理、劳动保障法律及事务咨询、企业管理咨询服务等核心产品。\n瑞和公司专注中国人力资源服务领域，具有由东莞市人社部门颁发的《人力资源服务许可证》、《劳务派遣经营许可证》及由东莞市档案局颁发的《东莞市档案中介服务机构备案登记证书》。\n作为一家专业的人力资源服务公司，汇集人力资源管理的精英，瑞和公司现拥有一支由法务专员、招聘专员、社保专员、人事专员、客服专员组成的专业服务团队，依托强大的数据资源专门为各类性质的企业（三资企业、民营企业业、企事业单位等）及个人提供全方位、多层次、高效率的人力资源服务。\n\nQuestion b: What is the first item on this order to save the Yangtze River and conserve water?\nAnswer b: 禁止在饮用水源地进行货运、采砂、采石、捕捞等\n\nQuestion c: Identify and output the second paragraph of text. Only output the text specifically asked for in the question, keeping punctuation consistent with the original. No additional text information, explanations, or expansions are needed.\nAnswer c: 我常常感到这样的矛盾：睁开白天的眼睛，看很多事都可憎恶。睁开夜的眼睛，才发现其实每个人都是苦弱地挣扎，唯有互爱。当然，白天的眼睛并非多余，我是说，夜的眼睛是多么必要。\n\nQuestion d: Output the entire content of this letter, requiring only text to be output without explanation.\nAnswer d: Dear Professor Martin,\nI enjoy your class very much.But I'm very sorry that I had to miss your class last Thursday. Unfortunately my roommate became ill and I had to take him to the hospital. Please let me know what I can do to make up the class. I know you prefer for us to let you know in advance when we will be absent, but there was no time to do so.\n\nI hope you'll aept my sincere apology.\n\nYour student,\n\nLin Shantao", "image_list": [ "Finding_Wrong_Answer/Critique120-1-1.png", "Finding_Wrong_Answer/Critique120-1-2.png", "Finding_Wrong_Answer/Critique120-1-4.png", "Finding_Wrong_Answer/Critique120-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique121", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Recognize and extract all text from the image. No additional textual information, explanations, or elaborations are needed.\nAnswer a: 三是隐患排查整治不彻底。《全国燃气事故分析报告》发布2020-2022年，全国燃气事故数量分别为615起、1140起、802起，伤亡人数分别为652人、111人、543人，历年燃气事故数量和伤亡人数居高不下。主要原因是单位和工作人员存在侥幸想法，隐患排查整治不实不细、走过场做样子、应付差事例如2021年6月，湖北省十堰市张湾区发生燃气爆炸事故，造成1人死亡，233人受伤，直接经济损失约5395.41万元。应急管理部调查事故原因时发现，十堰市燃气主管部门虽先后开展多次专项整治，但均未发现并排除重大隐患。又如，6月26日，河南省新密市上午开展燃气安全隐患排查整治，但中午就发生液化气泄露引发爆炸，造成4人受伤。\n\nQuestion b: Please extract the text from the last paragraph in the image. No additional text information, explanations, or elaborations are needed.\nAnswer b: Cambodian friends beware! The US is trying to stir things up again with the so-called trade deficit issue. It is common sense that in a globalized world, trade goes far beyond bilateral. In the case of Cambodia, it imports large amounts of textile raw materials and machineries from China for the garment industry, while exports final products to all over the world, US and EU included. In between, it is the hard work of industrious Cambodian workers. Besides, state-to-state relationship is not just about trade. It is worth noting that China has built 31 highways and 8 bridges for Cambodia with the total length of highway up to brand 3000 km. What has the US done in this area? China helped to build all the hydropower stations in Cambodia (with 80% of Cambodia’s installed electricity production capacity). How about the US?\n\nQuestion c: Extract the quotation from the image. Only output the text requested in the question, without any additional information, explanations, or elaborations.\nAnswer c: “整个春天，直至夏天\n都是生命力独享风流的季节\n长风沛雨，艳阳明月\n那时花田被喜悦铺满\n天地间充着生的豪情\n风里雨里全是不屈不挠的意志力\n春天的美丽也正在于此\n在于纯真和勇敢\n在于未通世故。”\n——史铁生\n\nQuestion d: What months are mentioned in the poem?\nAnswer d: July and October", "image_list": [ "Finding_Wrong_Answer/Critique121-1-2.jpg", "Finding_Wrong_Answer/Critique121-1-4.png", "Finding_Wrong_Answer/Critique121-1-3.png", "Finding_Wrong_Answer/Critique121-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique122", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Identify and extract the content of the first natural paragraph in the image, without additional text information, explanation or extension.\nAnswer a: 科学不是认识世界的唯一渠道，可其有着公允性与一致性，它为探索客观世界最可靠的实践方法。下面是WTT整理了一篇科学论文范文的方法，有兴趣的亲可以阅读一下~\n\nQuestion b: Please extract the text from the third paragraph in the image, without any additional textual information, explanation or elaboration.\nAnswer b: 고등학교 고대 인물 전기 교육에서 문사 분석하며은 중요한 의의를 가진다.문사자원을 통합하고 고대 분석하며 역할극을 조직하고 사유능력을 양성하는 등 책략을 통해 고대 력사인물의 생애사적과 사상적함의를 전면적으로 료해하고 분석하며 고대 를 더욱 직관적으로 분석하며.\n\nQuestion c: Output repeated sentences in the image. Only output the text asked in the question, without additional text information, explanations or extensions.\nAnswer c: 我如果爱你\n\nQuestion d: Extract the title of the book. Only output the original text, no interpretation is required.\nAnswer d: ONE THOUSAND AND DON'T NIGHTS.", "image_list": [ "Finding_Wrong_Answer/Critique122-1-2.png", "Finding_Wrong_Answer/Critique122-1-4.png", "Finding_Wrong_Answer/Critique122-1-1.png", "Finding_Wrong_Answer/Critique122-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique123", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please identify and extract the Chinese characters from the image. No additional text information, explanations, or extensions are needed.\nAnswer a: 喜欢你没道理\n\n没什么道理\n\nQuestion b: Extract all text from the image, keeping symbols consistent with the original. No additional text information, explanations, or expansions are needed.\nAnswer b: 生命本无意义，是我们使她有意义，是“我”，使生命意义。\nDas Leben ist sonnis, aber wir sind as, die ihm einen Sinn geben, es ist das „Ich“, das dem Leben einen Sinn gibt.\nLa vita è priva di senso, ma siamo noi a darle un significato, è l'io che dà senso alla vita.\n\nQuestion c: Please extract the first character of each line of text. Only output the requested text from the question, without any additional text information, explanations, or extensions.\nAnswer c: 当\n你\n听\n妈\n妈\n我\n\nQuestion d: Please extract the text content from the first paragraph of the image. Only output the text itself.\nAnswer d: Good morning, ladies and gentlemen! It is really my honor to have this opportunity for an interview. I hope I can make a good performance today. I'm confident that I can succeed. Now I will introduce myself briefly. I am 26 years old, born in Shandong province. I graduated from Qingdao Universsity. My major is electronics. And I got my bachelor degree after my graduation in the year of 2003.I spent most of my time on study, and I have passed CET-6 during my university. And I have acquired basic knowledge of my major. It is my long cherished dream to be an engineer and I am eager to get an opportunity to fully play my ability.", "image_list": [ "Finding_Wrong_Answer/Critique123-1-1.png", "Finding_Wrong_Answer/Critique123-1-4.png", "Finding_Wrong_Answer/Critique123-1-3.png", "Finding_Wrong_Answer/Critique123-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique124", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please extract and output the text from the image without any additional information, explanations, or extensions.\nAnswer a: 春水初生\n春林初盛\n春风十里\n懒得理你\n\nQuestion b: Please output the poem shown in the image, including the title. Only output the text without any explanation.\nAnswer b: 我要\n\n我要你敛锋芒。\n我要你桀骜不驯，洒脱难降,\n要你轻狂，要你酣畅,\n却因我费尽思量。\n\nQuestion c: Extract the text from the second and third lines in the image. Only output the text requested in the question, without any additional information, explanations, or elaborations.\nAnswer c: 在城市的空气\n藏匿苦的脾气\n\nQuestion d: Extract the underlined text. Only output the text, no explanation.\nAnswer d: If you would open your eyes\nyou would see me, you would see\nthe emptiness of heaven\nmirrores on earth, the fields\nvacant again, lifeless, covered with snow——", "image_list": [ "Finding_Wrong_Answer/Critique124-1-2.png", "Finding_Wrong_Answer/Critique124-1-4.png", "Finding_Wrong_Answer/Critique124-1-1.png", "Finding_Wrong_Answer/Critique124-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique125", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output all the text in the image without any additional information, explanations, or extensions.\nAnswer a: 圣光耀耀\n静水流深\n\nQuestion b: Extract and recognize all text appearing in the image. Output only the text, without any explanation.\nAnswer b: 蛐蛐在石头缝里㘗㘗叫，水牛在栏里噗噗喷气，壁虎在墙壁上画画，老鼠在谷仓里唱歌，猫头鹰在后山竹林里哭泣。爷爷讲，它们前世都是人，作了孽才伏了法，转世做不成人，做了蛇虫百兽。\n\n希望你想做什么就去做\n做自由的风 做纯粹的火\n做缥缈的云\n希望你不被世俗缠绕\n不被谣言淹灭\n希望你做自己 随心所欲\n总之去做炙热的光吧\n太阳也好 月亮也罢\n做最炽热最简单最像你的你.\n\n17\n\nQuestion c: Please identify all the text in the image. Only output the text asked for in the question, without any additional information, explanations, or elaborations.\nAnswer c: 永遇乐·无眠夜\n\n夜宿寒霜，西风扰梦，无眠凉被。\n愁起披衣，挑灯焚字，思绪飘零碎。\n围炉煮酒，浅斟独饮，寂寞残光当醉。\n心间事、梳来愈乱，欲觉却醒难眠。\n\n曙光刚至，天色仍暮，此意阑珊将寐。\n无奈司晨，催人忙碌，尘世繁华累。\n南山迷雾，叶尖晓露，摇曳盈盈如泪。\n何时能、归回旧土，田中穟穟。\n\n-星海-\n\n「一言」APP\n\nQuestion d: Extract the content of the 12th and 13th lines in the graph. Only output the original text, no interpretation is required.\nAnswer d: It is a truth universally acknowledged, that a single man in possession of a good fortune, must be in want of a wife", "image_list": [ "Finding_Wrong_Answer/Critique125-1-1.png", "Finding_Wrong_Answer/Critique125-1-2.png", "Finding_Wrong_Answer/Critique125-1-4.png", "Finding_Wrong_Answer/Critique125-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique126", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please copy the third-to-last paragraph of the main text in the image and provide it to me, without any additional text information, explanations, or extensions.\nAnswer a: 雨后，我们会看到地上有许多水洼，就像有趣的镜子，映射着我们的脸。\n\nQuestion b: Identify and output the novel text content in the image, outputting only the text without any explanation.\nAnswer b: “你们两个，真的是什么事情都做不好！”陶芳的声调几乎夹杂着一丝哭腔，杨远懒散的动作使她的情绪进一步恶化。\n\n杨莫转过头，鼓起嘴巴朝杨远挤了挤眉毛。\n\n杨远默不作声地走进卫生间，看着镜子，努力提升脸颊两侧的肌肉，让下颌骨的线条显现出来，然后突然放松，对比前后轮廓的差异。一张怪异的笑脸转瞬既逝。\n\n“你究竟什么时候才能明白哪些是你自己的事情？一天到晚稀里糊涂的，三年级了，每天还要恩怀姐姐陪着你写\n\nQuestion c: Extract the first paragraph of text from the image. Output only the text requested in the question, without any additional information, explanation, or elaboration.\nAnswer c: 那时我还没有做好迎接你的准备，我的国王，你就像一个素昧平生的普通人，自动地来到我的心里，在我生命的许多逝去的时光中，铭刻上了永生的印记。\n\nQuestion d: Two roads diverged in a wood, and I—\nI took the one less traveled by,\nAnd that has made all the difference.\nAnswer d: Poetry is when an emotion has found its\nthought and the thought has found words. Poetry\nis the human spirit, communicating.", "image_list": [ "Finding_Wrong_Answer/Critique126-1-4.png", "Finding_Wrong_Answer/Critique126-1-1.png", "Finding_Wrong_Answer/Critique126-1-2.png", "Finding_Wrong_Answer/Critique126-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique127", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output all the text in the image, without any additional text information, explanations, or extensions.\nAnswer a: 轮回/举人家的书童\n\n我在我的路上。\n过去那一部分我留在了后边，\n回头看，\n忍不住有一点伤感。\n\n还好，\n前面那些我，一天又一天，\n加了进来。\n我通过现在的死，\n与过去的我，\n一个又一个合而为一。\n\n我和一个个我同在一路。\n现在的我，\n杀死了过去的我。\n未来的我，前来救活现在的我。\n我随时都在分离，\n我随时都在团聚。\n\n这一生:\n我随时都在轮回之中。\n\nQuestion b: Output all the text from the image. Only the text is required, no explanations.\nAnswer b: “且做寻春树，不做回头鸟”\n那是我第一次，遇见那座山。自然听不得好言相劝，我坚信我自己可以跨越重重阻碍，路途中，有很多美景我从未驻足观赏。\n我的眼里只有那座山，即使撞得遍体鳞伤，我想我一定是疯了，可我只想攀那座山，但是世间多是空手而归，意兴阑珊。\n后来发现，我失去的每一份月亮，都是我该失去的，此去经年，山是山，我是我，明知不可为而为之，是我最大的诚意。\n/ 朴树与海\n2023.10.17\n\nQuestion c: Please extract the last two lines of this poem for me. Please only output the requested text, without any additional information, explanations, or elaborations.\nAnswer c: 妈妈对我最好，\n我最喜欢妈妈了！\n\nQuestion d: Recognize the text in the first and second paragraphs of the image. Output only the text without any explanation.\nAnswer d: He took a deep breath. Okay. He would go down, too.\nIt would be good to examine a Pteranodon. He could take notes like a scientist.\nJack started down the rope ladder. When\nhe reached the ground, he was only a few feet\naway from the creature.", "image_list": [ "Finding_Wrong_Answer/Critique127-1-1.png", "Finding_Wrong_Answer/Critique127-1-3.png", "Finding_Wrong_Answer/Critique127-1-2.png", "Finding_Wrong_Answer/Critique127-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique128", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output all the text in the image, without any additional textual information, explanations, or extensions.\nAnswer a: 没有什么比时间更能改变事物的了。\n因为时间无需通知我们就可以改变一切。\n——余华\n\nQuestion b: Output all the text in the image. Only the text should be provided, no explanations are needed.\nAnswer b: 眼前的姚念除了脸色苍白，黑眼圈有点重外，倒是没什么异常。\n\n两人在餐桌前相对而坐，商行舟很高兴自己并没有想象中那般不自在，吃了一口爽脆的炸猪排，继续说道：“房间里怎么这么冷，没有开空调吗？”\n\n“空调坏掉了，我去楼下物业找了两次，每次去他们都在打架，头破血流的。”\n\n姚念在抱怨，商行舟却觉得新奇，自己每天出门都会路过物业，倒是没有发现什么异常。\n\n而且房间好像过于冷了，天气预报显示现在的气温是十七度，虽然自己进门之后脱下了长风衣，但里面的条纹衬衫也是厚布料的那种，现在只是吃个饭手都要僵住了。\n\n见商行舟正在思考，姚念问道：“在想工作的事?”\n\n“是的，我在窗户那看到东城那边好像停电了，有些担心学校的实验室，虽说有备用的发电机，可是能照应的学生却联系不上，还打算吃完饭开车去看看呢。”商行舟顺着姚念的话往下说，他虽然是块木头，但在第一次和女生约会的时刻，心里也不至于再去想工作。\n\n可既然话说到这里，他也觉得一会儿或许真的可以去看一看。\n\n“白天再去吧，东城那边晚上太乱了，不安全。”\n\n“好。”\n\n姚念的关心让商行舟心里一暖，可他却又在想，东城是松海市这些年新建的开发区兼娱乐城，年轻人多，玩的也多，是有点乱。可自己一个大男人，有什么好担心的呢?\n\n过一会，姚念起身把脱下的风衣拿来披在了他的身上。\n\nQuestion c: Output the statement of the fourth point in the diagram. Require only the text asked in the question to be output, without the need for additional textual information, explanation, or extension.\nAnswer c: 接下来膀子大的听好了，腰粗的听好了，肚子大的给我听好了，遮肉显瘦，拉长身型，秒变型男、型女.\n\nQuestion d: Output the first paragraph of text in the picture. Only output the original text, no explanation needed.\nAnswer d: My mother drove me to the airport with the windows rolled down. It was seventy-five degrees in Phoenix, the sky a perfect, cloudless blue. I was wearing my favorite shirt — sleeveless, white eyelet lace; I was wearing it as a farewell gesture. My carry-on item was a parka.", "image_list": [ "Finding_Wrong_Answer/Critique128-1-2.png", "Finding_Wrong_Answer/Critique128-1-3.png", "Finding_Wrong_Answer/Critique128-1-4.png", "Finding_Wrong_Answer/Critique128-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique130", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output the first line of text in the upper left corner of the image, without any additional text information, explanation, or expansion.\nAnswer a: or five thousand a year. What a fine thing for our girls!\"\n\nQuestion b: Recognize the text in the first and second paragraphs of the image. Output only the original English text without translation or explanation.\nAnswer b: He took a deep breath. Okay. He would go down, too.It would be good to examine a Pteranodon. He could take notes like a scientist.\nJack started down the rope ladder. When\nhe reached the ground, he was only a few feet\naway from the creature.\n\nQuestion c: Please extract all the text from the image. Output only the text that is asked about in the question, without any additional information, explanations, or elaborations.\nAnswer c: 每一阵风过，\n我们都互相置意，\n但是没有人，\n听懂我们的语言。\n你有你的铜枝铁干，\n像刀，像剑，也像戟；\n我有你红硕的花朵，\n\nQuestion d: Extract the text content from the image, output only the original text without any explanation.\nAnswer d: An entire sea of water can't sink a ship unless it gets inside the ship.Similarly,the negativity of the world can't put you down\nunless you allow it to get inside you.\nGoi Nasu quotefancy", "image_list": [ "Finding_Wrong_Answer/Critique130-1-3.png", "Finding_Wrong_Answer/Critique130-1-4.jpg", "Finding_Wrong_Answer/Critique130-1-2.png", "Finding_Wrong_Answer/Critique130-1-1.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: c\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique131", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Output the last paragraph of text without additional textual information, explanation, or extension.\nAnswer a: 6. Sie fragte mich, warum ich so schwer atme.\nIch tat es nicht.\n\nQuestion b: Output all the text in the image without the need for additional textual information, explanation, or extension.\nAnswer b: 2023.11.29\n最勇敢的姿态是：隐退幕后，自我提升，在喧嚣中保持自律，在困境中自我疗愈。\n坚持得住便能脱颖而出，坚持不住就会被淘汰。你的志向远大，因此你没有理由停滞不前。你需要积累，要有远见，要有广阔的视野，而不是停留在起点。\n回不去的何止是时间，还有曾经的自己，赶快清醒过来吧，能把你从低谷中拨出来的从来都不是别人，而是你自己。你把时间花在哪儿，人生的花就会开在哪儿。不要东张西望，看见别人发光就觉得自己暗淡，每个人都活在自己的节奏里。最重要的是，找到你生活的重心和理想的目标，自顾自的一步步往前走，慢慢来，你会成为更好的自己。\n\nQuestion c: Please identify the text in the second paragraph of the image. Output only the text requested in the question, without any additional information, explanations, or elaborations.\nAnswer c: 正当一大群老鼠在垃圾桶及附近范围大挖一顿之际，突然传来了一阵令它们肝胆俱裂的声音，那就是一头大花猫的叫声。它们震惊之余，更各自四处逃命，但大花猫绝不留情，不断穷追不舍，终于有两只小老鼠走避不及，被大花猫捉到，正要向它们吞噬之际，突然传来一连串凶恶的狗吠声，令大花猫手足无措，狼狈逃命。\n\nQuestion d: Extract the first line of text from the image. Output only the original text, without explanation.\nAnswer d: Let me not to the marriage of true minds", "image_list": [ "Finding_Wrong_Answer/Critique131-1-1.png", "Finding_Wrong_Answer/Critique131-1-4.png", "Finding_Wrong_Answer/Critique131-1-2.png", "Finding_Wrong_Answer/Critique131-1-3.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: b\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique134", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Extract all the text from the image and provide it to me directly, without any additional textual information, explanations, or elaborations.\nAnswer a: As the gentle rays of sun in a quaint village\nFrom the break of dawn until the evening's close\nFrom the open plains to the quiet library\nAnticipation fears not the passage of time,\nNor the length of the voyage\nFor it's your presence that truly matters\n\nQuestion b: Please extract the poem from the image using simplified Chinese characters. No additional text information, explanations, or extensions are needed.\nAnswer b: 月下起舞影相随狂歌饮罢复举杯莫笑知己言不尽人生为欢能几回\n\nQuestion c: What is the title of the second section of Chapter One? No additional expansion or explanation needed.\nAnswer c: 科学：夷之长技\n\nQuestion d: Extract the text underlined with wavy lines in the image. Only output the text, no explanation required.\nAnswer d: They have no Law, no Hunting Call, and no leaders — nothing but foolish words and little hands that steal. Should I perish from hunger or meet my end in this place, it would be due to my own mistakes. I need to devise a strategy to make it back to the wilderness.", "image_list": [ "Finding_Wrong_Answer/Critique134-1-3.png", "Finding_Wrong_Answer/Critique134-1-2.png", "Finding_Wrong_Answer/Critique134-1-1.png", "Finding_Wrong_Answer/Critique134-1-4.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a、d\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique137", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: Please output the abstract content of the paper shown in the image, without any additional text information, explanations, or extensions.\nAnswer a: 在这个信息传递极为迅速的时代，丰富的知识资源随手可及，然而人们更加渴望得到的是心灵上的共振、情感上的慰藉以及生活中的小提示。因此，一定要重视文章标题制作的技巧，让标题出彩，让读者从标题开始共鸣。\n\nQuestion b: Please identify all the text in the image. No additional textual information, explanations, or elaborations are needed.\nAnswer b: 今天是腾讯QQ的25岁生日，转发这个消息，你的QQ会获得一个限定版“太阳”。\n\n这次是真的!!!\n\nQuestion c: What are the two URLs directly extracted from this statement? No additional elaboration or explanation is needed.\nAnswer c: www.yk-edu.com和www.yk-edu.com.cn\n\nQuestion d: Give me the underlined sentences, without any additional text, explanation or expansion.\nAnswer d: She didn't just barge into my life. She barged and shoved and wedged her way into my life.", "image_list": [ "Finding_Wrong_Answer/Critique137-1-1.png", "Finding_Wrong_Answer/Critique137-1-3.png", "Finding_Wrong_Answer/Critique137-1-4.png", "Finding_Wrong_Answer/Critique137-1-2.png" ], "ground_truth": { "answer": "The incorrect answer(s) to the questions: a\nNo need to consider the content of the question itself. Only evaluate if the final answer in the student's last line after \"The incorrect answer(s) to the questions: \" is completely consistent with the correct answer. If it is completely consistent, score 1 point; otherwise, score 0 points.", "rationale": "" }, "judge_system_prompt": "You are a grading teacher tasked with reviewing and scoring student answers based on the reference answer. During the grading process, you must adhere to the following important points:\n\n- The scoring is based solely on the correctness of the student’s final answer compared to the reference answer. There is no need to assess whether the intermediate steps in the solution are correct. \n- First, extract the final answer provided by the student and display it in your analysis result. Then, judge the correctness of the extracted answer based on the reference answer. \n- Assign a score based on your analysis. When explaining the scoring analysis, the explanation should be broken down logically into sections. At the end of your explanation, summarize the analysis and format it as: \"In conclusion, the student’s answer should receive x points\" (where x indicates the specific score awarded). \n- Keep your explanation concise, limited to 200 words. \n- Provide the final score in \"JSON\" format using a code block.\n\nYour output format should be: \n[Scoring analysis]: \n[Score]: x points \n[JSON]: \n```json\n{\n \"answer_score\": [[score]]\n}\n```\n\n### Scoring Criteria:\n[Score Levels]:\nThe final answer is assessed according to the reference answer key and assigned one of two levels: \n- 1 Point: Maximum score. \n- 0 Points: Minimum score. (Even if the answer would merit less than 0 points, apply 0 as the lowest score.) \n\n[Detailed Explanation]:\n- 1 Point: \n - The student's final answer matches the reference answer exactly. \n - For questions with multiple subparts, all subparts must be correct to receive 1 point. \n - If the student’s answer is mathematically equivalent to the reference answer (e.g., if the student writes 1+1/2x while the reference answer is 1+0.5x, this is acceptable as 1/2=0.5 and earns full credit. \n- 0 Points:\n - The student’s final answer does not match the reference answer. \n - The student’s answer is empty. \n\nExample 1: \n\n: \nXiao Ming decides to host a party. If he has 5 tables and each table is paired with 10 chairs, how many more chairs than tables does he have? \n\n: 45 \n\n: \nXiao Ming has $5$ tables, and each table is paired with $10$ chairs. So, he has a total of $5\\times10=50$ chairs. \nThe number of chairs minus the number of tables is $50-5=45$. \nThus, Xiao Ming has $45$ more chairs than tables. \n\n[Scoring analysis]: \nThe student’s final answer is that there are 45 more chairs than tables. \nThe reference answer is 45. \nThe two answers are consistent, so the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 2: \n\n: \nBox A contains 42 oranges, and Box B contains 18 oranges. If the same number of oranges is removed from both boxes such that the remaining oranges in Box A are 9 times those in Box B, how many oranges remain in each box? \n\n: 27, 3 \n\n: \nLet the number of oranges removed from each box be \\(x\\). \nAccording to the problem, the remaining oranges in Box A are 9 times those in Box B. This gives the equation: \n\n(42 - x) = (18 - x) * 9 \n\nExpanding the equation: \n42 - x = 162 - 9x. \n\nRearranging terms: \n9x - x = 162 - 42.\n\nSimplifying: \n8x = 120. \n\nSolving for x: \nx = 120 / 8 \nx = 15. \n\nNow, calculate the remaining oranges: \nBox A: 42 - 15 = 27, \nBox B: 18 - 15 = 3. \n\nVerify the result: \nCheck whether the remaining oranges in Box A are 9 times those in Box B: \n27 = 3 * 9\n27 = 27\n\nThus, the solution satisfies the problem conditions. The final answer is: \nBox A has 27 oranges remaining, and Box B has 3 oranges remaining. \n\n[Scoring analysis]: \nThe student’s final answers are 27 for Box A and 3 for Box B. \nThe reference answers are 27 and 3. \nThe student’s answers match the reference answers. Therefore, the student earns 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```\n\nExample 3: \n\n: \nWhat is the value of sin(105°)? \n\n: \\(\\frac{\\sqrt{2} + \\sqrt{6}}{4}\\) \n\n: \nTo calculate sin(105°), we can use the trigonometric addition formula and properties of angles greater than 90°. 105° can be expressed as 45° + 60°. \nThe formula for sine of a sum is: \nsin(A + B) = sin(A)cos(B) + cos(A)sin(B). \n\nThus: \nsin(105°) = sin(45° + 60°)\n= sin(45°)cos(60°) + cos(45°)sin(60°)\nWe know: \nsin(45°) = cos(45°) = √2/2\nsin(60°) = √3/2\ncos(60°) = 1/2\nSubstituting these values: \nsin(105°) = (√2/2)(1/2) + (√2/2)(√3/2)\n= √2/4 + √6/4\n= (√2 + √6) / 4. \n\nThus, sin(105°) 's exact value is (√2 + √6) / 4. \n\n[Scoring analysis]: \nThe student’s final answer is (√2 + √6) / 4. \nThe reference answer is \\\\frac{\\\\sqrt6+\\\\sqrt2}{4}, expressed in LaTeX format. Both answers are mathematically equivalent as\\\\frac{\\\\sqrt6+\\\\sqrt2}{4}=(√6 + √2)/4=(√2 + √6)/4. \nTherefore, the student’s answer is correct, and they earn 1 point. \n\n[Score]: 1 point \n[JSON]: \n```json\n{\n \"answer_score\": [[1]]\n}\n```", "judge_prompt_template": ":\n{prompt}\n\n:\n{response_reference}\n\n:\n{response}", "extra": { "difficulty": "", "Category": "Visual Knowledge Reasoning", "Subtask": "Finding Wrong Answer", "tags": [], "metadata": { "source": "" } } }, { "id": "Visual_Knowledge_Reasoning/Finding_Wrong_Answer/Critique139", "system_prompt": "", "prompt": "You will be presented with four question-and-answer tasks involving text, images, and answers. The four questions are labeled Question a, Question b, Question c, and Question d, and their answers are labeled Answer a, Answer b, Answer c, and Answer d. Please evaluate which of the answers to the four questions are incorrect.\nThe final line of your response should be: The incorrect answer(s) to the questions: x, x...\nExample of the last line of your response: The incorrect answer(s) to the questions: a, c, d.\n\nQuestion a: I will provide you a text description and an image. The text description will begin with \"Audio content,\" which represents the background sound or dialogue of the scene or event happening in the image. Finally, I will ask a question and provide options. Please select the most appropriate option to answer the question based on the image content and audio content. Please output the capital English letter representing that option.\n