| {"id": "gf-i-0001", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker gender: female", "Same speaker age group: thirties to fourties", "Same speaker emotion: surprised", "Same speaker emotion: happy"], "answer": "Same speaker emotion: surprised", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker gender: female\nB. Same speaker age group: thirties to fourties\nC. Same speaker emotion: surprised\nD. Same speaker emotion: happy", "audio": "audio/reasoning/I/gf-i-0001_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0001_1.wav", "audio/reasoning/I/gf-i-0001_2.wav", "audio/reasoning/I/gf-i-0001_3.wav", "audio/reasoning/I/gf-i-0001_4.wav", "audio/reasoning/I/gf-i-0001_5.wav"], "num_audio": 5, "duration_s": 14.827, "source_id": "1", "legacy_id": "reasoning__induction_dataset_mcq_update__1", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same speaker emotion: surprised\",\"choices\":[\"A. Same speaker gender: female\",\"B. Same speaker age group: thirties to fourties\",\"C. Same speaker emotion: surprised\",\"D. Same speaker emotion: happy\"],\"class_label\":\"surprised\",\"group_id\":1,\"mcq_rationale\":\"The emotion of 'happy' can sometimes be confused with 'surprised' due to the excited tone in both. The age group 'thirties to fourties' is a plausible confusion because listeners might focus on the vocal characteristics rather than the emotion. 'Female' gender is another plausible distractor, as listeners may focus on the pitch or tone of the voice instead of the emotional content.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0001_1.wav\",\"audio/reasoning/I/gf-i-0001_2.wav\",\"audio/reasoning/I/gf-i-0001_3.wav\",\"audio/reasoning/I/gf-i-0001_4.wav\",\"audio/reasoning/I/gf-i-0001_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker gender: female\\nB. Same speaker age group: thirties to fourties\\nC. Same speaker emotion: surprised\\nD. Same speaker emotion: happy\"}"} |
| {"id": "gf-i-0002", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker emotion: happy", "Same speaker gender: female", "Same speaker emotion: surprised", "Same speaker age group: thirties to fourties"], "answer": "Same speaker emotion: happy", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker emotion: happy\nB. Same speaker gender: female\nC. Same speaker emotion: surprised\nD. Same speaker age group: thirties to fourties", "audio": "audio/reasoning/I/gf-i-0002_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0002_1.wav", "audio/reasoning/I/gf-i-0002_2.wav", "audio/reasoning/I/gf-i-0002_3.wav", "audio/reasoning/I/gf-i-0002_4.wav", "audio/reasoning/I/gf-i-0002_5.wav"], "num_audio": 5, "duration_s": 30.277, "source_id": "2", "legacy_id": "reasoning__induction_dataset_mcq_update__2", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same speaker emotion: happy\",\"choices\":[\"A. Same speaker emotion: happy\",\"B. Same speaker gender: female\",\"C. Same speaker emotion: surprised\",\"D. Same speaker age group: thirties to fourties\"],\"class_label\":\"happy\",\"group_id\":2,\"mcq_rationale\":\"The 'surprised' emotion distractor is plausible because some of the enthusiastic tones could be mistaken for surprise. The 'thirties to fourties' age group distractor is plausible because the voices sound mature but not elderly, which could mislead listeners. The 'female' gender distractor is plausible because some listeners might perceive the speaker’s tone as more feminine. However, careful listening reveals the consistent happy emotion across all clips.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0002_1.wav\",\"audio/reasoning/I/gf-i-0002_2.wav\",\"audio/reasoning/I/gf-i-0002_3.wav\",\"audio/reasoning/I/gf-i-0002_4.wav\",\"audio/reasoning/I/gf-i-0002_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker emotion: happy\\nB. Same speaker gender: female\\nC. Same speaker emotion: surprised\\nD. Same speaker age group: thirties to fourties\"}"} |
| {"id": "gf-i-0003", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker emotion: angry", "Same speaker gender: female", "Same speaker emotion: disgusted"], "answer": "Same speaker emotion: angry", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker emotion: angry\nC. Same speaker gender: female\nD. Same speaker emotion: disgusted", "audio": "audio/reasoning/I/gf-i-0003_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0003_1.wav", "audio/reasoning/I/gf-i-0003_2.wav", "audio/reasoning/I/gf-i-0003_3.wav", "audio/reasoning/I/gf-i-0003_4.wav", "audio/reasoning/I/gf-i-0003_5.wav"], "num_audio": 5, "duration_s": 32.808, "source_id": "3", "legacy_id": "reasoning__induction_dataset_mcq_update__3", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same speaker emotion: angry\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker emotion: angry\",\"C. Same speaker gender: female\",\"D. Same speaker emotion: disgusted\"],\"class_label\":\"angry\",\"group_id\":3,\"mcq_rationale\":\"The emotion 'disgusted' is a plausible distractor because it can sometimes sound similar to anger in tone, especially when the speaker is expressing strong negative feelings. 'Thirties to fourties' is a plausible distractor because the voices sound mature but not elderly, so it could mislead someone focusing on age rather than emotion. 'Female' is another plausible distractor because all the clips appear to feature female voices, which might mislead someone into thinking the grouping is based on gender rather than emotion.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0003_1.wav\",\"audio/reasoning/I/gf-i-0003_2.wav\",\"audio/reasoning/I/gf-i-0003_3.wav\",\"audio/reasoning/I/gf-i-0003_4.wav\",\"audio/reasoning/I/gf-i-0003_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker emotion: angry\\nC. Same speaker gender: female\\nD. Same speaker emotion: disgusted\"}"} |
| {"id": "gf-i-0004", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker gender: female", "Same speaker emotion: fearful", "Same speaker emotion: sad"], "answer": "Same speaker emotion: sad", "answer_label": "D", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker gender: female\nC. Same speaker emotion: fearful\nD. Same speaker emotion: sad", "audio": "audio/reasoning/I/gf-i-0004_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0004_1.wav", "audio/reasoning/I/gf-i-0004_2.wav", "audio/reasoning/I/gf-i-0004_3.wav", "audio/reasoning/I/gf-i-0004_4.wav", "audio/reasoning/I/gf-i-0004_5.wav"], "num_audio": 5, "duration_s": 31.148, "source_id": "4", "legacy_id": "reasoning__induction_dataset_mcq_update__4", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. Same speaker emotion: sad\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker gender: female\",\"C. Same speaker emotion: fearful\",\"D. Same speaker emotion: sad\"],\"class_label\":\"sad\",\"group_id\":4,\"mcq_rationale\":\"The 'fearful' emotion is a plausible distractor because sadness and fear can sometimes sound similar in tone. The 'thirties to fourties' age group distractor is plausible because the voice might sound mature but not clearly old or young. The 'female' gender distractor is plausible since the voice could be mistaken for a female speaker, especially when emotional cues dominate the perception.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0004_1.wav\",\"audio/reasoning/I/gf-i-0004_2.wav\",\"audio/reasoning/I/gf-i-0004_3.wav\",\"audio/reasoning/I/gf-i-0004_4.wav\",\"audio/reasoning/I/gf-i-0004_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker gender: female\\nC. Same speaker emotion: fearful\\nD. Same speaker emotion: sad\"}"} |
| {"id": "gf-i-0005", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker gender: female", "Same speaker emotion: disgusted", "Same speaker emotion: angry"], "answer": "Same speaker emotion: disgusted", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker gender: female\nC. Same speaker emotion: disgusted\nD. Same speaker emotion: angry", "audio": "audio/reasoning/I/gf-i-0005_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0005_1.wav", "audio/reasoning/I/gf-i-0005_2.wav", "audio/reasoning/I/gf-i-0005_3.wav", "audio/reasoning/I/gf-i-0005_4.wav", "audio/reasoning/I/gf-i-0005_5.wav"], "num_audio": 5, "duration_s": 19.285, "source_id": "5", "legacy_id": "reasoning__induction_dataset_mcq_update__5", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same speaker emotion: disgusted\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker gender: female\",\"C. Same speaker emotion: disgusted\",\"D. Same speaker emotion: angry\"],\"class_label\":\"disgusted\",\"group_id\":5,\"mcq_rationale\":\"The emotion 'angry' is a plausible distractor because it can sound similar to 'disgusted' in tone, making it a common confusion. 'Thirties to fourties' is a plausible distractor because the speakers sound like adults, and listeners might focus on age rather than emotion. 'Female' is another plausible distractor because listeners might focus on gender similarity instead of emotional tone.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0005_1.wav\",\"audio/reasoning/I/gf-i-0005_2.wav\",\"audio/reasoning/I/gf-i-0005_3.wav\",\"audio/reasoning/I/gf-i-0005_4.wav\",\"audio/reasoning/I/gf-i-0005_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker gender: female\\nC. Same speaker emotion: disgusted\\nD. Same speaker emotion: angry\"}"} |
| {"id": "gf-i-0006", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker emotion: fearful", "Same speaker gender: female", "Same speaker emotion: surprised"], "answer": "Same speaker emotion: fearful", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker emotion: fearful\nC. Same speaker gender: female\nD. Same speaker emotion: surprised", "audio": "audio/reasoning/I/gf-i-0006_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0006_1.wav", "audio/reasoning/I/gf-i-0006_2.wav", "audio/reasoning/I/gf-i-0006_3.wav", "audio/reasoning/I/gf-i-0006_4.wav", "audio/reasoning/I/gf-i-0006_5.wav"], "num_audio": 5, "duration_s": 12.928, "source_id": "6", "legacy_id": "reasoning__induction_dataset_mcq_update__6", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same speaker emotion: fearful\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker emotion: fearful\",\"C. Same speaker gender: female\",\"D. Same speaker emotion: surprised\"],\"class_label\":\"fearful\",\"group_id\":6,\"mcq_rationale\":\"The 'surprised' emotion could easily be confused with 'fearful' as both can involve heightened vocal expressions. The 'thirties to fourties' age group distractor shifts the focus to age, which can be hard to determine from emotion-laden speech. The 'female' gender distractor is plausible since the speaker’s voice might sound like a female, but gender is not the grouping factor here.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0006_1.wav\",\"audio/reasoning/I/gf-i-0006_2.wav\",\"audio/reasoning/I/gf-i-0006_3.wav\",\"audio/reasoning/I/gf-i-0006_4.wav\",\"audio/reasoning/I/gf-i-0006_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker emotion: fearful\\nC. Same speaker gender: female\\nD. Same speaker emotion: surprised\"}"} |
| {"id": "gf-i-0007", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker age group: fifties to sixties", "Same speaker gender: male", "Same speaker emotion: sad"], "answer": "Same speaker gender: male", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker age group: fifties to sixties\nC. Same speaker gender: male\nD. Same speaker emotion: sad", "audio": "audio/reasoning/I/gf-i-0007_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0007_1.mp3", "audio/reasoning/I/gf-i-0007_2.wav", "audio/reasoning/I/gf-i-0007_3.mp3", "audio/reasoning/I/gf-i-0007_4.mp3", "audio/reasoning/I/gf-i-0007_5.mp3"], "num_audio": 5, "duration_s": 30.953, "source_id": "7", "legacy_id": "reasoning__induction_dataset_mcq_update__7", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same speaker gender: male\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker age group: fifties to sixties\",\"C. Same speaker gender: male\",\"D. Same speaker emotion: sad\"],\"class_label\":\"male\",\"group_id\":7,\"mcq_rationale\":\"The distractors are plausible because the voices may sound like they belong to a certain age group, making 'thirties to fourties' or 'fifties to sixties' a tempting guess. Additionally, the speakers do not exhibit strong emotions, so 'neutral' could be mistakenly chosen. However, careful listening reveals that the common property is their gender, which is male.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0007_1.mp3\",\"audio/reasoning/I/gf-i-0007_2.wav\",\"audio/reasoning/I/gf-i-0007_3.mp3\",\"audio/reasoning/I/gf-i-0007_4.mp3\",\"audio/reasoning/I/gf-i-0007_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker age group: fifties to sixties\\nC. Same speaker gender: male\\nD. Same speaker emotion: sad\"}"} |
| {"id": "gf-i-0008", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker gender: male", "Same speaker age group: thirties to fourties", "Same speaker age group: fifties to sixties", "Same speaker emotion: fearful"], "answer": "Same speaker gender: male", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker gender: male\nB. Same speaker age group: thirties to fourties\nC. Same speaker age group: fifties to sixties\nD. Same speaker emotion: fearful", "audio": "audio/reasoning/I/gf-i-0008_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0008_1.mp3", "audio/reasoning/I/gf-i-0008_2.mp3", "audio/reasoning/I/gf-i-0008_3.mp3", "audio/reasoning/I/gf-i-0008_4.mp3", "audio/reasoning/I/gf-i-0008_5.mp3"], "num_audio": 5, "duration_s": 24.088, "source_id": "8", "legacy_id": "reasoning__induction_dataset_mcq_update__8", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same speaker gender: male\",\"choices\":[\"A. Same speaker gender: male\",\"B. Same speaker age group: thirties to fourties\",\"C. Same speaker age group: fifties to sixties\",\"D. Same speaker emotion: fearful\"],\"class_label\":\"male\",\"group_id\":8,\"mcq_rationale\":\"The distractors 'Same speaker age group: fifties to sixties' and 'Same speaker age group: thirties to fourties' are plausible because the voices could be mistaken for a certain age group if not listened to carefully. The distractor 'Same speaker emotion: neutral' (even though not in the provided list, it is a common assumption) could confuse listeners who might not detect any strong emotion in the speech. These distractors are plausible but incorrect because the correct answer is about gender, not age or emotion.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0008_1.mp3\",\"audio/reasoning/I/gf-i-0008_2.mp3\",\"audio/reasoning/I/gf-i-0008_3.mp3\",\"audio/reasoning/I/gf-i-0008_4.mp3\",\"audio/reasoning/I/gf-i-0008_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker gender: male\\nB. Same speaker age group: thirties to fourties\\nC. Same speaker age group: fifties to sixties\\nD. Same speaker emotion: fearful\"}"} |
| {"id": "gf-i-0009", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker gender: male", "Same speaker age group: fifties to sixties", "Same speaker emotion: sad"], "answer": "Same speaker gender: male", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker gender: male\nC. Same speaker age group: fifties to sixties\nD. Same speaker emotion: sad", "audio": "audio/reasoning/I/gf-i-0009_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0009_1.mp3", "audio/reasoning/I/gf-i-0009_2.mp3", "audio/reasoning/I/gf-i-0009_3.mp3", "audio/reasoning/I/gf-i-0009_4.wav", "audio/reasoning/I/gf-i-0009_5.mp3"], "num_audio": 5, "duration_s": 35.682, "source_id": "9", "legacy_id": "reasoning__induction_dataset_mcq_update__9", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same speaker gender: male\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker gender: male\",\"C. Same speaker age group: fifties to sixties\",\"D. Same speaker emotion: sad\"],\"class_label\":\"male\",\"group_id\":9,\"mcq_rationale\":\"The distractors are plausible because the voices may sound like they belong to a certain age group or convey a certain emotion, which could confuse listeners. However, careful listening reveals that the common property is the speaker gender being male, not age or emotion.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0009_1.mp3\",\"audio/reasoning/I/gf-i-0009_2.mp3\",\"audio/reasoning/I/gf-i-0009_3.mp3\",\"audio/reasoning/I/gf-i-0009_4.wav\",\"audio/reasoning/I/gf-i-0009_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker gender: male\\nC. Same speaker age group: fifties to sixties\\nD. Same speaker emotion: sad\"}"} |
| {"id": "gf-i-0010", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker emotion: sad", "Same speaker age group: fifties to sixties", "Same speaker gender: female"], "answer": "Same speaker gender: female", "answer_label": "D", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker emotion: sad\nC. Same speaker age group: fifties to sixties\nD. Same speaker gender: female", "audio": "audio/reasoning/I/gf-i-0010_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0010_1.mp3", "audio/reasoning/I/gf-i-0010_2.wav", "audio/reasoning/I/gf-i-0010_3.wav", "audio/reasoning/I/gf-i-0010_4.mp3", "audio/reasoning/I/gf-i-0010_5.wav"], "num_audio": 5, "duration_s": 18.681, "source_id": "10", "legacy_id": "reasoning__induction_dataset_mcq_update__10", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. Same speaker gender: female\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker emotion: sad\",\"C. Same speaker age group: fifties to sixties\",\"D. Same speaker gender: female\"],\"class_label\":\"female\",\"group_id\":10,\"mcq_rationale\":\"The distractors are plausible because listeners might confuse the gender-based grouping with an age-based grouping, especially since the voices could sound mature or middle-aged. Additionally, the tone of some clips might be interpreted as having an emotional quality like sadness, which could mislead someone into thinking the grouping is based on emotion rather than gender.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0010_1.mp3\",\"audio/reasoning/I/gf-i-0010_2.wav\",\"audio/reasoning/I/gf-i-0010_3.wav\",\"audio/reasoning/I/gf-i-0010_4.mp3\",\"audio/reasoning/I/gf-i-0010_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker emotion: sad\\nC. Same speaker age group: fifties to sixties\\nD. Same speaker gender: female\"}"} |
| {"id": "gf-i-0011", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker emotion: surprised", "Same speaker gender: female", "Same speaker age group: thirties to fourties", "Same speaker age group: fifties to sixties"], "answer": "Same speaker gender: female", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker emotion: surprised\nB. Same speaker gender: female\nC. Same speaker age group: thirties to fourties\nD. Same speaker age group: fifties to sixties", "audio": "audio/reasoning/I/gf-i-0011_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0011_1.mp3", "audio/reasoning/I/gf-i-0011_2.wav", "audio/reasoning/I/gf-i-0011_3.wav", "audio/reasoning/I/gf-i-0011_4.wav", "audio/reasoning/I/gf-i-0011_5.wav"], "num_audio": 5, "duration_s": 16.062, "source_id": "11", "legacy_id": "reasoning__induction_dataset_mcq_update__11", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same speaker gender: female\",\"choices\":[\"A. Same speaker emotion: surprised\",\"B. Same speaker gender: female\",\"C. Same speaker age group: thirties to fourties\",\"D. Same speaker age group: fifties to sixties\"],\"class_label\":\"female\",\"group_id\":11,\"mcq_rationale\":\"The distractors are plausible because listeners might confuse the speaker's gender with age-related characteristics or emotional tone. Age groups like 'thirties to fourties' or 'fifties to sixties' could be mistaken based on vocal maturity, and 'surprised' emotion could mislead listeners focusing on tone rather than gender. However, careful listening reveals that the common property is the speaker's gender, not age or emotion.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0011_1.mp3\",\"audio/reasoning/I/gf-i-0011_2.wav\",\"audio/reasoning/I/gf-i-0011_3.wav\",\"audio/reasoning/I/gf-i-0011_4.wav\",\"audio/reasoning/I/gf-i-0011_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker emotion: surprised\\nB. Same speaker gender: female\\nC. Same speaker age group: thirties to fourties\\nD. Same speaker age group: fifties to sixties\"}"} |
| {"id": "gf-i-0012", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker emotion: sad", "Same speaker age group: fifties to sixties", "Same speaker gender: female", "Same speaker age group: thirties to fourties"], "answer": "Same speaker gender: female", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker emotion: sad\nB. Same speaker age group: fifties to sixties\nC. Same speaker gender: female\nD. Same speaker age group: thirties to fourties", "audio": "audio/reasoning/I/gf-i-0012_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0012_1.wav", "audio/reasoning/I/gf-i-0012_2.wav", "audio/reasoning/I/gf-i-0012_3.mp3", "audio/reasoning/I/gf-i-0012_4.mp3", "audio/reasoning/I/gf-i-0012_5.wav"], "num_audio": 5, "duration_s": 27.053, "source_id": "12", "legacy_id": "reasoning__induction_dataset_mcq_update__12", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same speaker gender: female\",\"choices\":[\"A. Same speaker emotion: sad\",\"B. Same speaker age group: fifties to sixties\",\"C. Same speaker gender: female\",\"D. Same speaker age group: thirties to fourties\"],\"class_label\":\"female\",\"group_id\":12,\"mcq_rationale\":\"The distractors are plausible because listeners might confuse the grouping based on the age of the speakers, as the voices could sound mature or middle-aged. Additionally, the emotional tone in some clips might lead someone to believe the grouping is based on emotion, such as sadness, rather than gender. However, careful listening reveals that the common property is the gender of the speakers, not their age or emotion.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0012_1.wav\",\"audio/reasoning/I/gf-i-0012_2.wav\",\"audio/reasoning/I/gf-i-0012_3.mp3\",\"audio/reasoning/I/gf-i-0012_4.mp3\",\"audio/reasoning/I/gf-i-0012_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker emotion: sad\\nB. Same speaker age group: fifties to sixties\\nC. Same speaker gender: female\\nD. Same speaker age group: thirties to fourties\"}"} |
| {"id": "gf-i-0013", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: teens to twenties", "Same speaker gender: male", "Same speaker emotion: happy", "Same speaker age group: thirties to fourties"], "answer": "Same speaker age group: teens to twenties", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: teens to twenties\nB. Same speaker gender: male\nC. Same speaker emotion: happy\nD. Same speaker age group: thirties to fourties", "audio": "audio/reasoning/I/gf-i-0013_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0013_1.mp3", "audio/reasoning/I/gf-i-0013_2.mp3", "audio/reasoning/I/gf-i-0013_3.mp3", "audio/reasoning/I/gf-i-0013_4.mp3", "audio/reasoning/I/gf-i-0013_5.mp3"], "num_audio": 5, "duration_s": 37.949, "source_id": "13", "legacy_id": "reasoning__induction_dataset_mcq_update__13", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same speaker age group: teens to twenties\",\"choices\":[\"A. Same speaker age group: teens to twenties\",\"B. Same speaker gender: male\",\"C. Same speaker emotion: happy\",\"D. Same speaker age group: thirties to fourties\"],\"class_label\":\"teens to twenties\",\"group_id\":13,\"mcq_rationale\":\"The distractor 'Same speaker age group: thirties to fourties' is plausible because it is close in age range to teens to twenties, making it a subtle confusion. 'Same speaker emotion: happy' is a different property family (emotion) and could confuse someone who focuses on tone rather than age. 'Same speaker gender: male' is also from a different property family (gender) and could mislead someone who notices the vocal characteristics but not the age.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0013_1.mp3\",\"audio/reasoning/I/gf-i-0013_2.mp3\",\"audio/reasoning/I/gf-i-0013_3.mp3\",\"audio/reasoning/I/gf-i-0013_4.mp3\",\"audio/reasoning/I/gf-i-0013_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: teens to twenties\\nB. Same speaker gender: male\\nC. Same speaker emotion: happy\\nD. Same speaker age group: thirties to fourties\"}"} |
| {"id": "gf-i-0014", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: thirties to fourties", "Same speaker gender: female", "Same speaker age group: fifties to sixties", "Same speaker emotion: surprised"], "answer": "Same speaker age group: thirties to fourties", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: thirties to fourties\nB. Same speaker gender: female\nC. Same speaker age group: fifties to sixties\nD. Same speaker emotion: surprised", "audio": "audio/reasoning/I/gf-i-0014_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0014_1.mp3", "audio/reasoning/I/gf-i-0014_2.mp3", "audio/reasoning/I/gf-i-0014_3.mp3", "audio/reasoning/I/gf-i-0014_4.mp3", "audio/reasoning/I/gf-i-0014_5.mp3"], "num_audio": 5, "duration_s": 21.063, "source_id": "14", "legacy_id": "reasoning__induction_dataset_mcq_update__14", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same speaker age group: thirties to fourties\",\"choices\":[\"A. Same speaker age group: thirties to fourties\",\"B. Same speaker gender: female\",\"C. Same speaker age group: fifties to sixties\",\"D. Same speaker emotion: surprised\"],\"class_label\":\"thirties to fourties\",\"group_id\":14,\"mcq_rationale\":\"The distractor 'Same speaker age group: fifties to sixties' is plausible because the voices might sound slightly older to some listeners. 'Same speaker gender: male' is a plausible confusion since all voices sound like they belong to male speakers. 'Same speaker emotion: surprised' could confuse listeners because some clips have an energetic or emphasized tone that might be mistaken for surprise.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0014_1.mp3\",\"audio/reasoning/I/gf-i-0014_2.mp3\",\"audio/reasoning/I/gf-i-0014_3.mp3\",\"audio/reasoning/I/gf-i-0014_4.mp3\",\"audio/reasoning/I/gf-i-0014_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: thirties to fourties\\nB. Same speaker gender: female\\nC. Same speaker age group: fifties to sixties\\nD. Same speaker emotion: surprised\"}"} |
| {"id": "gf-i-0015", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker emotion: sad", "Same speaker age group: fifties to sixties", "Same speaker gender: male", "Same speaker age group: seventies to eighties"], "answer": "Same speaker age group: fifties to sixties", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker emotion: sad\nB. Same speaker age group: fifties to sixties\nC. Same speaker gender: male\nD. Same speaker age group: seventies to eighties", "audio": "audio/reasoning/I/gf-i-0015_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0015_1.mp3", "audio/reasoning/I/gf-i-0015_2.mp3", "audio/reasoning/I/gf-i-0015_3.mp3", "audio/reasoning/I/gf-i-0015_4.mp3", "audio/reasoning/I/gf-i-0015_5.mp3"], "num_audio": 5, "duration_s": 28.935, "source_id": "15", "legacy_id": "reasoning__induction_dataset_mcq_update__15", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same speaker age group: fifties to sixties\",\"choices\":[\"A. Same speaker emotion: sad\",\"B. Same speaker age group: fifties to sixties\",\"C. Same speaker gender: male\",\"D. Same speaker age group: seventies to eighties\"],\"class_label\":\"fifties to sixties\",\"group_id\":15,\"mcq_rationale\":\"The distractor 'Same speaker age group: seventies to eighties' is plausible because the voices may sound older, but careful listening suggests they are slightly younger. 'Same speaker gender: male' is plausible since all speakers sound like they could be male, but gender is not the grouping factor. 'Same speaker emotion: sad' is plausible because the tone may seem neutral or subdued, but emotion is not the grouping factor either.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0015_1.mp3\",\"audio/reasoning/I/gf-i-0015_2.mp3\",\"audio/reasoning/I/gf-i-0015_3.mp3\",\"audio/reasoning/I/gf-i-0015_4.mp3\",\"audio/reasoning/I/gf-i-0015_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker emotion: sad\\nB. Same speaker age group: fifties to sixties\\nC. Same speaker gender: male\\nD. Same speaker age group: seventies to eighties\"}"} |
| {"id": "gf-i-0016", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: fifties to sixties", "Same speaker gender: male", "Same speaker age group: seventies to eighties", "Same speaker emotion: sad"], "answer": "Same speaker age group: seventies to eighties", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: fifties to sixties\nB. Same speaker gender: male\nC. Same speaker age group: seventies to eighties\nD. Same speaker emotion: sad", "audio": "audio/reasoning/I/gf-i-0016_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0016_1.mp3", "audio/reasoning/I/gf-i-0016_2.mp3", "audio/reasoning/I/gf-i-0016_3.mp3", "audio/reasoning/I/gf-i-0016_4.mp3", "audio/reasoning/I/gf-i-0016_5.mp3"], "num_audio": 5, "duration_s": 74.887, "source_id": "16", "legacy_id": "reasoning__induction_dataset_mcq_update__16", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same speaker age group: seventies to eighties\",\"choices\":[\"A. Same speaker age group: fifties to sixties\",\"B. Same speaker gender: male\",\"C. Same speaker age group: seventies to eighties\",\"D. Same speaker emotion: sad\"],\"class_label\":\"seventies to eighties\",\"group_id\":16,\"mcq_rationale\":\"The distractor 'Same speaker age group: fifties to sixties' is plausible because older voices can sometimes be confused between these two age groups. 'Same speaker gender: male' is plausible since all voices sound male, but it does not match the correct property of age group. 'Same speaker emotion: sad' is plausible because older voices can sometimes sound slower or more subdued, which might be mistaken for sadness, but the grouping is actually based on age.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0016_1.mp3\",\"audio/reasoning/I/gf-i-0016_2.mp3\",\"audio/reasoning/I/gf-i-0016_3.mp3\",\"audio/reasoning/I/gf-i-0016_4.mp3\",\"audio/reasoning/I/gf-i-0016_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: fifties to sixties\\nB. Same speaker gender: male\\nC. Same speaker age group: seventies to eighties\\nD. Same speaker emotion: sad\"}"} |
| {"id": "gf-i-0017", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker age group: teens to twenties", "Same speaker age group: thirties to fourties", "Same speaker gender: female", "Same speaker emotion: happy"], "answer": "Same speaker age group: teens to twenties", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker age group: teens to twenties\nB. Same speaker age group: thirties to fourties\nC. Same speaker gender: female\nD. Same speaker emotion: happy", "audio": "audio/reasoning/I/gf-i-0017_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0017_1.mp3", "audio/reasoning/I/gf-i-0017_2.mp3", "audio/reasoning/I/gf-i-0017_3.mp3", "audio/reasoning/I/gf-i-0017_4.mp3", "audio/reasoning/I/gf-i-0017_5.mp3"], "num_audio": 5, "duration_s": 33.752, "source_id": "17", "legacy_id": "reasoning__induction_dataset_mcq_update__17", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same speaker age group: teens to twenties\",\"choices\":[\"A. Same speaker age group: teens to twenties\",\"B. Same speaker age group: thirties to fourties\",\"C. Same speaker gender: female\",\"D. Same speaker emotion: happy\"],\"class_label\":\"teens to twenties\",\"group_id\":17,\"mcq_rationale\":\"The distractor 'Same speaker age group: thirties to fourties' is plausible because it is close in age range to teens to twenties, making it a common confusion. 'Same speaker emotion: happy' is a plausible distractor because listeners might focus on tone rather than age. 'Same speaker gender: female' is also plausible because gender can be misjudged from voice, especially in younger speakers, leading to confusion.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0017_1.mp3\",\"audio/reasoning/I/gf-i-0017_2.mp3\",\"audio/reasoning/I/gf-i-0017_3.mp3\",\"audio/reasoning/I/gf-i-0017_4.mp3\",\"audio/reasoning/I/gf-i-0017_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker age group: teens to twenties\\nB. Same speaker age group: thirties to fourties\\nC. Same speaker gender: female\\nD. Same speaker emotion: happy\"}"} |
| {"id": "gf-i-0018", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same speaker gender: female", "Same speaker age group: thirties to fourties", "Same speaker age group: fifties to sixties", "Same speaker emotion: angry"], "answer": "Same speaker age group: thirties to fourties", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same speaker gender: female\nB. Same speaker age group: thirties to fourties\nC. Same speaker age group: fifties to sixties\nD. Same speaker emotion: angry", "audio": "audio/reasoning/I/gf-i-0018_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0018_1.mp3", "audio/reasoning/I/gf-i-0018_2.mp3", "audio/reasoning/I/gf-i-0018_3.mp3", "audio/reasoning/I/gf-i-0018_4.mp3", "audio/reasoning/I/gf-i-0018_5.mp3"], "num_audio": 5, "duration_s": 34.889, "source_id": "18", "legacy_id": "reasoning__induction_dataset_mcq_update__18", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same speaker age group: thirties to fourties\",\"choices\":[\"A. Same speaker gender: female\",\"B. Same speaker age group: thirties to fourties\",\"C. Same speaker age group: fifties to sixties\",\"D. Same speaker emotion: angry\"],\"class_label\":\"thirties to fourties\",\"group_id\":18,\"mcq_rationale\":\"The distractor 'Same speaker age group: fifties to sixties' is plausible because the voices could be mistaken for slightly older speakers. 'Same speaker emotion: neutral' could confuse listeners who might not detect any strong emotional tone in the speech. 'Same speaker gender: male' is plausible since all voices sound male, but the grouping is actually based on age, not gender.\",\"modality\":\"speech\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0018_1.mp3\",\"audio/reasoning/I/gf-i-0018_2.mp3\",\"audio/reasoning/I/gf-i-0018_3.mp3\",\"audio/reasoning/I/gf-i-0018_4.mp3\",\"audio/reasoning/I/gf-i-0018_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same speaker gender: female\\nB. Same speaker age group: thirties to fourties\\nC. Same speaker age group: fifties to sixties\\nD. Same speaker emotion: angry\"}"} |
| {"id": "gf-i-0019", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Throat clearing", "Same vocal sound: Sigh", "Same vocal sound: Sniff", "Same acoustic scene: park"], "answer": "Same vocal sound: Sigh", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Throat clearing\nB. Same vocal sound: Sigh\nC. Same vocal sound: Sniff\nD. Same acoustic scene: park", "audio": "audio/reasoning/I/gf-i-0019_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0019_1.wav", "audio/reasoning/I/gf-i-0019_2.wav", "audio/reasoning/I/gf-i-0019_3.wav", "audio/reasoning/I/gf-i-0019_4.wav", "audio/reasoning/I/gf-i-0019_5.wav"], "num_audio": 5, "duration_s": 29.445, "source_id": "19", "legacy_id": "reasoning__induction_dataset_mcq_update__19", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same vocal sound: Sigh\",\"choices\":[\"A. Same vocal sound: Throat clearing\",\"B. Same vocal sound: Sigh\",\"C. Same vocal sound: Sniff\",\"D. Same acoustic scene: park\"],\"class_label\":\"Sigh\",\"group_id\":19,\"mcq_rationale\":\"The distractors 'Sniff' and 'Throat clearing' are plausible because they are also subtle vocal sounds that could be confused with sighing if not listened to carefully. 'Park' is a different property family (acoustic scene) and could mislead someone into thinking the grouping is based on background noise rather than the vocal sound.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0019_1.wav\",\"audio/reasoning/I/gf-i-0019_2.wav\",\"audio/reasoning/I/gf-i-0019_3.wav\",\"audio/reasoning/I/gf-i-0019_4.wav\",\"audio/reasoning/I/gf-i-0019_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Throat clearing\\nB. Same vocal sound: Sigh\\nC. Same vocal sound: Sniff\\nD. Same acoustic scene: park\"}"} |
| {"id": "gf-i-0020", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Throat clearing", "Same acoustic scene: residential area", "Same vocal sound: Sigh", "Same vocal sound: Cough"], "answer": "Same vocal sound: Throat clearing", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Throat clearing\nB. Same acoustic scene: residential area\nC. Same vocal sound: Sigh\nD. Same vocal sound: Cough", "audio": "audio/reasoning/I/gf-i-0020_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0020_1.wav", "audio/reasoning/I/gf-i-0020_2.wav", "audio/reasoning/I/gf-i-0020_3.wav", "audio/reasoning/I/gf-i-0020_4.wav", "audio/reasoning/I/gf-i-0020_5.wav"], "num_audio": 5, "duration_s": 24.32, "source_id": "20", "legacy_id": "reasoning__induction_dataset_mcq_update__20", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same vocal sound: Throat clearing\",\"choices\":[\"A. Same vocal sound: Throat clearing\",\"B. Same acoustic scene: residential area\",\"C. Same vocal sound: Sigh\",\"D. Same vocal sound: Cough\"],\"class_label\":\"Throat clearing\",\"group_id\":20,\"mcq_rationale\":\"The sound of throat clearing can be easily confused with coughing or sighing, as they share similar throat-based or breath-based sounds. Additionally, including an acoustic scene like 'residential area' can mislead someone into thinking the grouping is based on the environment rather than the specific vocal sound.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0020_1.wav\",\"audio/reasoning/I/gf-i-0020_2.wav\",\"audio/reasoning/I/gf-i-0020_3.wav\",\"audio/reasoning/I/gf-i-0020_4.wav\",\"audio/reasoning/I/gf-i-0020_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Throat clearing\\nB. Same acoustic scene: residential area\\nC. Same vocal sound: Sigh\\nD. Same vocal sound: Cough\"}"} |
| {"id": "gf-i-0021", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Cough", "Same vocal sound: Sniff", "Same acoustic scene: residential area", "Same vocal sound: Sneeze"], "answer": "Same vocal sound: Sneeze", "answer_label": "D", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Cough\nB. Same vocal sound: Sniff\nC. Same acoustic scene: residential area\nD. Same vocal sound: Sneeze", "audio": "audio/reasoning/I/gf-i-0021_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0021_1.wav", "audio/reasoning/I/gf-i-0021_2.wav", "audio/reasoning/I/gf-i-0021_3.wav", "audio/reasoning/I/gf-i-0021_4.wav", "audio/reasoning/I/gf-i-0021_5.wav"], "num_audio": 5, "duration_s": 22.782, "source_id": "21", "legacy_id": "reasoning__induction_dataset_mcq_update__21", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. Same vocal sound: Sneeze\",\"choices\":[\"A. Same vocal sound: Cough\",\"B. Same vocal sound: Sniff\",\"C. Same acoustic scene: residential area\",\"D. Same vocal sound: Sneeze\"],\"class_label\":\"Sneeze\",\"group_id\":21,\"mcq_rationale\":\"‘Cough’ and ‘Sniff’ are plausible distractors because they are also common vocal sounds that can be mistaken for sneezes if not listened to carefully. ‘Residential area’ is a different property family (acoustic scene) and could confuse someone who thinks the grouping is based on the background environment rather than the vocal sound.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0021_1.wav\",\"audio/reasoning/I/gf-i-0021_2.wav\",\"audio/reasoning/I/gf-i-0021_3.wav\",\"audio/reasoning/I/gf-i-0021_4.wav\",\"audio/reasoning/I/gf-i-0021_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Cough\\nB. Same vocal sound: Sniff\\nC. Same acoustic scene: residential area\\nD. Same vocal sound: Sneeze\"}"} |
| {"id": "gf-i-0022", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Sneeze", "Same acoustic scene: residential area", "Same vocal sound: Cough", "Same vocal sound: Throat clearing"], "answer": "Same vocal sound: Cough", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Sneeze\nB. Same acoustic scene: residential area\nC. Same vocal sound: Cough\nD. Same vocal sound: Throat clearing", "audio": "audio/reasoning/I/gf-i-0022_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0022_1.wav", "audio/reasoning/I/gf-i-0022_2.wav", "audio/reasoning/I/gf-i-0022_3.wav", "audio/reasoning/I/gf-i-0022_4.wav", "audio/reasoning/I/gf-i-0022_5.wav"], "num_audio": 5, "duration_s": 19.349, "source_id": "22", "legacy_id": "reasoning__induction_dataset_mcq_update__22", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same vocal sound: Cough\",\"choices\":[\"A. Same vocal sound: Sneeze\",\"B. Same acoustic scene: residential area\",\"C. Same vocal sound: Cough\",\"D. Same vocal sound: Throat clearing\"],\"class_label\":\"Cough\",\"group_id\":22,\"mcq_rationale\":\"The distractors 'Sneeze' and 'Throat clearing' are plausible because they are similar types of vocal sounds that can be confused with coughing if not listened to carefully. The 'residential area' distractor is from a different property family (acoustic scene) and could mislead someone into thinking the grouping is based on the environment rather than the vocal sound.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0022_1.wav\",\"audio/reasoning/I/gf-i-0022_2.wav\",\"audio/reasoning/I/gf-i-0022_3.wav\",\"audio/reasoning/I/gf-i-0022_4.wav\",\"audio/reasoning/I/gf-i-0022_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Sneeze\\nB. Same acoustic scene: residential area\\nC. Same vocal sound: Cough\\nD. Same vocal sound: Throat clearing\"}"} |
| {"id": "gf-i-0023", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Sneeze", "Same vocal sound: Sniff", "Same acoustic scene: residential area", "Same vocal sound: Throat clearing"], "answer": "Same vocal sound: Sniff", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Sneeze\nB. Same vocal sound: Sniff\nC. Same acoustic scene: residential area\nD. Same vocal sound: Throat clearing", "audio": "audio/reasoning/I/gf-i-0023_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0023_1.wav", "audio/reasoning/I/gf-i-0023_2.wav", "audio/reasoning/I/gf-i-0023_3.wav", "audio/reasoning/I/gf-i-0023_4.wav", "audio/reasoning/I/gf-i-0023_5.wav"], "num_audio": 5, "duration_s": 15.945, "source_id": "23", "legacy_id": "reasoning__induction_dataset_mcq_update__23", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same vocal sound: Sniff\",\"choices\":[\"A. Same vocal sound: Sneeze\",\"B. Same vocal sound: Sniff\",\"C. Same acoustic scene: residential area\",\"D. Same vocal sound: Throat clearing\"],\"class_label\":\"Sniff\",\"group_id\":23,\"mcq_rationale\":\"‘Sneeze’ and ‘Throat clearing’ are plausible because they are similar bodily sounds that could be confused with sniffing if not listened to carefully. ‘Residential area’ is a different property family (acoustic scene) and could confuse someone who thinks the grouping is based on background noise rather than the vocal sound.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0023_1.wav\",\"audio/reasoning/I/gf-i-0023_2.wav\",\"audio/reasoning/I/gf-i-0023_3.wav\",\"audio/reasoning/I/gf-i-0023_4.wav\",\"audio/reasoning/I/gf-i-0023_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Sneeze\\nB. Same vocal sound: Sniff\\nC. Same acoustic scene: residential area\\nD. Same vocal sound: Throat clearing\"}"} |
| {"id": "gf-i-0024", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Sniff", "Same vocal sound: Sigh", "Same acoustic scene: park", "Same vocal sound: Throat clearing"], "answer": "Same vocal sound: Sigh", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Sniff\nB. Same vocal sound: Sigh\nC. Same acoustic scene: park\nD. Same vocal sound: Throat clearing", "audio": "audio/reasoning/I/gf-i-0024_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0024_1.wav", "audio/reasoning/I/gf-i-0024_2.wav", "audio/reasoning/I/gf-i-0024_3.wav", "audio/reasoning/I/gf-i-0024_4.wav", "audio/reasoning/I/gf-i-0024_5.wav"], "num_audio": 5, "duration_s": 28.843, "source_id": "24", "legacy_id": "reasoning__induction_dataset_mcq_update__24", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same vocal sound: Sigh\",\"choices\":[\"A. Same vocal sound: Sniff\",\"B. Same vocal sound: Sigh\",\"C. Same acoustic scene: park\",\"D. Same vocal sound: Throat clearing\"],\"class_label\":\"Sigh\",\"group_id\":24,\"mcq_rationale\":\"The distractors 'Throat clearing' and 'Sniff' are plausible because they are also subtle vocal sounds that could be confused with a sigh if not listened to carefully. The 'park' acoustic scene is a different property family (environment) and could mislead someone into thinking the grouping is based on background noise rather than the vocal sound.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0024_1.wav\",\"audio/reasoning/I/gf-i-0024_2.wav\",\"audio/reasoning/I/gf-i-0024_3.wav\",\"audio/reasoning/I/gf-i-0024_4.wav\",\"audio/reasoning/I/gf-i-0024_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Sniff\\nB. Same vocal sound: Sigh\\nC. Same acoustic scene: park\\nD. Same vocal sound: Throat clearing\"}"} |
| {"id": "gf-i-0025", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Sigh", "Same acoustic scene: park", "Same acoustic scene: residential area", "Same acoustic scene: restaurant"], "answer": "Same acoustic scene: park", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Sigh\nB. Same acoustic scene: park\nC. Same acoustic scene: residential area\nD. Same acoustic scene: restaurant", "audio": "audio/reasoning/I/gf-i-0025_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0025_1.wav", "audio/reasoning/I/gf-i-0025_2.wav", "audio/reasoning/I/gf-i-0025_3.wav", "audio/reasoning/I/gf-i-0025_4.wav", "audio/reasoning/I/gf-i-0025_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "25", "legacy_id": "reasoning__induction_dataset_mcq_update__25", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same acoustic scene: park\",\"choices\":[\"A. Same vocal sound: Sigh\",\"B. Same acoustic scene: park\",\"C. Same acoustic scene: residential area\",\"D. Same acoustic scene: restaurant\"],\"class_label\":\"park\",\"group_id\":25,\"mcq_rationale\":\"The distractors 'residential area' and 'restaurant' are plausible because they can also have ambient outdoor sounds or people talking, similar to a park. 'Sigh' is a different property family (vocal sound) and could confuse someone who focuses on the human sounds in the clips rather than the overall acoustic scene.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0025_1.wav\",\"audio/reasoning/I/gf-i-0025_2.wav\",\"audio/reasoning/I/gf-i-0025_3.wav\",\"audio/reasoning/I/gf-i-0025_4.wav\",\"audio/reasoning/I/gf-i-0025_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Sigh\\nB. Same acoustic scene: park\\nC. Same acoustic scene: residential area\\nD. Same acoustic scene: restaurant\"}"} |
| {"id": "gf-i-0026", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same vocal sound: Sigh", "Same acoustic scene: subway", "Same acoustic scene: car", "Same acoustic scene: bus"], "answer": "Same acoustic scene: bus", "answer_label": "D", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same vocal sound: Sigh\nB. Same acoustic scene: subway\nC. Same acoustic scene: car\nD. Same acoustic scene: bus", "audio": "audio/reasoning/I/gf-i-0026_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0026_1.wav", "audio/reasoning/I/gf-i-0026_2.wav", "audio/reasoning/I/gf-i-0026_3.wav", "audio/reasoning/I/gf-i-0026_4.wav", "audio/reasoning/I/gf-i-0026_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "26", "legacy_id": "reasoning__induction_dataset_mcq_update__26", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. Same acoustic scene: bus\",\"choices\":[\"A. Same vocal sound: Sigh\",\"B. Same acoustic scene: subway\",\"C. Same acoustic scene: car\",\"D. Same acoustic scene: bus\"],\"class_label\":\"bus\",\"group_id\":26,\"mcq_rationale\":\"The 'subway' and 'car' scenes are plausible because they also involve transportation and background noise, which could be confused with a bus environment. The 'Sigh' distractor is plausible because human sounds like sighing can occur in public transport settings, potentially misleading listeners into focusing on vocal sounds rather than the acoustic scene.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0026_1.wav\",\"audio/reasoning/I/gf-i-0026_2.wav\",\"audio/reasoning/I/gf-i-0026_3.wav\",\"audio/reasoning/I/gf-i-0026_4.wav\",\"audio/reasoning/I/gf-i-0026_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same vocal sound: Sigh\\nB. Same acoustic scene: subway\\nC. Same acoustic scene: car\\nD. Same acoustic scene: bus\"}"} |
| {"id": "gf-i-0027", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same acoustic scene: restaurant", "Same acoustic scene: residential area", "Same acoustic scene: park", "Same vocal sound: Sigh"], "answer": "Same acoustic scene: residential area", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same acoustic scene: restaurant\nB. Same acoustic scene: residential area\nC. Same acoustic scene: park\nD. Same vocal sound: Sigh", "audio": "audio/reasoning/I/gf-i-0027_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0027_1.wav", "audio/reasoning/I/gf-i-0027_2.wav", "audio/reasoning/I/gf-i-0027_3.wav", "audio/reasoning/I/gf-i-0027_4.wav", "audio/reasoning/I/gf-i-0027_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "27", "legacy_id": "reasoning__induction_dataset_mcq_update__27", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same acoustic scene: residential area\",\"choices\":[\"A. Same acoustic scene: restaurant\",\"B. Same acoustic scene: residential area\",\"C. Same acoustic scene: park\",\"D. Same vocal sound: Sigh\"],\"class_label\":\"residential area\",\"group_id\":27,\"mcq_rationale\":\"The distractors 'park' and 'restaurant' are plausible because they also represent outdoor or semi-outdoor environments where ambient sounds like birds or distant human activity might be heard, similar to a residential area. 'Sigh' is a plausible vocal sound distractor because human sounds can occur in residential areas, but the clips primarily feature ambient outdoor sounds rather than specific vocalizations.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0027_1.wav\",\"audio/reasoning/I/gf-i-0027_2.wav\",\"audio/reasoning/I/gf-i-0027_3.wav\",\"audio/reasoning/I/gf-i-0027_4.wav\",\"audio/reasoning/I/gf-i-0027_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same acoustic scene: restaurant\\nB. Same acoustic scene: residential area\\nC. Same acoustic scene: park\\nD. Same vocal sound: Sigh\"}"} |
| {"id": "gf-i-0028", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same acoustic scene: car", "Same vocal sound: Sigh", "Same acoustic scene: residential area", "Same acoustic scene: bus"], "answer": "Same acoustic scene: car", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same acoustic scene: car\nB. Same vocal sound: Sigh\nC. Same acoustic scene: residential area\nD. Same acoustic scene: bus", "audio": "audio/reasoning/I/gf-i-0028_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0028_1.wav", "audio/reasoning/I/gf-i-0028_2.wav", "audio/reasoning/I/gf-i-0028_3.wav", "audio/reasoning/I/gf-i-0028_4.wav", "audio/reasoning/I/gf-i-0028_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "28", "legacy_id": "reasoning__induction_dataset_mcq_update__28", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same acoustic scene: car\",\"choices\":[\"A. Same acoustic scene: car\",\"B. Same vocal sound: Sigh\",\"C. Same acoustic scene: residential area\",\"D. Same acoustic scene: bus\"],\"class_label\":\"car\",\"group_id\":28,\"mcq_rationale\":\"The 'bus' and 'residential area' scenes are plausible because they also involve ambient noise from vehicles or outdoor environments, which could sound similar to a car environment. The 'Sigh' distractor is plausible because human vocal sounds can sometimes be heard inside cars, potentially confusing listeners who focus on the vocal element rather than the background acoustic scene.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0028_1.wav\",\"audio/reasoning/I/gf-i-0028_2.wav\",\"audio/reasoning/I/gf-i-0028_3.wav\",\"audio/reasoning/I/gf-i-0028_4.wav\",\"audio/reasoning/I/gf-i-0028_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same acoustic scene: car\\nB. Same vocal sound: Sigh\\nC. Same acoustic scene: residential area\\nD. Same acoustic scene: bus\"}"} |
| {"id": "gf-i-0029", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same acoustic scene: car", "Same acoustic scene: subway", "Same acoustic scene: bus", "Same acoustic scene: park"], "answer": "Same acoustic scene: subway", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same acoustic scene: car\nB. Same acoustic scene: subway\nC. Same acoustic scene: bus\nD. Same acoustic scene: park", "audio": "audio/reasoning/I/gf-i-0029_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0029_1.wav", "audio/reasoning/I/gf-i-0029_2.wav", "audio/reasoning/I/gf-i-0029_3.wav", "audio/reasoning/I/gf-i-0029_4.wav", "audio/reasoning/I/gf-i-0029_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "29", "legacy_id": "reasoning__induction_dataset_mcq_update__29", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same acoustic scene: subway\",\"choices\":[\"A. Same acoustic scene: car\",\"B. Same acoustic scene: subway\",\"C. Same acoustic scene: bus\",\"D. Same acoustic scene: park\"],\"class_label\":\"subway\",\"group_id\":29,\"mcq_rationale\":\"The distractors 'bus' and 'car' are plausible because they also involve transportation and could have similar ambient sounds like engine noise or announcements, which might confuse listeners. 'Park' is another plausible distractor because it is an outdoor environment that could have background noise, though it would lack the mechanical and announcement sounds typical of a subway. These options are close enough to cause confusion but are distinct upon careful listening.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0029_1.wav\",\"audio/reasoning/I/gf-i-0029_2.wav\",\"audio/reasoning/I/gf-i-0029_3.wav\",\"audio/reasoning/I/gf-i-0029_4.wav\",\"audio/reasoning/I/gf-i-0029_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same acoustic scene: car\\nB. Same acoustic scene: subway\\nC. Same acoustic scene: bus\\nD. Same acoustic scene: park\"}"} |
| {"id": "gf-i-0030", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same acoustic scene: restaurant", "Same acoustic scene: park", "Same acoustic scene: subway", "Same vocal sound: Sigh"], "answer": "Same acoustic scene: restaurant", "answer_label": "A", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same acoustic scene: restaurant\nB. Same acoustic scene: park\nC. Same acoustic scene: subway\nD. Same vocal sound: Sigh", "audio": "audio/reasoning/I/gf-i-0030_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0030_1.wav", "audio/reasoning/I/gf-i-0030_2.wav", "audio/reasoning/I/gf-i-0030_3.wav", "audio/reasoning/I/gf-i-0030_4.wav", "audio/reasoning/I/gf-i-0030_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "30", "legacy_id": "reasoning__induction_dataset_mcq_update__30", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. Same acoustic scene: restaurant\",\"choices\":[\"A. Same acoustic scene: restaurant\",\"B. Same acoustic scene: park\",\"C. Same acoustic scene: subway\",\"D. Same vocal sound: Sigh\"],\"class_label\":\"restaurant\",\"group_id\":30,\"mcq_rationale\":\"The distractors 'subway' and 'park' are plausible because they are also common public environments with background noise, which could confuse listeners who don't pay close attention to the specific sounds of a restaurant (like clinking dishes or chatter). The 'Sigh' distractor is plausible because the clips contain human voices, and someone might mistake the ambient conversation for vocal sounds like sighing if not carefully analyzed.\",\"modality\":\"sound\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0030_1.wav\",\"audio/reasoning/I/gf-i-0030_2.wav\",\"audio/reasoning/I/gf-i-0030_3.wav\",\"audio/reasoning/I/gf-i-0030_4.wav\",\"audio/reasoning/I/gf-i-0030_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same acoustic scene: restaurant\\nB. Same acoustic scene: park\\nC. Same acoustic scene: subway\\nD. Same vocal sound: Sigh\"}"} |
| {"id": "gf-i-0031", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same music genre: folk", "Same music genre: hip-hop", "Same music instrument: brass", "Same music instrument: organ"], "answer": "Same music instrument: organ", "answer_label": "D", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same music genre: folk\nB. Same music genre: hip-hop\nC. Same music instrument: brass\nD. Same music instrument: organ", "audio": "audio/reasoning/I/gf-i-0031_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0031_1.wav", "audio/reasoning/I/gf-i-0031_2.wav", "audio/reasoning/I/gf-i-0031_3.wav", "audio/reasoning/I/gf-i-0031_4.wav", "audio/reasoning/I/gf-i-0031_5.wav"], "num_audio": 5, "duration_s": 20.0, "source_id": "34", "legacy_id": "reasoning__induction_dataset_mcq_update__34", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. Same music instrument: organ\",\"choices\":[\"A. Same music genre: folk\",\"B. Same music genre: hip-hop\",\"C. Same music instrument: brass\",\"D. Same music instrument: organ\"],\"class_label\":\"organ\",\"group_id\":34,\"mcq_rationale\":\"The distractors 'Same music genre: folk' and 'Same music genre: hip-hop' are plausible because listeners might confuse the grouping as being based on genre rather than instrument. 'Same music instrument: brass' is a plausible distractor because brass instruments can produce sustained tones similar to an organ, leading to potential confusion, but it is still incorrect upon careful listening.\",\"modality\":\"music\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0031_1.wav\",\"audio/reasoning/I/gf-i-0031_2.wav\",\"audio/reasoning/I/gf-i-0031_3.wav\",\"audio/reasoning/I/gf-i-0031_4.wav\",\"audio/reasoning/I/gf-i-0031_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Music Instrument Classification\",\"task_id\":\"Music_Instruments_Classfication\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same music genre: folk\\nB. Same music genre: hip-hop\\nC. Same music instrument: brass\\nD. Same music instrument: organ\"}"} |
| {"id": "gf-i-0032", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same music instrument: organ", "Same music genre: folk", "Same music instrument: brass", "Same music genre: hip-hop"], "answer": "Same music instrument: brass", "answer_label": "C", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same music instrument: organ\nB. Same music genre: folk\nC. Same music instrument: brass\nD. Same music genre: hip-hop", "audio": "audio/reasoning/I/gf-i-0032_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0032_1.wav", "audio/reasoning/I/gf-i-0032_2.mp3", "audio/reasoning/I/gf-i-0032_3.wav", "audio/reasoning/I/gf-i-0032_4.wav", "audio/reasoning/I/gf-i-0032_5.wav"], "num_audio": 5, "duration_s": 230.133, "source_id": "36", "legacy_id": "reasoning__induction_dataset_mcq_update__36", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. Same music instrument: brass\",\"choices\":[\"A. Same music instrument: organ\",\"B. Same music genre: folk\",\"C. Same music instrument: brass\",\"D. Same music genre: hip-hop\"],\"class_label\":\"brass\",\"group_id\":36,\"mcq_rationale\":\"The distractors 'Same music genre: folk' and 'Same music genre: hip-hop' are plausible because listeners might confuse the grouping by genre rather than instrument. 'Same music instrument: organ' is also a plausible distractor because both brass and organ instruments can produce sustained, rich tones, potentially confusing listeners who are not paying close attention to the timbre differences.\",\"modality\":\"music\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0032_1.wav\",\"audio/reasoning/I/gf-i-0032_2.mp3\",\"audio/reasoning/I/gf-i-0032_3.wav\",\"audio/reasoning/I/gf-i-0032_4.wav\",\"audio/reasoning/I/gf-i-0032_5.wav\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Music Instrument Classification\",\"task_id\":\"Music_Instruments_Classfication\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same music instrument: organ\\nB. Same music genre: folk\\nC. Same music instrument: brass\\nD. Same music genre: hip-hop\"}"} |
| {"id": "gf-i-0033", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same music genre: folk", "Same music genre: hip-hop", "Same music instrument: organ", "Same music instrument: brass"], "answer": "Same music genre: hip-hop", "answer_label": "B", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same music genre: folk\nB. Same music genre: hip-hop\nC. Same music instrument: organ\nD. Same music instrument: brass", "audio": "audio/reasoning/I/gf-i-0033_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0033_1.mp3", "audio/reasoning/I/gf-i-0033_2.mp3", "audio/reasoning/I/gf-i-0033_3.mp3", "audio/reasoning/I/gf-i-0033_4.mp3", "audio/reasoning/I/gf-i-0033_5.mp3"], "num_audio": 5, "duration_s": 149.961, "source_id": "38", "legacy_id": "reasoning__induction_dataset_mcq_update__38", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. Same music genre: hip-hop\",\"choices\":[\"A. Same music genre: folk\",\"B. Same music genre: hip-hop\",\"C. Same music instrument: organ\",\"D. Same music instrument: brass\"],\"class_label\":\"hip-hop\",\"group_id\":38,\"mcq_rationale\":\"The distractor 'Same music genre: folk' is plausible because both folk and hip-hop can have strong lyrical elements, but careful listening reveals the distinct hip-hop beats and rap style. The distractors 'Same music instrument: brass' and 'Same music instrument: organ' are plausible because hip-hop can sometimes incorporate diverse instruments, but these clips primarily feature typical hip-hop beats and vocals without prominent brass or organ sounds.\",\"modality\":\"music\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0033_1.mp3\",\"audio/reasoning/I/gf-i-0033_2.mp3\",\"audio/reasoning/I/gf-i-0033_3.mp3\",\"audio/reasoning/I/gf-i-0033_4.mp3\",\"audio/reasoning/I/gf-i-0033_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Music Genre Recognition\",\"task_id\":\"Music_Genre_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same music genre: folk\\nB. Same music genre: hip-hop\\nC. Same music instrument: organ\\nD. Same music instrument: brass\"}"} |
| {"id": "gf-i-0034", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Pattern Abstraction", "answer_format": "multiple_choice", "question": "What is the most probable reason these audio samples are grouped together?", "choices": ["Same music genre: hip-hop", "Same music instrument: brass", "Same music instrument: organ", "Same music genre: folk"], "answer": "Same music genre: folk", "answer_label": "D", "prompt": "You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\n\nWhat is the most probable reason these audio samples are grouped together?\n\nSelect the correct answer from the following choices:\nA. Same music genre: hip-hop\nB. Same music instrument: brass\nC. Same music instrument: organ\nD. Same music genre: folk", "audio": "audio/reasoning/I/gf-i-0034_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0034_1.mp3", "audio/reasoning/I/gf-i-0034_2.mp3", "audio/reasoning/I/gf-i-0034_3.mp3", "audio/reasoning/I/gf-i-0034_4.mp3", "audio/reasoning/I/gf-i-0034_5.mp3"], "num_audio": 5, "duration_s": 149.961, "source_id": "41", "legacy_id": "reasoning__induction_dataset_mcq_update__41", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. Same music genre: folk\",\"choices\":[\"A. Same music genre: hip-hop\",\"B. Same music instrument: brass\",\"C. Same music instrument: organ\",\"D. Same music genre: folk\"],\"class_label\":\"folk\",\"group_id\":41,\"mcq_rationale\":\"The distractor 'Same music genre: hip-hop' is plausible because it is another genre that could be confused if one doesn't carefully listen to the acoustic style of the tracks. 'Same music instrument: brass' and 'Same music instrument: organ' are plausible because listeners might focus on specific instrument sounds rather than the overall genre, leading to confusion about the grouping criteria.\",\"modality\":\"music\",\"question\":\"What is the most probable reason these audio samples are grouped together?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0034_1.mp3\",\"audio/reasoning/I/gf-i-0034_2.mp3\",\"audio/reasoning/I/gf-i-0034_3.mp3\",\"audio/reasoning/I/gf-i-0034_4.mp3\",\"audio/reasoning/I/gf-i-0034_5.mp3\"],\"split\":\"induction/pattern_abstraction\",\"sub_task\":\"pattern_abstraction\",\"task\":\"Music Genre Recognition\",\"task_id\":\"Music_Genre_Recognition\",\"text_prompt\":\"You will hear 5 audio clips in a group. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable reason these audio samples are grouped together?\\n\\nSelect the correct answer from the following choices:\\nA. Same music genre: hip-hop\\nB. Same music instrument: brass\\nC. Same music instrument: organ\\nD. Same music genre: folk\"}"} |
| {"id": "gf-i-0035", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as surprised?", "choices": ["IF the speech has a calm tone with smooth and gradual changes in pitch, THEN it is likely to be classified as expressing surprise.", "IF the speech has a slow tempo and drawn-out syllables, THEN it is likely to be classified as expressing surprise.", "If the speech has a sudden rise in pitch, abrupt changes in intonation, and a sharp increase in volume, then it is likely to be classified as expressing surprise.", "IF the speech has a consistent monotone pitch and steady volume, THEN it is likely to be classified as expressing surprise."], "answer": "If the speech has a sudden rise in pitch, abrupt changes in intonation, and a sharp increase in volume, then it is likely to be classified as expressing surprise.", "answer_label": "C", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as surprised?\n\nSelect the correct answer from the following choices:\nA. IF the speech has a calm tone with smooth and gradual changes in pitch, THEN it is likely to be classified as expressing surprise.\nB. IF the speech has a slow tempo and drawn-out syllables, THEN it is likely to be classified as expressing surprise.\nC. If the speech has a sudden rise in pitch, abrupt changes in intonation, and a sharp increase in volume, then it is likely to be classified as expressing surprise.\nD. IF the speech has a consistent monotone pitch and steady volume, THEN it is likely to be classified as expressing surprise.", "audio": "audio/reasoning/I/gf-i-0035_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0035_1.wav", "audio/reasoning/I/gf-i-0035_2.wav", "audio/reasoning/I/gf-i-0035_3.wav", "audio/reasoning/I/gf-i-0035_4.wav", "audio/reasoning/I/gf-i-0035_5.wav"], "num_audio": 5, "duration_s": 14.827, "source_id": "1", "legacy_id": "reasoning__induction_dataset_mcq_update__1", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. If the speech has a sudden rise in pitch, abrupt changes in intonation, and a sharp increase in volume, then it is likely to be classified as expressing surprise.\",\"choices\":[\"A. IF the speech has a calm tone with smooth and gradual changes in pitch, THEN it is likely to be classified as expressing surprise.\",\"B. IF the speech has a slow tempo and drawn-out syllables, THEN it is likely to be classified as expressing surprise.\",\"C. If the speech has a sudden rise in pitch, abrupt changes in intonation, and a sharp increase in volume, then it is likely to be classified as expressing surprise.\",\"D. IF the speech has a consistent monotone pitch and steady volume, THEN it is likely to be classified as expressing surprise.\"],\"class_label\":\"surprised\",\"group_id\":1,\"mcq_rationale\":\"The first distractor is plausible because it describes a stable pitch and volume, which might occur in other emotional states like calmness or neutrality, but not surprise. The second distractor suggests a slow tempo, which can be associated with emotions like sadness or confusion rather than the abrupt nature of surprise. The third distractor mentions a calm tone with gradual pitch changes, which is more indicative of relaxation or contemplation rather than the sharp, sudden changes typical of surprise.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as surprised?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0035_1.wav\",\"audio/reasoning/I/gf-i-0035_2.wav\",\"audio/reasoning/I/gf-i-0035_3.wav\",\"audio/reasoning/I/gf-i-0035_4.wav\",\"audio/reasoning/I/gf-i-0035_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as surprised?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has a calm tone with smooth and gradual changes in pitch, THEN it is likely to be classified as expressing surprise.\\nB. IF the speech has a slow tempo and drawn-out syllables, THEN it is likely to be classified as expressing surprise.\\nC. If the speech has a sudden rise in pitch, abrupt changes in intonation, and a sharp increase in volume, then it is likely to be classified as expressing surprise.\\nD. IF the speech has a consistent monotone pitch and steady volume, THEN it is likely to be classified as expressing surprise.\"}"} |
| {"id": "gf-i-0036", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as happy?", "choices": ["If the speech has a bright pitch, lively intonation, and energetic pacing, then it is likely to be classified as expressing happiness.", "If the speech has a loud volume and fast pacing, then it is likely to be classified as expressing happiness.", "If the speech has a calm pitch, steady intonation, and slow pacing, then it is likely to be classified as expressing happiness.", "If the speech has a neutral pitch with occasional rising tones, then it is likely to be classified as expressing happiness."], "answer": "If the speech has a bright pitch, lively intonation, and energetic pacing, then it is likely to be classified as expressing happiness.", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as happy?\n\nSelect the correct answer from the following choices:\nA. If the speech has a bright pitch, lively intonation, and energetic pacing, then it is likely to be classified as expressing happiness.\nB. If the speech has a loud volume and fast pacing, then it is likely to be classified as expressing happiness.\nC. If the speech has a calm pitch, steady intonation, and slow pacing, then it is likely to be classified as expressing happiness.\nD. If the speech has a neutral pitch with occasional rising tones, then it is likely to be classified as expressing happiness.", "audio": "audio/reasoning/I/gf-i-0036_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0036_1.wav", "audio/reasoning/I/gf-i-0036_2.wav", "audio/reasoning/I/gf-i-0036_3.wav", "audio/reasoning/I/gf-i-0036_4.wav", "audio/reasoning/I/gf-i-0036_5.wav"], "num_audio": 5, "duration_s": 30.277, "source_id": "2", "legacy_id": "reasoning__induction_dataset_mcq_update__2", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. If the speech has a bright pitch, lively intonation, and energetic pacing, then it is likely to be classified as expressing happiness.\",\"choices\":[\"A. If the speech has a bright pitch, lively intonation, and energetic pacing, then it is likely to be classified as expressing happiness.\",\"B. If the speech has a loud volume and fast pacing, then it is likely to be classified as expressing happiness.\",\"C. If the speech has a calm pitch, steady intonation, and slow pacing, then it is likely to be classified as expressing happiness.\",\"D. If the speech has a neutral pitch with occasional rising tones, then it is likely to be classified as expressing happiness.\"],\"class_label\":\"happy\",\"group_id\":2,\"mcq_rationale\":\"The first distractor is plausible because calmness can sometimes be mistaken for positive emotions, but it lacks the energetic and lively qualities typical of happiness. The second distractor focuses on neutral pitch with occasional rising tones, which might suggest mild interest or curiosity but not necessarily happiness. The third distractor overgeneralizes by focusing only on loud volume and fast pacing, which could apply to excitement or urgency rather than specifically happiness.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as happy?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0036_1.wav\",\"audio/reasoning/I/gf-i-0036_2.wav\",\"audio/reasoning/I/gf-i-0036_3.wav\",\"audio/reasoning/I/gf-i-0036_4.wav\",\"audio/reasoning/I/gf-i-0036_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as happy?\\n\\nSelect the correct answer from the following choices:\\nA. If the speech has a bright pitch, lively intonation, and energetic pacing, then it is likely to be classified as expressing happiness.\\nB. If the speech has a loud volume and fast pacing, then it is likely to be classified as expressing happiness.\\nC. If the speech has a calm pitch, steady intonation, and slow pacing, then it is likely to be classified as expressing happiness.\\nD. If the speech has a neutral pitch with occasional rising tones, then it is likely to be classified as expressing happiness.\"}"} |
| {"id": "gf-i-0037", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as angry?", "choices": ["IF the speech has a soft volume but sharp intonation, THEN it is likely to be classified as expressing anger.", "If the speech has a loud volume, sharp and abrupt intonation, and a fast pace, then it is likely to be classified as expressing anger.", "IF the speech has a monotone delivery and steady pace, THEN it is likely to be classified as expressing anger.", "IF the speech has a loud volume and slow, deliberate pacing, THEN it is likely to be classified as expressing anger."], "answer": "If the speech has a loud volume, sharp and abrupt intonation, and a fast pace, then it is likely to be classified as expressing anger.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as angry?\n\nSelect the correct answer from the following choices:\nA. IF the speech has a soft volume but sharp intonation, THEN it is likely to be classified as expressing anger.\nB. If the speech has a loud volume, sharp and abrupt intonation, and a fast pace, then it is likely to be classified as expressing anger.\nC. IF the speech has a monotone delivery and steady pace, THEN it is likely to be classified as expressing anger.\nD. IF the speech has a loud volume and slow, deliberate pacing, THEN it is likely to be classified as expressing anger.", "audio": "audio/reasoning/I/gf-i-0037_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0037_1.wav", "audio/reasoning/I/gf-i-0037_2.wav", "audio/reasoning/I/gf-i-0037_3.wav", "audio/reasoning/I/gf-i-0037_4.wav", "audio/reasoning/I/gf-i-0037_5.wav"], "num_audio": 5, "duration_s": 32.808, "source_id": "3", "legacy_id": "reasoning__induction_dataset_mcq_update__3", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the speech has a loud volume, sharp and abrupt intonation, and a fast pace, then it is likely to be classified as expressing anger.\",\"choices\":[\"A. IF the speech has a soft volume but sharp intonation, THEN it is likely to be classified as expressing anger.\",\"B. If the speech has a loud volume, sharp and abrupt intonation, and a fast pace, then it is likely to be classified as expressing anger.\",\"C. IF the speech has a monotone delivery and steady pace, THEN it is likely to be classified as expressing anger.\",\"D. IF the speech has a loud volume and slow, deliberate pacing, THEN it is likely to be classified as expressing anger.\"],\"class_label\":\"angry\",\"group_id\":3,\"mcq_rationale\":\"The first distractor is plausible because loud volume can sometimes be associated with anger, but slow pacing is more typical of other emotions like sadness or frustration, not anger. The second distractor focuses on sharp intonation but soft volume, which may indicate sarcasm or passive-aggressive tones rather than outright anger. The third distractor mentions monotone delivery and steady pace, which are more characteristic of calm or neutral speech, not anger. Each distractor has some plausible elements but lacks the combination of loudness, sharp intonation, and fast pace that strongly indicates anger.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as angry?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0037_1.wav\",\"audio/reasoning/I/gf-i-0037_2.wav\",\"audio/reasoning/I/gf-i-0037_3.wav\",\"audio/reasoning/I/gf-i-0037_4.wav\",\"audio/reasoning/I/gf-i-0037_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as angry?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has a soft volume but sharp intonation, THEN it is likely to be classified as expressing anger.\\nB. If the speech has a loud volume, sharp and abrupt intonation, and a fast pace, then it is likely to be classified as expressing anger.\\nC. IF the speech has a monotone delivery and steady pace, THEN it is likely to be classified as expressing anger.\\nD. IF the speech has a loud volume and slow, deliberate pacing, THEN it is likely to be classified as expressing anger.\"}"} |
| {"id": "gf-i-0038", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as sad?", "choices": ["IF the speech has a slow pace but high volume, THEN it is likely to be classified as expressing sadness.", "IF the speech has a fast pace and low pitch, THEN it is likely to be classified as expressing sadness.", "IF the speech has a moderate pace and neutral pitch, THEN it is likely to be classified as expressing sadness.", "If the speech has a slow pace, low pitch, and soft volume, then it is likely to be classified as expressing sadness."], "answer": "If the speech has a slow pace, low pitch, and soft volume, then it is likely to be classified as expressing sadness.", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as sad?\n\nSelect the correct answer from the following choices:\nA. IF the speech has a slow pace but high volume, THEN it is likely to be classified as expressing sadness.\nB. IF the speech has a fast pace and low pitch, THEN it is likely to be classified as expressing sadness.\nC. IF the speech has a moderate pace and neutral pitch, THEN it is likely to be classified as expressing sadness.\nD. If the speech has a slow pace, low pitch, and soft volume, then it is likely to be classified as expressing sadness.", "audio": "audio/reasoning/I/gf-i-0038_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0038_1.wav", "audio/reasoning/I/gf-i-0038_2.wav", "audio/reasoning/I/gf-i-0038_3.wav", "audio/reasoning/I/gf-i-0038_4.wav", "audio/reasoning/I/gf-i-0038_5.wav"], "num_audio": 5, "duration_s": 31.148, "source_id": "4", "legacy_id": "reasoning__induction_dataset_mcq_update__4", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. If the speech has a slow pace, low pitch, and soft volume, then it is likely to be classified as expressing sadness.\",\"choices\":[\"A. IF the speech has a slow pace but high volume, THEN it is likely to be classified as expressing sadness.\",\"B. IF the speech has a fast pace and low pitch, THEN it is likely to be classified as expressing sadness.\",\"C. IF the speech has a moderate pace and neutral pitch, THEN it is likely to be classified as expressing sadness.\",\"D. If the speech has a slow pace, low pitch, and soft volume, then it is likely to be classified as expressing sadness.\"],\"class_label\":\"sad\",\"group_id\":4,\"mcq_rationale\":\"The first distractor is plausible because a moderate pace and neutral pitch might still sound calm or subdued, but it lacks the distinct slowness and low pitch typical of sadness. The second distractor focuses on slow pace but incorrectly pairs it with high volume, which is more typical of anger or emphasis rather than sadness. The third distractor uses low pitch but combines it with fast pace, which is more often associated with urgency or anxiety, not sadness.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as sad?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0038_1.wav\",\"audio/reasoning/I/gf-i-0038_2.wav\",\"audio/reasoning/I/gf-i-0038_3.wav\",\"audio/reasoning/I/gf-i-0038_4.wav\",\"audio/reasoning/I/gf-i-0038_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as sad?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has a slow pace but high volume, THEN it is likely to be classified as expressing sadness.\\nB. IF the speech has a fast pace and low pitch, THEN it is likely to be classified as expressing sadness.\\nC. IF the speech has a moderate pace and neutral pitch, THEN it is likely to be classified as expressing sadness.\\nD. If the speech has a slow pace, low pitch, and soft volume, then it is likely to be classified as expressing sadness.\"}"} |
| {"id": "gf-i-0039", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as disgusted?", "choices": ["IF the speech has a soft, hesitant tone with frequent pauses, THEN it is likely to be classified as expressing disgust.", "IF the speech has a loud, exaggerated tone with a lot of emphasis on certain words, THEN it is likely to be classified as expressing disgust.", "If the speech has a sharp, tense tone with noticeable harshness or clipped delivery, then it is likely to be classified as expressing disgust.", "IF the speech has a slow, drawn-out tone with a monotone delivery, THEN it is likely to be classified as expressing disgust."], "answer": "If the speech has a sharp, tense tone with noticeable harshness or clipped delivery, then it is likely to be classified as expressing disgust.", "answer_label": "C", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as disgusted?\n\nSelect the correct answer from the following choices:\nA. IF the speech has a soft, hesitant tone with frequent pauses, THEN it is likely to be classified as expressing disgust.\nB. IF the speech has a loud, exaggerated tone with a lot of emphasis on certain words, THEN it is likely to be classified as expressing disgust.\nC. If the speech has a sharp, tense tone with noticeable harshness or clipped delivery, then it is likely to be classified as expressing disgust.\nD. IF the speech has a slow, drawn-out tone with a monotone delivery, THEN it is likely to be classified as expressing disgust.", "audio": "audio/reasoning/I/gf-i-0039_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0039_1.wav", "audio/reasoning/I/gf-i-0039_2.wav", "audio/reasoning/I/gf-i-0039_3.wav", "audio/reasoning/I/gf-i-0039_4.wav", "audio/reasoning/I/gf-i-0039_5.wav"], "num_audio": 5, "duration_s": 19.285, "source_id": "5", "legacy_id": "reasoning__induction_dataset_mcq_update__5", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. If the speech has a sharp, tense tone with noticeable harshness or clipped delivery, then it is likely to be classified as expressing disgust.\",\"choices\":[\"A. IF the speech has a soft, hesitant tone with frequent pauses, THEN it is likely to be classified as expressing disgust.\",\"B. IF the speech has a loud, exaggerated tone with a lot of emphasis on certain words, THEN it is likely to be classified as expressing disgust.\",\"C. If the speech has a sharp, tense tone with noticeable harshness or clipped delivery, then it is likely to be classified as expressing disgust.\",\"D. IF the speech has a slow, drawn-out tone with a monotone delivery, THEN it is likely to be classified as expressing disgust.\"],\"class_label\":\"disgusted\",\"group_id\":5,\"mcq_rationale\":\"The first distractor is plausible because slow, monotone speech can sometimes indicate boredom or disdain, but it doesn't match the sharp, tense tone typical of disgust. The second distractor is plausible because hesitation and pauses can suggest discomfort, but this is more aligned with nervousness or uncertainty rather than disgust. The third distractor is plausible because loud and exaggerated speech can indicate strong emotion, but it is more likely to be associated with anger or excitement rather than disgust.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as disgusted?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0039_1.wav\",\"audio/reasoning/I/gf-i-0039_2.wav\",\"audio/reasoning/I/gf-i-0039_3.wav\",\"audio/reasoning/I/gf-i-0039_4.wav\",\"audio/reasoning/I/gf-i-0039_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as disgusted?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has a soft, hesitant tone with frequent pauses, THEN it is likely to be classified as expressing disgust.\\nB. IF the speech has a loud, exaggerated tone with a lot of emphasis on certain words, THEN it is likely to be classified as expressing disgust.\\nC. If the speech has a sharp, tense tone with noticeable harshness or clipped delivery, then it is likely to be classified as expressing disgust.\\nD. IF the speech has a slow, drawn-out tone with a monotone delivery, THEN it is likely to be classified as expressing disgust.\"}"} |
| {"id": "gf-i-0040", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as fearful?", "choices": ["IF the speech has rapid talking speed and loud volume, THEN it is likely to be classified as expressing fear.", "If the speech has a trembling or shaky voice, irregular breathing, and a higher pitch than usual, then it is likely to be classified as expressing fear.", "IF the speech has a calm tone and steady breathing, THEN it is likely to be classified as expressing fear.", "IF the speech has a monotone voice and slow delivery, THEN it is likely to be classified as expressing fear."], "answer": "If the speech has a trembling or shaky voice, irregular breathing, and a higher pitch than usual, then it is likely to be classified as expressing fear.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as fearful?\n\nSelect the correct answer from the following choices:\nA. IF the speech has rapid talking speed and loud volume, THEN it is likely to be classified as expressing fear.\nB. If the speech has a trembling or shaky voice, irregular breathing, and a higher pitch than usual, then it is likely to be classified as expressing fear.\nC. IF the speech has a calm tone and steady breathing, THEN it is likely to be classified as expressing fear.\nD. IF the speech has a monotone voice and slow delivery, THEN it is likely to be classified as expressing fear.", "audio": "audio/reasoning/I/gf-i-0040_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0040_1.wav", "audio/reasoning/I/gf-i-0040_2.wav", "audio/reasoning/I/gf-i-0040_3.wav", "audio/reasoning/I/gf-i-0040_4.wav", "audio/reasoning/I/gf-i-0040_5.wav"], "num_audio": 5, "duration_s": 12.928, "source_id": "6", "legacy_id": "reasoning__induction_dataset_mcq_update__6", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the speech has a trembling or shaky voice, irregular breathing, and a higher pitch than usual, then it is likely to be classified as expressing fear.\",\"choices\":[\"A. IF the speech has rapid talking speed and loud volume, THEN it is likely to be classified as expressing fear.\",\"B. If the speech has a trembling or shaky voice, irregular breathing, and a higher pitch than usual, then it is likely to be classified as expressing fear.\",\"C. IF the speech has a calm tone and steady breathing, THEN it is likely to be classified as expressing fear.\",\"D. IF the speech has a monotone voice and slow delivery, THEN it is likely to be classified as expressing fear.\"],\"class_label\":\"fearful\",\"group_id\":6,\"mcq_rationale\":\"The first distractor rule is plausible because monotone voices can sometimes be confused with nervousness, but they lack the trembling or shaky quality typical of fear. The second distractor focuses on rapid speech and loud volume, which can be associated with excitement or urgency, but not fear. The third distractor describes a calm tone and steady breathing, which is the opposite of fearful speech, but could mislead someone who isn’t paying attention to the emotional cues.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as fearful?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0040_1.wav\",\"audio/reasoning/I/gf-i-0040_2.wav\",\"audio/reasoning/I/gf-i-0040_3.wav\",\"audio/reasoning/I/gf-i-0040_4.wav\",\"audio/reasoning/I/gf-i-0040_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Emotion Recognition\",\"task_id\":\"Speaker_Emotion_Recontion\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as fearful?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has rapid talking speed and loud volume, THEN it is likely to be classified as expressing fear.\\nB. If the speech has a trembling or shaky voice, irregular breathing, and a higher pitch than usual, then it is likely to be classified as expressing fear.\\nC. IF the speech has a calm tone and steady breathing, THEN it is likely to be classified as expressing fear.\\nD. IF the speech has a monotone voice and slow delivery, THEN it is likely to be classified as expressing fear.\"}"} |
| {"id": "gf-i-0041", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as male?", "choices": ["IF the speech is louder and more projected in volume THEN male speakers.", "IF the speech has a slower tempo and deliberate pacing THEN male speakers.", "IF the speech has a steady and clear articulation with minimal vocal fry THEN male speakers.", "IF the speech is characterized by a generally lower fundamental pitch and a fuller lower-frequency vocal resonance THEN male speakers"], "answer": "IF the speech is characterized by a generally lower fundamental pitch and a fuller lower-frequency vocal resonance THEN male speakers", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as male?\n\nSelect the correct answer from the following choices:\nA. IF the speech is louder and more projected in volume THEN male speakers.\nB. IF the speech has a slower tempo and deliberate pacing THEN male speakers.\nC. IF the speech has a steady and clear articulation with minimal vocal fry THEN male speakers.\nD. IF the speech is characterized by a generally lower fundamental pitch and a fuller lower-frequency vocal resonance THEN male speakers", "audio": "audio/reasoning/I/gf-i-0041_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0041_1.mp3", "audio/reasoning/I/gf-i-0041_2.wav", "audio/reasoning/I/gf-i-0041_3.mp3", "audio/reasoning/I/gf-i-0041_4.mp3", "audio/reasoning/I/gf-i-0041_5.mp3"], "num_audio": 5, "duration_s": 30.953, "source_id": "7", "legacy_id": "reasoning__induction_dataset_mcq_update__7", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. IF the speech is characterized by a generally lower fundamental pitch and a fuller lower-frequency vocal resonance THEN male speakers\",\"choices\":[\"A. IF the speech is louder and more projected in volume THEN male speakers.\",\"B. IF the speech has a slower tempo and deliberate pacing THEN male speakers.\",\"C. IF the speech has a steady and clear articulation with minimal vocal fry THEN male speakers.\",\"D. IF the speech is characterized by a generally lower fundamental pitch and a fuller lower-frequency vocal resonance THEN male speakers\"],\"class_label\":\"male\",\"group_id\":7,\"mcq_rationale\":\"The first distractor is plausible because both male and female speakers can have clear articulation, but it doesn't directly correlate with gender. The second distractor focuses on tempo, which varies widely among individuals regardless of gender. The third distractor emphasizes volume, which is not a reliable indicator of male or female speakers, as both can speak loudly or softly. The correct rule, focusing on lower pitch and fuller resonance, is the most discriminative for identifying male speakers.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as male?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0041_1.mp3\",\"audio/reasoning/I/gf-i-0041_2.wav\",\"audio/reasoning/I/gf-i-0041_3.mp3\",\"audio/reasoning/I/gf-i-0041_4.mp3\",\"audio/reasoning/I/gf-i-0041_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as male?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech is louder and more projected in volume THEN male speakers.\\nB. IF the speech has a slower tempo and deliberate pacing THEN male speakers.\\nC. IF the speech has a steady and clear articulation with minimal vocal fry THEN male speakers.\\nD. IF the speech is characterized by a generally lower fundamental pitch and a fuller lower-frequency vocal resonance THEN male speakers\"}"} |
| {"id": "gf-i-0042", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as male?", "choices": ["IF the voice has a rough or hoarse texture THEN it is likely to be classified as coming from a male speaker.", "If the voice has a lower pitch range and a deeper tonal quality, then it is likely to be classified as coming from a male speaker.", "IF the speech has a faster speaking rate THEN it is likely to be classified as coming from a male speaker.", "IF the speaker uses more formal or factual language THEN it is likely to be classified as coming from a male speaker."], "answer": "If the voice has a lower pitch range and a deeper tonal quality, then it is likely to be classified as coming from a male speaker.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as male?\n\nSelect the correct answer from the following choices:\nA. IF the voice has a rough or hoarse texture THEN it is likely to be classified as coming from a male speaker.\nB. If the voice has a lower pitch range and a deeper tonal quality, then it is likely to be classified as coming from a male speaker.\nC. IF the speech has a faster speaking rate THEN it is likely to be classified as coming from a male speaker.\nD. IF the speaker uses more formal or factual language THEN it is likely to be classified as coming from a male speaker.", "audio": "audio/reasoning/I/gf-i-0042_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0042_1.mp3", "audio/reasoning/I/gf-i-0042_2.mp3", "audio/reasoning/I/gf-i-0042_3.mp3", "audio/reasoning/I/gf-i-0042_4.mp3", "audio/reasoning/I/gf-i-0042_5.mp3"], "num_audio": 5, "duration_s": 24.088, "source_id": "8", "legacy_id": "reasoning__induction_dataset_mcq_update__8", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the voice has a lower pitch range and a deeper tonal quality, then it is likely to be classified as coming from a male speaker.\",\"choices\":[\"A. IF the voice has a rough or hoarse texture THEN it is likely to be classified as coming from a male speaker.\",\"B. If the voice has a lower pitch range and a deeper tonal quality, then it is likely to be classified as coming from a male speaker.\",\"C. IF the speech has a faster speaking rate THEN it is likely to be classified as coming from a male speaker.\",\"D. IF the speaker uses more formal or factual language THEN it is likely to be classified as coming from a male speaker.\"],\"class_label\":\"male\",\"group_id\":8,\"mcq_rationale\":\"The first distractor is plausible because male speakers can sometimes have a faster speaking rate, but this is not a reliable indicator of gender. The second distractor focuses on voice texture, which can vary widely among both males and females, making it a weaker rule. The third distractor relies on content and language style, which is not a reliable acoustic property for gender classification.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as male?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0042_1.mp3\",\"audio/reasoning/I/gf-i-0042_2.mp3\",\"audio/reasoning/I/gf-i-0042_3.mp3\",\"audio/reasoning/I/gf-i-0042_4.mp3\",\"audio/reasoning/I/gf-i-0042_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as male?\\n\\nSelect the correct answer from the following choices:\\nA. IF the voice has a rough or hoarse texture THEN it is likely to be classified as coming from a male speaker.\\nB. If the voice has a lower pitch range and a deeper tonal quality, then it is likely to be classified as coming from a male speaker.\\nC. IF the speech has a faster speaking rate THEN it is likely to be classified as coming from a male speaker.\\nD. IF the speaker uses more formal or factual language THEN it is likely to be classified as coming from a male speaker.\"}"} |
| {"id": "gf-i-0043", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as male?", "choices": ["If the speech has a slower tempo and more pauses, then it is likely to be classified as coming from a male speaker.", "If the speech contains more monotone or less intonation variation, then it is likely to be classified as coming from a male speaker.", "If the voice has a rougher or breathier timbre, then it is likely to be classified as coming from a male speaker.", "If the vocal pitch is generally low and the formant frequencies are spaced in a way typical of longer vocal tracts, then it is likely to be classified as coming from a male speaker."], "answer": "If the vocal pitch is generally low and the formant frequencies are spaced in a way typical of longer vocal tracts, then it is likely to be classified as coming from a male speaker.", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as male?\n\nSelect the correct answer from the following choices:\nA. If the speech has a slower tempo and more pauses, then it is likely to be classified as coming from a male speaker.\nB. If the speech contains more monotone or less intonation variation, then it is likely to be classified as coming from a male speaker.\nC. If the voice has a rougher or breathier timbre, then it is likely to be classified as coming from a male speaker.\nD. If the vocal pitch is generally low and the formant frequencies are spaced in a way typical of longer vocal tracts, then it is likely to be classified as coming from a male speaker.", "audio": "audio/reasoning/I/gf-i-0043_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0043_1.mp3", "audio/reasoning/I/gf-i-0043_2.mp3", "audio/reasoning/I/gf-i-0043_3.mp3", "audio/reasoning/I/gf-i-0043_4.wav", "audio/reasoning/I/gf-i-0043_5.mp3"], "num_audio": 5, "duration_s": 35.682, "source_id": "9", "legacy_id": "reasoning__induction_dataset_mcq_update__9", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. If the vocal pitch is generally low and the formant frequencies are spaced in a way typical of longer vocal tracts, then it is likely to be classified as coming from a male speaker.\",\"choices\":[\"A. If the speech has a slower tempo and more pauses, then it is likely to be classified as coming from a male speaker.\",\"B. If the speech contains more monotone or less intonation variation, then it is likely to be classified as coming from a male speaker.\",\"C. If the voice has a rougher or breathier timbre, then it is likely to be classified as coming from a male speaker.\",\"D. If the vocal pitch is generally low and the formant frequencies are spaced in a way typical of longer vocal tracts, then it is likely to be classified as coming from a male speaker.\"],\"class_label\":\"male\",\"group_id\":9,\"mcq_rationale\":\"The first distractor is plausible because slower tempo and more pauses can sometimes be associated with male speakers, but it is not a reliable indicator. The second distractor focuses on timbre, which can vary widely among both male and female speakers, making it an insufficient rule. The third distractor overgeneralizes by focusing on monotone delivery, which is not exclusive to male speakers and can occur in both genders depending on speaking style or context.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as male?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0043_1.mp3\",\"audio/reasoning/I/gf-i-0043_2.mp3\",\"audio/reasoning/I/gf-i-0043_3.mp3\",\"audio/reasoning/I/gf-i-0043_4.wav\",\"audio/reasoning/I/gf-i-0043_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as male?\\n\\nSelect the correct answer from the following choices:\\nA. If the speech has a slower tempo and more pauses, then it is likely to be classified as coming from a male speaker.\\nB. If the speech contains more monotone or less intonation variation, then it is likely to be classified as coming from a male speaker.\\nC. If the voice has a rougher or breathier timbre, then it is likely to be classified as coming from a male speaker.\\nD. If the vocal pitch is generally low and the formant frequencies are spaced in a way typical of longer vocal tracts, then it is likely to be classified as coming from a male speaker.\"}"} |
| {"id": "gf-i-0044", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as female?", "choices": ["IF the speech has more emotional expressiveness and varied intonation, THEN it is likely to be classified as coming from female speakers.", "If the speech has a higher pitch range, softer timbre, and more formant dispersion, then it is likely to be classified as coming from female speakers.", "IF the speech has a slower speaking rate and longer pauses, THEN it is likely to be classified as coming from female speakers.", "IF the speech has a higher intensity and louder volume, THEN it is likely to be classified as coming from female speakers."], "answer": "If the speech has a higher pitch range, softer timbre, and more formant dispersion, then it is likely to be classified as coming from female speakers.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as female?\n\nSelect the correct answer from the following choices:\nA. IF the speech has more emotional expressiveness and varied intonation, THEN it is likely to be classified as coming from female speakers.\nB. If the speech has a higher pitch range, softer timbre, and more formant dispersion, then it is likely to be classified as coming from female speakers.\nC. IF the speech has a slower speaking rate and longer pauses, THEN it is likely to be classified as coming from female speakers.\nD. IF the speech has a higher intensity and louder volume, THEN it is likely to be classified as coming from female speakers.", "audio": "audio/reasoning/I/gf-i-0044_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0044_1.mp3", "audio/reasoning/I/gf-i-0044_2.wav", "audio/reasoning/I/gf-i-0044_3.wav", "audio/reasoning/I/gf-i-0044_4.mp3", "audio/reasoning/I/gf-i-0044_5.wav"], "num_audio": 5, "duration_s": 18.681, "source_id": "10", "legacy_id": "reasoning__induction_dataset_mcq_update__10", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the speech has a higher pitch range, softer timbre, and more formant dispersion, then it is likely to be classified as coming from female speakers.\",\"choices\":[\"A. IF the speech has more emotional expressiveness and varied intonation, THEN it is likely to be classified as coming from female speakers.\",\"B. If the speech has a higher pitch range, softer timbre, and more formant dispersion, then it is likely to be classified as coming from female speakers.\",\"C. IF the speech has a slower speaking rate and longer pauses, THEN it is likely to be classified as coming from female speakers.\",\"D. IF the speech has a higher intensity and louder volume, THEN it is likely to be classified as coming from female speakers.\"],\"class_label\":\"female\",\"group_id\":10,\"mcq_rationale\":\"The first distractor focuses on speaking rate and pauses, which can vary widely among both male and female speakers, making it a weaker indicator. The second distractor focuses on volume and intensity, which are not reliable gender cues since both males and females can speak loudly or softly. The third distractor mentions emotional expressiveness and intonation, which can be present in both genders and is not a dominant acoustic cue for gender classification. The correct rule is more discriminative because it focuses on pitch, timbre, and formant dispersion, which are more reliable indicators of female voices.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as female?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0044_1.mp3\",\"audio/reasoning/I/gf-i-0044_2.wav\",\"audio/reasoning/I/gf-i-0044_3.wav\",\"audio/reasoning/I/gf-i-0044_4.mp3\",\"audio/reasoning/I/gf-i-0044_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as female?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has more emotional expressiveness and varied intonation, THEN it is likely to be classified as coming from female speakers.\\nB. If the speech has a higher pitch range, softer timbre, and more formant dispersion, then it is likely to be classified as coming from female speakers.\\nC. IF the speech has a slower speaking rate and longer pauses, THEN it is likely to be classified as coming from female speakers.\\nD. IF the speech has a higher intensity and louder volume, THEN it is likely to be classified as coming from female speakers.\"}"} |
| {"id": "gf-i-0045", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as female?", "choices": ["IF the speech has more pauses and hesitations THEN it is likely to be classified as coming from female speakers.", "IF the speech has softer volume and quieter delivery THEN it is likely to be classified as coming from female speakers.", "If the speech has a higher pitch and a more melodic intonation pattern, then it is likely to be classified as coming from female speakers.", "IF the speech has a slower speaking rate THEN it is likely to be classified as coming from female speakers."], "answer": "If the speech has a higher pitch and a more melodic intonation pattern, then it is likely to be classified as coming from female speakers.", "answer_label": "C", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as female?\n\nSelect the correct answer from the following choices:\nA. IF the speech has more pauses and hesitations THEN it is likely to be classified as coming from female speakers.\nB. IF the speech has softer volume and quieter delivery THEN it is likely to be classified as coming from female speakers.\nC. If the speech has a higher pitch and a more melodic intonation pattern, then it is likely to be classified as coming from female speakers.\nD. IF the speech has a slower speaking rate THEN it is likely to be classified as coming from female speakers.", "audio": "audio/reasoning/I/gf-i-0045_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0045_1.mp3", "audio/reasoning/I/gf-i-0045_2.wav", "audio/reasoning/I/gf-i-0045_3.wav", "audio/reasoning/I/gf-i-0045_4.wav", "audio/reasoning/I/gf-i-0045_5.wav"], "num_audio": 5, "duration_s": 16.062, "source_id": "11", "legacy_id": "reasoning__induction_dataset_mcq_update__11", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. If the speech has a higher pitch and a more melodic intonation pattern, then it is likely to be classified as coming from female speakers.\",\"choices\":[\"A. IF the speech has more pauses and hesitations THEN it is likely to be classified as coming from female speakers.\",\"B. IF the speech has softer volume and quieter delivery THEN it is likely to be classified as coming from female speakers.\",\"C. If the speech has a higher pitch and a more melodic intonation pattern, then it is likely to be classified as coming from female speakers.\",\"D. IF the speech has a slower speaking rate THEN it is likely to be classified as coming from female speakers.\"],\"class_label\":\"female\",\"group_id\":11,\"mcq_rationale\":\"The first distractor is plausible because some people may associate slower speaking rates with certain gendered speech patterns, but this is not a reliable indicator. The second distractor focuses on volume, which can vary widely among both male and female speakers and is not a dominant cue for gender classification. The third distractor points to pauses and hesitations, which can occur in any speaker regardless of gender and do not reliably indicate female speakers. The correct rule about pitch and melodic intonation is more discriminative and widely supported by acoustic research on gender differences in speech.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as female?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0045_1.mp3\",\"audio/reasoning/I/gf-i-0045_2.wav\",\"audio/reasoning/I/gf-i-0045_3.wav\",\"audio/reasoning/I/gf-i-0045_4.wav\",\"audio/reasoning/I/gf-i-0045_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as female?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has more pauses and hesitations THEN it is likely to be classified as coming from female speakers.\\nB. IF the speech has softer volume and quieter delivery THEN it is likely to be classified as coming from female speakers.\\nC. If the speech has a higher pitch and a more melodic intonation pattern, then it is likely to be classified as coming from female speakers.\\nD. IF the speech has a slower speaking rate THEN it is likely to be classified as coming from female speakers.\"}"} |
| {"id": "gf-i-0046", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as female?", "choices": ["If the vocal pitch is generally higher and the formant frequencies are spaced more widely, then it is likely to be classified as coming from female speakers.", "If the speech contains more polite or gentle language, then it is likely to be classified as female.", "If the speech has more pauses and a slower rate of speaking, then it is likely to be classified as female.", "If the speech is softer and more emotional in tone, then it is likely to be classified as female."], "answer": "If the vocal pitch is generally higher and the formant frequencies are spaced more widely, then it is likely to be classified as coming from female speakers.", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as female?\n\nSelect the correct answer from the following choices:\nA. If the vocal pitch is generally higher and the formant frequencies are spaced more widely, then it is likely to be classified as coming from female speakers.\nB. If the speech contains more polite or gentle language, then it is likely to be classified as female.\nC. If the speech has more pauses and a slower rate of speaking, then it is likely to be classified as female.\nD. If the speech is softer and more emotional in tone, then it is likely to be classified as female.", "audio": "audio/reasoning/I/gf-i-0046_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0046_1.wav", "audio/reasoning/I/gf-i-0046_2.wav", "audio/reasoning/I/gf-i-0046_3.mp3", "audio/reasoning/I/gf-i-0046_4.mp3", "audio/reasoning/I/gf-i-0046_5.wav"], "num_audio": 5, "duration_s": 27.053, "source_id": "12", "legacy_id": "reasoning__induction_dataset_mcq_update__12", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. If the vocal pitch is generally higher and the formant frequencies are spaced more widely, then it is likely to be classified as coming from female speakers.\",\"choices\":[\"A. If the vocal pitch is generally higher and the formant frequencies are spaced more widely, then it is likely to be classified as coming from female speakers.\",\"B. If the speech contains more polite or gentle language, then it is likely to be classified as female.\",\"C. If the speech has more pauses and a slower rate of speaking, then it is likely to be classified as female.\",\"D. If the speech is softer and more emotional in tone, then it is likely to be classified as female.\"],\"class_label\":\"female\",\"group_id\":12,\"mcq_rationale\":\"The first distractor is plausible because female voices are often stereotyped as softer or more emotional, but this is not a reliable acoustic property. The second distractor focuses on speech rate and pauses, which can vary by individual and context, not by gender. The third distractor relies on language content (politeness or gentleness), which is a social stereotype and not a consistent acoustic feature. All three distractors are weaker or incorrect compared to the correct rule, which focuses on measurable acoustic properties like pitch and formant frequencies.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as female?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0046_1.wav\",\"audio/reasoning/I/gf-i-0046_2.wav\",\"audio/reasoning/I/gf-i-0046_3.mp3\",\"audio/reasoning/I/gf-i-0046_4.mp3\",\"audio/reasoning/I/gf-i-0046_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Gender Recognition\",\"task_id\":\"Speaker_Gender_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as female?\\n\\nSelect the correct answer from the following choices:\\nA. If the vocal pitch is generally higher and the formant frequencies are spaced more widely, then it is likely to be classified as coming from female speakers.\\nB. If the speech contains more polite or gentle language, then it is likely to be classified as female.\\nC. If the speech has more pauses and a slower rate of speaking, then it is likely to be classified as female.\\nD. If the speech is softer and more emotional in tone, then it is likely to be classified as female.\"}"} |
| {"id": "gf-i-0047", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as teens to twenties?", "choices": ["If the speech has a relatively high pitch, smooth and clear articulation, and a lack of vocal strain, then it is likely to be classified as belonging to the teens to twenties age group.", "IF the speech has clear articulation but noticeable vocal strain, THEN it is likely to be classified as belonging to the teens to twenties age group.", "IF the speech has a moderate pitch and a slightly slower speaking rate, THEN it is likely to be classified as belonging to the teens to twenties age group.", "IF the speech has a high pitch and frequent pauses, THEN it is likely to be classified as belonging to the teens to twenties age group."], "answer": "If the speech has a relatively high pitch, smooth and clear articulation, and a lack of vocal strain, then it is likely to be classified as belonging to the teens to twenties age group.", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as teens to twenties?\n\nSelect the correct answer from the following choices:\nA. If the speech has a relatively high pitch, smooth and clear articulation, and a lack of vocal strain, then it is likely to be classified as belonging to the teens to twenties age group.\nB. IF the speech has clear articulation but noticeable vocal strain, THEN it is likely to be classified as belonging to the teens to twenties age group.\nC. IF the speech has a moderate pitch and a slightly slower speaking rate, THEN it is likely to be classified as belonging to the teens to twenties age group.\nD. IF the speech has a high pitch and frequent pauses, THEN it is likely to be classified as belonging to the teens to twenties age group.", "audio": "audio/reasoning/I/gf-i-0047_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0047_1.mp3", "audio/reasoning/I/gf-i-0047_2.mp3", "audio/reasoning/I/gf-i-0047_3.mp3", "audio/reasoning/I/gf-i-0047_4.mp3", "audio/reasoning/I/gf-i-0047_5.mp3"], "num_audio": 5, "duration_s": 37.949, "source_id": "13", "legacy_id": "reasoning__induction_dataset_mcq_update__13", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. If the speech has a relatively high pitch, smooth and clear articulation, and a lack of vocal strain, then it is likely to be classified as belonging to the teens to twenties age group.\",\"choices\":[\"A. If the speech has a relatively high pitch, smooth and clear articulation, and a lack of vocal strain, then it is likely to be classified as belonging to the teens to twenties age group.\",\"B. IF the speech has clear articulation but noticeable vocal strain, THEN it is likely to be classified as belonging to the teens to twenties age group.\",\"C. IF the speech has a moderate pitch and a slightly slower speaking rate, THEN it is likely to be classified as belonging to the teens to twenties age group.\",\"D. IF the speech has a high pitch and frequent pauses, THEN it is likely to be classified as belonging to the teens to twenties age group.\"],\"class_label\":\"teens to twenties\",\"group_id\":13,\"mcq_rationale\":\"The first distractor is plausible because moderate pitch and slower speaking rate can sometimes be associated with younger speakers, but it’s less specific than the correct rule. The second distractor introduces vocal strain, which is more common in older speakers or those with vocal fatigue, making it a weaker indicator of a younger age group. The third distractor uses high pitch, which is a valid cue for younger speakers, but frequent pauses are more typical of older or less confident speakers, making it less discriminative for teens to twenties.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as teens to twenties?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0047_1.mp3\",\"audio/reasoning/I/gf-i-0047_2.mp3\",\"audio/reasoning/I/gf-i-0047_3.mp3\",\"audio/reasoning/I/gf-i-0047_4.mp3\",\"audio/reasoning/I/gf-i-0047_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as teens to twenties?\\n\\nSelect the correct answer from the following choices:\\nA. If the speech has a relatively high pitch, smooth and clear articulation, and a lack of vocal strain, then it is likely to be classified as belonging to the teens to twenties age group.\\nB. IF the speech has clear articulation but noticeable vocal strain, THEN it is likely to be classified as belonging to the teens to twenties age group.\\nC. IF the speech has a moderate pitch and a slightly slower speaking rate, THEN it is likely to be classified as belonging to the teens to twenties age group.\\nD. IF the speech has a high pitch and frequent pauses, THEN it is likely to be classified as belonging to the teens to twenties age group.\"}"} |
| {"id": "gf-i-0048", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as thirties to forties?", "choices": ["IF the speech has a monotone delivery with minimal pitch variation and flat articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.", "If the speech has a mature yet still relatively smooth vocal tone, with clear articulation and moderate pitch variation, then it is likely to be classified as belonging to the thirties to forties age group.", "IF the speech has a youthful and high-pitched vocal tone with rapid articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.", "IF the speech has a very deep and rough vocal tone with slow articulation, THEN it is likely to be classified as belonging to the thirties to forties age group."], "answer": "If the speech has a mature yet still relatively smooth vocal tone, with clear articulation and moderate pitch variation, then it is likely to be classified as belonging to the thirties to forties age group.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as thirties to forties?\n\nSelect the correct answer from the following choices:\nA. IF the speech has a monotone delivery with minimal pitch variation and flat articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\nB. If the speech has a mature yet still relatively smooth vocal tone, with clear articulation and moderate pitch variation, then it is likely to be classified as belonging to the thirties to forties age group.\nC. IF the speech has a youthful and high-pitched vocal tone with rapid articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\nD. IF the speech has a very deep and rough vocal tone with slow articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.", "audio": "audio/reasoning/I/gf-i-0048_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0048_1.mp3", "audio/reasoning/I/gf-i-0048_2.mp3", "audio/reasoning/I/gf-i-0048_3.mp3", "audio/reasoning/I/gf-i-0048_4.mp3", "audio/reasoning/I/gf-i-0048_5.mp3"], "num_audio": 5, "duration_s": 21.063, "source_id": "14", "legacy_id": "reasoning__induction_dataset_mcq_update__14", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the speech has a mature yet still relatively smooth vocal tone, with clear articulation and moderate pitch variation, then it is likely to be classified as belonging to the thirties to forties age group.\",\"choices\":[\"A. IF the speech has a monotone delivery with minimal pitch variation and flat articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\",\"B. If the speech has a mature yet still relatively smooth vocal tone, with clear articulation and moderate pitch variation, then it is likely to be classified as belonging to the thirties to forties age group.\",\"C. IF the speech has a youthful and high-pitched vocal tone with rapid articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\",\"D. IF the speech has a very deep and rough vocal tone with slow articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\"],\"class_label\":\"thirties to fourties\",\"group_id\":14,\"mcq_rationale\":\"The first distractor is plausible because a deeper and rougher tone might suggest maturity, but it is more indicative of an older age group, not the thirties to forties range. The second distractor is plausible because a youthful tone might mislead listeners into thinking it could belong to someone in their thirties, but it is more characteristic of a younger age group. The third distractor is plausible because monotone delivery can occur at any age, but it lacks the moderate pitch variation and smoothness that typically characterizes the thirties to forties group.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as thirties to forties?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0048_1.mp3\",\"audio/reasoning/I/gf-i-0048_2.mp3\",\"audio/reasoning/I/gf-i-0048_3.mp3\",\"audio/reasoning/I/gf-i-0048_4.mp3\",\"audio/reasoning/I/gf-i-0048_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as thirties to forties?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has a monotone delivery with minimal pitch variation and flat articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\\nB. If the speech has a mature yet still relatively smooth vocal tone, with clear articulation and moderate pitch variation, then it is likely to be classified as belonging to the thirties to forties age group.\\nC. IF the speech has a youthful and high-pitched vocal tone with rapid articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\\nD. IF the speech has a very deep and rough vocal tone with slow articulation, THEN it is likely to be classified as belonging to the thirties to forties age group.\"}"} |
| {"id": "gf-i-0049", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as fifties to sixties?", "choices": ["If the speech has a higher pitch and faster tempo, then it is likely to be classified as belonging to the fifties to sixties age group.", "If the speech contains frequent pauses and hesitations, then it is likely to be classified as belonging to the fifties to sixties age group.", "If the speech has a slower pace, slightly lower pitch, and more deliberate articulation, then it is likely to be classified as belonging to the fifties to sixties age group.", "If the speech has a monotone delivery and lacks emotional variation, then it is likely to be classified as belonging to the fifties to sixties age group."], "answer": "If the speech has a slower pace, slightly lower pitch, and more deliberate articulation, then it is likely to be classified as belonging to the fifties to sixties age group.", "answer_label": "C", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as fifties to sixties?\n\nSelect the correct answer from the following choices:\nA. If the speech has a higher pitch and faster tempo, then it is likely to be classified as belonging to the fifties to sixties age group.\nB. If the speech contains frequent pauses and hesitations, then it is likely to be classified as belonging to the fifties to sixties age group.\nC. If the speech has a slower pace, slightly lower pitch, and more deliberate articulation, then it is likely to be classified as belonging to the fifties to sixties age group.\nD. If the speech has a monotone delivery and lacks emotional variation, then it is likely to be classified as belonging to the fifties to sixties age group.", "audio": "audio/reasoning/I/gf-i-0049_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0049_1.mp3", "audio/reasoning/I/gf-i-0049_2.mp3", "audio/reasoning/I/gf-i-0049_3.mp3", "audio/reasoning/I/gf-i-0049_4.mp3", "audio/reasoning/I/gf-i-0049_5.mp3"], "num_audio": 5, "duration_s": 28.935, "source_id": "15", "legacy_id": "reasoning__induction_dataset_mcq_update__15", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. If the speech has a slower pace, slightly lower pitch, and more deliberate articulation, then it is likely to be classified as belonging to the fifties to sixties age group.\",\"choices\":[\"A. If the speech has a higher pitch and faster tempo, then it is likely to be classified as belonging to the fifties to sixties age group.\",\"B. If the speech contains frequent pauses and hesitations, then it is likely to be classified as belonging to the fifties to sixties age group.\",\"C. If the speech has a slower pace, slightly lower pitch, and more deliberate articulation, then it is likely to be classified as belonging to the fifties to sixties age group.\",\"D. If the speech has a monotone delivery and lacks emotional variation, then it is likely to be classified as belonging to the fifties to sixties age group.\"],\"class_label\":\"fifties to sixties\",\"group_id\":15,\"mcq_rationale\":\"The first distractor is plausible because pitch and tempo can vary with age, but higher pitch and faster tempo are more typical of younger speakers. The second distractor is partially true since older speakers may have more pauses, but it is not a dominant cue and can also be found in other age groups or nervous speakers. The third distractor focuses on monotone delivery, which can occur in any age group, making it a non-discriminative cue compared to the more deliberate articulation and lower pitch of older speakers.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as fifties to sixties?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0049_1.mp3\",\"audio/reasoning/I/gf-i-0049_2.mp3\",\"audio/reasoning/I/gf-i-0049_3.mp3\",\"audio/reasoning/I/gf-i-0049_4.mp3\",\"audio/reasoning/I/gf-i-0049_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as fifties to sixties?\\n\\nSelect the correct answer from the following choices:\\nA. If the speech has a higher pitch and faster tempo, then it is likely to be classified as belonging to the fifties to sixties age group.\\nB. If the speech contains frequent pauses and hesitations, then it is likely to be classified as belonging to the fifties to sixties age group.\\nC. If the speech has a slower pace, slightly lower pitch, and more deliberate articulation, then it is likely to be classified as belonging to the fifties to sixties age group.\\nD. If the speech has a monotone delivery and lacks emotional variation, then it is likely to be classified as belonging to the fifties to sixties age group.\"}"} |
| {"id": "gf-i-0050", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as seventies to eighties?", "choices": ["If the speech has a slower pace, more frequent pauses, and a softer or weaker vocal projection, then it is likely to be classified as belonging to the seventies to eighties age group.", "If the speech contains more formal or complex vocabulary, then it is likely to be classified as belonging to the seventies to eighties age group.", "If the speech has a regional accent or dialect, then it is likely to be classified as belonging to the seventies to eighties age group.", "If the speech has a slight tremble or quiver in the voice, then it is likely to be classified as belonging to the seventies to eighties age group."], "answer": "If the speech has a slower pace, more frequent pauses, and a softer or weaker vocal projection, then it is likely to be classified as belonging to the seventies to eighties age group.", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as seventies to eighties?\n\nSelect the correct answer from the following choices:\nA. If the speech has a slower pace, more frequent pauses, and a softer or weaker vocal projection, then it is likely to be classified as belonging to the seventies to eighties age group.\nB. If the speech contains more formal or complex vocabulary, then it is likely to be classified as belonging to the seventies to eighties age group.\nC. If the speech has a regional accent or dialect, then it is likely to be classified as belonging to the seventies to eighties age group.\nD. If the speech has a slight tremble or quiver in the voice, then it is likely to be classified as belonging to the seventies to eighties age group.", "audio": "audio/reasoning/I/gf-i-0050_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0050_1.mp3", "audio/reasoning/I/gf-i-0050_2.mp3", "audio/reasoning/I/gf-i-0050_3.mp3", "audio/reasoning/I/gf-i-0050_4.mp3", "audio/reasoning/I/gf-i-0050_5.mp3"], "num_audio": 5, "duration_s": 74.887, "source_id": "16", "legacy_id": "reasoning__induction_dataset_mcq_update__16", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. If the speech has a slower pace, more frequent pauses, and a softer or weaker vocal projection, then it is likely to be classified as belonging to the seventies to eighties age group.\",\"choices\":[\"A. If the speech has a slower pace, more frequent pauses, and a softer or weaker vocal projection, then it is likely to be classified as belonging to the seventies to eighties age group.\",\"B. If the speech contains more formal or complex vocabulary, then it is likely to be classified as belonging to the seventies to eighties age group.\",\"C. If the speech has a regional accent or dialect, then it is likely to be classified as belonging to the seventies to eighties age group.\",\"D. If the speech has a slight tremble or quiver in the voice, then it is likely to be classified as belonging to the seventies to eighties age group.\"],\"class_label\":\"seventies to eighties\",\"group_id\":16,\"mcq_rationale\":\"The first distractor about formal or complex vocabulary is plausible because older speakers may use more formal language, but it is not a reliable indicator of age. The second distractor about a slight tremble or quiver in the voice is partially true, as older speakers might have this quality, but it is not always present and can occur in younger speakers as well. The third distractor about regional accents or dialects is plausible because older generations might retain stronger regional accents, but this is not a consistent indicator of age.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as seventies to eighties?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0050_1.mp3\",\"audio/reasoning/I/gf-i-0050_2.mp3\",\"audio/reasoning/I/gf-i-0050_3.mp3\",\"audio/reasoning/I/gf-i-0050_4.mp3\",\"audio/reasoning/I/gf-i-0050_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as seventies to eighties?\\n\\nSelect the correct answer from the following choices:\\nA. If the speech has a slower pace, more frequent pauses, and a softer or weaker vocal projection, then it is likely to be classified as belonging to the seventies to eighties age group.\\nB. If the speech contains more formal or complex vocabulary, then it is likely to be classified as belonging to the seventies to eighties age group.\\nC. If the speech has a regional accent or dialect, then it is likely to be classified as belonging to the seventies to eighties age group.\\nD. If the speech has a slight tremble or quiver in the voice, then it is likely to be classified as belonging to the seventies to eighties age group.\"}"} |
| {"id": "gf-i-0051", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as teens to twenties?", "choices": ["IF the speech has clear articulation and good enunciation, THEN it is likely to be classified as belonging to the teens to twenties age group.", "If the speech has a relatively high pitch, smooth and flexible vocal tone, and lacks signs of vocal strain or aging, then it is likely to be classified as belonging to the teens to twenties age group.", "IF the speech contains modern slang or casual language, THEN it is likely to be classified as belonging to the teens to twenties age group.", "IF the speech is fast-paced and energetic, THEN it is likely to be classified as belonging to the teens to twenties age group."], "answer": "If the speech has a relatively high pitch, smooth and flexible vocal tone, and lacks signs of vocal strain or aging, then it is likely to be classified as belonging to the teens to twenties age group.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as teens to twenties?\n\nSelect the correct answer from the following choices:\nA. IF the speech has clear articulation and good enunciation, THEN it is likely to be classified as belonging to the teens to twenties age group.\nB. If the speech has a relatively high pitch, smooth and flexible vocal tone, and lacks signs of vocal strain or aging, then it is likely to be classified as belonging to the teens to twenties age group.\nC. IF the speech contains modern slang or casual language, THEN it is likely to be classified as belonging to the teens to twenties age group.\nD. IF the speech is fast-paced and energetic, THEN it is likely to be classified as belonging to the teens to twenties age group.", "audio": "audio/reasoning/I/gf-i-0051_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0051_1.mp3", "audio/reasoning/I/gf-i-0051_2.mp3", "audio/reasoning/I/gf-i-0051_3.mp3", "audio/reasoning/I/gf-i-0051_4.mp3", "audio/reasoning/I/gf-i-0051_5.mp3"], "num_audio": 5, "duration_s": 33.752, "source_id": "17", "legacy_id": "reasoning__induction_dataset_mcq_update__17", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the speech has a relatively high pitch, smooth and flexible vocal tone, and lacks signs of vocal strain or aging, then it is likely to be classified as belonging to the teens to twenties age group.\",\"choices\":[\"A. IF the speech has clear articulation and good enunciation, THEN it is likely to be classified as belonging to the teens to twenties age group.\",\"B. If the speech has a relatively high pitch, smooth and flexible vocal tone, and lacks signs of vocal strain or aging, then it is likely to be classified as belonging to the teens to twenties age group.\",\"C. IF the speech contains modern slang or casual language, THEN it is likely to be classified as belonging to the teens to twenties age group.\",\"D. IF the speech is fast-paced and energetic, THEN it is likely to be classified as belonging to the teens to twenties age group.\"],\"class_label\":\"teens to twenties\",\"group_id\":17,\"mcq_rationale\":\"The first distractor is plausible because younger speakers often speak quickly and energetically, but this is not always true and can occur in other age groups. The second distractor focuses on articulation, which can be present in any age group, not just teens to twenties. The third distractor focuses on language content (modern slang), which is not a reliable acoustic cue and can vary widely among individuals regardless of age. The correct rule remains the most discriminative because it focuses on pitch, tone flexibility, and absence of aging signs, which are more directly linked to vocal characteristics of younger speakers.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as teens to twenties?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0051_1.mp3\",\"audio/reasoning/I/gf-i-0051_2.mp3\",\"audio/reasoning/I/gf-i-0051_3.mp3\",\"audio/reasoning/I/gf-i-0051_4.mp3\",\"audio/reasoning/I/gf-i-0051_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as teens to twenties?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has clear articulation and good enunciation, THEN it is likely to be classified as belonging to the teens to twenties age group.\\nB. If the speech has a relatively high pitch, smooth and flexible vocal tone, and lacks signs of vocal strain or aging, then it is likely to be classified as belonging to the teens to twenties age group.\\nC. IF the speech contains modern slang or casual language, THEN it is likely to be classified as belonging to the teens to twenties age group.\\nD. IF the speech is fast-paced and energetic, THEN it is likely to be classified as belonging to the teens to twenties age group.\"}"} |
| {"id": "gf-i-0052", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as thirties to forties?", "choices": ["IF the speech has a deep and resonant tone similar to older adults, THEN it is likely to be classified as belonging to the thirties to forties age group.", "If the speech has a stable pitch, moderate to slower pace, and mature vocal timbre without youthful high-pitched tones or trembling, then it is likely to be classified as belonging to the thirties to forties age group.", "IF the speech has a fast pace and high pitch, THEN it is likely to be classified as belonging to the thirties to forties age group.", "IF the speech has a lot of pauses and hesitations, THEN it is likely to be classified as belonging to the thirties to forties age group."], "answer": "If the speech has a stable pitch, moderate to slower pace, and mature vocal timbre without youthful high-pitched tones or trembling, then it is likely to be classified as belonging to the thirties to forties age group.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as thirties to forties?\n\nSelect the correct answer from the following choices:\nA. IF the speech has a deep and resonant tone similar to older adults, THEN it is likely to be classified as belonging to the thirties to forties age group.\nB. If the speech has a stable pitch, moderate to slower pace, and mature vocal timbre without youthful high-pitched tones or trembling, then it is likely to be classified as belonging to the thirties to forties age group.\nC. IF the speech has a fast pace and high pitch, THEN it is likely to be classified as belonging to the thirties to forties age group.\nD. IF the speech has a lot of pauses and hesitations, THEN it is likely to be classified as belonging to the thirties to forties age group.", "audio": "audio/reasoning/I/gf-i-0052_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0052_1.mp3", "audio/reasoning/I/gf-i-0052_2.mp3", "audio/reasoning/I/gf-i-0052_3.mp3", "audio/reasoning/I/gf-i-0052_4.mp3", "audio/reasoning/I/gf-i-0052_5.mp3"], "num_audio": 5, "duration_s": 34.889, "source_id": "18", "legacy_id": "reasoning__induction_dataset_mcq_update__18", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the speech has a stable pitch, moderate to slower pace, and mature vocal timbre without youthful high-pitched tones or trembling, then it is likely to be classified as belonging to the thirties to forties age group.\",\"choices\":[\"A. IF the speech has a deep and resonant tone similar to older adults, THEN it is likely to be classified as belonging to the thirties to forties age group.\",\"B. If the speech has a stable pitch, moderate to slower pace, and mature vocal timbre without youthful high-pitched tones or trembling, then it is likely to be classified as belonging to the thirties to forties age group.\",\"C. IF the speech has a fast pace and high pitch, THEN it is likely to be classified as belonging to the thirties to forties age group.\",\"D. IF the speech has a lot of pauses and hesitations, THEN it is likely to be classified as belonging to the thirties to forties age group.\"],\"class_label\":\"thirties to fourties\",\"group_id\":18,\"mcq_rationale\":\"The first distractor is plausible because some people may speak quickly, but a high pitch is more common in younger speakers, making it incorrect. The second distractor is plausible because a deep and resonant tone can suggest maturity, but it is more typical of older adults beyond their forties. The third distractor is plausible because pauses and hesitations can occur at any age, but they are not a reliable indicator of someone in their thirties to forties.\",\"modality\":\"speech\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as thirties to forties?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0052_1.mp3\",\"audio/reasoning/I/gf-i-0052_2.mp3\",\"audio/reasoning/I/gf-i-0052_3.mp3\",\"audio/reasoning/I/gf-i-0052_4.mp3\",\"audio/reasoning/I/gf-i-0052_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Speaker Age Prediction\",\"task_id\":\"Speaker_Age_Prediction\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as thirties to forties?\\n\\nSelect the correct answer from the following choices:\\nA. IF the speech has a deep and resonant tone similar to older adults, THEN it is likely to be classified as belonging to the thirties to forties age group.\\nB. If the speech has a stable pitch, moderate to slower pace, and mature vocal timbre without youthful high-pitched tones or trembling, then it is likely to be classified as belonging to the thirties to forties age group.\\nC. IF the speech has a fast pace and high pitch, THEN it is likely to be classified as belonging to the thirties to forties age group.\\nD. IF the speech has a lot of pauses and hesitations, THEN it is likely to be classified as belonging to the thirties to forties age group.\"}"} |
| {"id": "gf-i-0053", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as Sigh?", "choices": ["If the vocal sound begins with a deep inhalation followed by a slow, audible exhalation, then it is likely to be classified as a sigh sound.", "If the vocal sound is a long exhalation with no preceding inhalation, then it is likely to be classified as a sigh sound.", "If the vocal sound involves consistent rhythmic breathing, then it is likely to be classified as a sigh sound.", "If the vocal sound is a short, sharp exhale without an inhalation, then it is likely to be classified as a sigh sound."], "answer": "If the vocal sound begins with a deep inhalation followed by a slow, audible exhalation, then it is likely to be classified as a sigh sound.", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as Sigh?\n\nSelect the correct answer from the following choices:\nA. If the vocal sound begins with a deep inhalation followed by a slow, audible exhalation, then it is likely to be classified as a sigh sound.\nB. If the vocal sound is a long exhalation with no preceding inhalation, then it is likely to be classified as a sigh sound.\nC. If the vocal sound involves consistent rhythmic breathing, then it is likely to be classified as a sigh sound.\nD. If the vocal sound is a short, sharp exhale without an inhalation, then it is likely to be classified as a sigh sound.", "audio": "audio/reasoning/I/gf-i-0053_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0053_1.wav", "audio/reasoning/I/gf-i-0053_2.wav", "audio/reasoning/I/gf-i-0053_3.wav", "audio/reasoning/I/gf-i-0053_4.wav", "audio/reasoning/I/gf-i-0053_5.wav"], "num_audio": 5, "duration_s": 29.445, "source_id": "19", "legacy_id": "reasoning__induction_dataset_mcq_update__19", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. If the vocal sound begins with a deep inhalation followed by a slow, audible exhalation, then it is likely to be classified as a sigh sound.\",\"choices\":[\"A. If the vocal sound begins with a deep inhalation followed by a slow, audible exhalation, then it is likely to be classified as a sigh sound.\",\"B. If the vocal sound is a long exhalation with no preceding inhalation, then it is likely to be classified as a sigh sound.\",\"C. If the vocal sound involves consistent rhythmic breathing, then it is likely to be classified as a sigh sound.\",\"D. If the vocal sound is a short, sharp exhale without an inhalation, then it is likely to be classified as a sigh sound.\"],\"class_label\":\"Sigh\",\"group_id\":19,\"mcq_rationale\":\"The first distractor is plausible because a short exhale could be confused with a sigh, but sighs typically have a deep inhalation first. The second distractor focuses on rhythmic breathing, which might sound like controlled breathing or even a relaxed state, but sighs are not rhythmic. The third distractor emphasizes a long exhalation, which is part of a sigh, but without the preceding inhalation, it could be confused with other sounds like blowing or simply exhaling deeply.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as Sigh?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0053_1.wav\",\"audio/reasoning/I/gf-i-0053_2.wav\",\"audio/reasoning/I/gf-i-0053_3.wav\",\"audio/reasoning/I/gf-i-0053_4.wav\",\"audio/reasoning/I/gf-i-0053_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as Sigh?\\n\\nSelect the correct answer from the following choices:\\nA. If the vocal sound begins with a deep inhalation followed by a slow, audible exhalation, then it is likely to be classified as a sigh sound.\\nB. If the vocal sound is a long exhalation with no preceding inhalation, then it is likely to be classified as a sigh sound.\\nC. If the vocal sound involves consistent rhythmic breathing, then it is likely to be classified as a sigh sound.\\nD. If the vocal sound is a short, sharp exhale without an inhalation, then it is likely to be classified as a sigh sound.\"}"} |
| {"id": "gf-i-0054", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as throat clearing?", "choices": ["If the sound contains continuous coughing-like noises with a consistent rhythm, then it is likely to be classified as throat clearing.", "If the sound contains any vocalization or noise from the throat area, then it is likely to be classified as throat clearing.", "If the sound contains short, soft exhalations from the mouth, then it is likely to be classified as throat clearing.", "If the sound contains short, abrupt bursts of air from the throat with a rough or raspy texture, then it is likely to be classified as a throat-clearing sound."], "answer": "If the sound contains short, abrupt bursts of air from the throat with a rough or raspy texture, then it is likely to be classified as a throat-clearing sound.", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as throat clearing?\n\nSelect the correct answer from the following choices:\nA. If the sound contains continuous coughing-like noises with a consistent rhythm, then it is likely to be classified as throat clearing.\nB. If the sound contains any vocalization or noise from the throat area, then it is likely to be classified as throat clearing.\nC. If the sound contains short, soft exhalations from the mouth, then it is likely to be classified as throat clearing.\nD. If the sound contains short, abrupt bursts of air from the throat with a rough or raspy texture, then it is likely to be classified as a throat-clearing sound.", "audio": "audio/reasoning/I/gf-i-0054_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0054_1.wav", "audio/reasoning/I/gf-i-0054_2.wav", "audio/reasoning/I/gf-i-0054_3.wav", "audio/reasoning/I/gf-i-0054_4.wav", "audio/reasoning/I/gf-i-0054_5.wav"], "num_audio": 5, "duration_s": 24.32, "source_id": "20", "legacy_id": "reasoning__induction_dataset_mcq_update__20", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. If the sound contains short, abrupt bursts of air from the throat with a rough or raspy texture, then it is likely to be classified as a throat-clearing sound.\",\"choices\":[\"A. If the sound contains continuous coughing-like noises with a consistent rhythm, then it is likely to be classified as throat clearing.\",\"B. If the sound contains any vocalization or noise from the throat area, then it is likely to be classified as throat clearing.\",\"C. If the sound contains short, soft exhalations from the mouth, then it is likely to be classified as throat clearing.\",\"D. If the sound contains short, abrupt bursts of air from the throat with a rough or raspy texture, then it is likely to be classified as a throat-clearing sound.\"],\"class_label\":\"Throat clearing\",\"group_id\":20,\"mcq_rationale\":\"The first distractor is plausible because throat clearing can sound similar to coughing, but coughing is more rhythmic and continuous, which is not the dominant feature of throat clearing. The second distractor over-generalizes by suggesting any throat noise is throat clearing, which would include many other sounds like coughing or even speaking. The third distractor focuses on soft exhalations, which are not the dominant rough or raspy texture associated with throat clearing, making it less discriminative.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as throat clearing?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0054_1.wav\",\"audio/reasoning/I/gf-i-0054_2.wav\",\"audio/reasoning/I/gf-i-0054_3.wav\",\"audio/reasoning/I/gf-i-0054_4.wav\",\"audio/reasoning/I/gf-i-0054_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as throat clearing?\\n\\nSelect the correct answer from the following choices:\\nA. If the sound contains continuous coughing-like noises with a consistent rhythm, then it is likely to be classified as throat clearing.\\nB. If the sound contains any vocalization or noise from the throat area, then it is likely to be classified as throat clearing.\\nC. If the sound contains short, soft exhalations from the mouth, then it is likely to be classified as throat clearing.\\nD. If the sound contains short, abrupt bursts of air from the throat with a rough or raspy texture, then it is likely to be classified as a throat-clearing sound.\"}"} |
| {"id": "gf-i-0055", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as Sneeze?", "choices": ["If the sound has a short, sharp exhalation with no inhalation, then it is likely to be classified as a sneeze sound.", "If the sound has a sharp and sudden noise that lasts only a brief moment, then it is likely to be classified as a sneeze sound.", "If the sound has a sudden sharp inhalation followed by a forceful burst of air expelled through the nose and mouth, then it is likely to be classified as a sneeze sound.", "If the sound consists of a rapid sequence of small bursts of air, then it is likely to be classified as a sneeze sound."], "answer": "If the sound has a sudden sharp inhalation followed by a forceful burst of air expelled through the nose and mouth, then it is likely to be classified as a sneeze sound.", "answer_label": "C", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as Sneeze?\n\nSelect the correct answer from the following choices:\nA. If the sound has a short, sharp exhalation with no inhalation, then it is likely to be classified as a sneeze sound.\nB. If the sound has a sharp and sudden noise that lasts only a brief moment, then it is likely to be classified as a sneeze sound.\nC. If the sound has a sudden sharp inhalation followed by a forceful burst of air expelled through the nose and mouth, then it is likely to be classified as a sneeze sound.\nD. If the sound consists of a rapid sequence of small bursts of air, then it is likely to be classified as a sneeze sound.", "audio": "audio/reasoning/I/gf-i-0055_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0055_1.wav", "audio/reasoning/I/gf-i-0055_2.wav", "audio/reasoning/I/gf-i-0055_3.wav", "audio/reasoning/I/gf-i-0055_4.wav", "audio/reasoning/I/gf-i-0055_5.wav"], "num_audio": 5, "duration_s": 22.782, "source_id": "21", "legacy_id": "reasoning__induction_dataset_mcq_update__21", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. If the sound has a sudden sharp inhalation followed by a forceful burst of air expelled through the nose and mouth, then it is likely to be classified as a sneeze sound.\",\"choices\":[\"A. If the sound has a short, sharp exhalation with no inhalation, then it is likely to be classified as a sneeze sound.\",\"B. If the sound has a sharp and sudden noise that lasts only a brief moment, then it is likely to be classified as a sneeze sound.\",\"C. If the sound has a sudden sharp inhalation followed by a forceful burst of air expelled through the nose and mouth, then it is likely to be classified as a sneeze sound.\",\"D. If the sound consists of a rapid sequence of small bursts of air, then it is likely to be classified as a sneeze sound.\"],\"class_label\":\"Sneeze\",\"group_id\":21,\"mcq_rationale\":\"The first distractor is plausible because sneezes do involve exhalation, but it ignores the inhalation that typically precedes a sneeze. The second distractor is misleading because a rapid sequence of bursts could describe coughing or laughter, not necessarily sneezing. The third distractor is over-generalized, as many sudden noises (like a cough or a clap) could fit that description, making it less discriminative for sneezes.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as Sneeze?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0055_1.wav\",\"audio/reasoning/I/gf-i-0055_2.wav\",\"audio/reasoning/I/gf-i-0055_3.wav\",\"audio/reasoning/I/gf-i-0055_4.wav\",\"audio/reasoning/I/gf-i-0055_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as Sneeze?\\n\\nSelect the correct answer from the following choices:\\nA. If the sound has a short, sharp exhalation with no inhalation, then it is likely to be classified as a sneeze sound.\\nB. If the sound has a sharp and sudden noise that lasts only a brief moment, then it is likely to be classified as a sneeze sound.\\nC. If the sound has a sudden sharp inhalation followed by a forceful burst of air expelled through the nose and mouth, then it is likely to be classified as a sneeze sound.\\nD. If the sound consists of a rapid sequence of small bursts of air, then it is likely to be classified as a sneeze sound.\"}"} |
| {"id": "gf-i-0056", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as cough?", "choices": ["If the vocal sound is characterized by continuous or prolonged wheezing or whistling, then it is likely to be classified as a cough sound.", "If the vocal sound is characterized by a short, abrupt burst of air followed by a rough or harsh throat clearing noise, then it is likely to be classified as a cough sound.", "If the vocal sound is characterized by a deep and slow exhalation with a low rumbling noise, then it is likely to be classified as a cough sound.", "If the vocal sound includes a soft and repetitive clearing of the throat without any abrupt bursts, then it is likely to be classified as a cough sound."], "answer": "If the vocal sound is characterized by a short, abrupt burst of air followed by a rough or harsh throat clearing noise, then it is likely to be classified as a cough sound.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as cough?\n\nSelect the correct answer from the following choices:\nA. If the vocal sound is characterized by continuous or prolonged wheezing or whistling, then it is likely to be classified as a cough sound.\nB. If the vocal sound is characterized by a short, abrupt burst of air followed by a rough or harsh throat clearing noise, then it is likely to be classified as a cough sound.\nC. If the vocal sound is characterized by a deep and slow exhalation with a low rumbling noise, then it is likely to be classified as a cough sound.\nD. If the vocal sound includes a soft and repetitive clearing of the throat without any abrupt bursts, then it is likely to be classified as a cough sound.", "audio": "audio/reasoning/I/gf-i-0056_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0056_1.wav", "audio/reasoning/I/gf-i-0056_2.wav", "audio/reasoning/I/gf-i-0056_3.wav", "audio/reasoning/I/gf-i-0056_4.wav", "audio/reasoning/I/gf-i-0056_5.wav"], "num_audio": 5, "duration_s": 19.349, "source_id": "22", "legacy_id": "reasoning__induction_dataset_mcq_update__22", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the vocal sound is characterized by a short, abrupt burst of air followed by a rough or harsh throat clearing noise, then it is likely to be classified as a cough sound.\",\"choices\":[\"A. If the vocal sound is characterized by continuous or prolonged wheezing or whistling, then it is likely to be classified as a cough sound.\",\"B. If the vocal sound is characterized by a short, abrupt burst of air followed by a rough or harsh throat clearing noise, then it is likely to be classified as a cough sound.\",\"C. If the vocal sound is characterized by a deep and slow exhalation with a low rumbling noise, then it is likely to be classified as a cough sound.\",\"D. If the vocal sound includes a soft and repetitive clearing of the throat without any abrupt bursts, then it is likely to be classified as a cough sound.\"],\"class_label\":\"Cough\",\"group_id\":22,\"mcq_rationale\":\"The first distractor focuses on wheezing or whistling, which is more typical of breathing issues like asthma, not coughing. The second distractor describes a soft and repetitive throat clearing, which can be confused with a cough but lacks the abrupt burst typical of a cough. The third distractor mentions a deep, slow exhalation with a rumbling noise, which is more characteristic of snoring or heavy breathing rather than a cough. Each distractor is plausible but ultimately incorrect because they focus on sounds that differ from the abrupt and harsh nature of a cough.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as cough?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0056_1.wav\",\"audio/reasoning/I/gf-i-0056_2.wav\",\"audio/reasoning/I/gf-i-0056_3.wav\",\"audio/reasoning/I/gf-i-0056_4.wav\",\"audio/reasoning/I/gf-i-0056_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as cough?\\n\\nSelect the correct answer from the following choices:\\nA. If the vocal sound is characterized by continuous or prolonged wheezing or whistling, then it is likely to be classified as a cough sound.\\nB. If the vocal sound is characterized by a short, abrupt burst of air followed by a rough or harsh throat clearing noise, then it is likely to be classified as a cough sound.\\nC. If the vocal sound is characterized by a deep and slow exhalation with a low rumbling noise, then it is likely to be classified as a cough sound.\\nD. If the vocal sound includes a soft and repetitive clearing of the throat without any abrupt bursts, then it is likely to be classified as a cough sound.\"}"} |
| {"id": "gf-i-0057", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as Sniff?", "choices": ["IF the sound is a continuous, low-pitched breathing noise, THEN it is likely to be classified as a sniff sound.", "If the sound consists of short, sharp inhalations through the nose with a slightly wet or congested quality, then it is likely to be classified as a sniff sound.", "IF the sound has irregular, faint airflow patterns, THEN it is likely to be classified as a sniff sound.", "IF the sound consists of short, soft exhalations through the mouth, THEN it is likely to be classified as a sniff sound."], "answer": "If the sound consists of short, sharp inhalations through the nose with a slightly wet or congested quality, then it is likely to be classified as a sniff sound.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as Sniff?\n\nSelect the correct answer from the following choices:\nA. IF the sound is a continuous, low-pitched breathing noise, THEN it is likely to be classified as a sniff sound.\nB. If the sound consists of short, sharp inhalations through the nose with a slightly wet or congested quality, then it is likely to be classified as a sniff sound.\nC. IF the sound has irregular, faint airflow patterns, THEN it is likely to be classified as a sniff sound.\nD. IF the sound consists of short, soft exhalations through the mouth, THEN it is likely to be classified as a sniff sound.", "audio": "audio/reasoning/I/gf-i-0057_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0057_1.wav", "audio/reasoning/I/gf-i-0057_2.wav", "audio/reasoning/I/gf-i-0057_3.wav", "audio/reasoning/I/gf-i-0057_4.wav", "audio/reasoning/I/gf-i-0057_5.wav"], "num_audio": 5, "duration_s": 15.945, "source_id": "23", "legacy_id": "reasoning__induction_dataset_mcq_update__23", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the sound consists of short, sharp inhalations through the nose with a slightly wet or congested quality, then it is likely to be classified as a sniff sound.\",\"choices\":[\"A. IF the sound is a continuous, low-pitched breathing noise, THEN it is likely to be classified as a sniff sound.\",\"B. If the sound consists of short, sharp inhalations through the nose with a slightly wet or congested quality, then it is likely to be classified as a sniff sound.\",\"C. IF the sound has irregular, faint airflow patterns, THEN it is likely to be classified as a sniff sound.\",\"D. IF the sound consists of short, soft exhalations through the mouth, THEN it is likely to be classified as a sniff sound.\"],\"class_label\":\"Sniff\",\"group_id\":23,\"mcq_rationale\":\"The first distractor is plausible because exhalations through the mouth can sometimes be confused with inhalations through the nose, but it is incorrect since sniffs are inhalations. The second distractor focuses on a continuous low-pitched breathing noise, which is more characteristic of general breathing or snoring, not sniffs. The third distractor mentions irregular, faint airflow patterns, which might appear in some forms of breathing or sighing, but sniffs are more distinct and sharp, making this rule too broad and non-specific.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as Sniff?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0057_1.wav\",\"audio/reasoning/I/gf-i-0057_2.wav\",\"audio/reasoning/I/gf-i-0057_3.wav\",\"audio/reasoning/I/gf-i-0057_4.wav\",\"audio/reasoning/I/gf-i-0057_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as Sniff?\\n\\nSelect the correct answer from the following choices:\\nA. IF the sound is a continuous, low-pitched breathing noise, THEN it is likely to be classified as a sniff sound.\\nB. If the sound consists of short, sharp inhalations through the nose with a slightly wet or congested quality, then it is likely to be classified as a sniff sound.\\nC. IF the sound has irregular, faint airflow patterns, THEN it is likely to be classified as a sniff sound.\\nD. IF the sound consists of short, soft exhalations through the mouth, THEN it is likely to be classified as a sniff sound.\"}"} |
| {"id": "gf-i-0058", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as sigh?", "choices": ["If the vocal sound includes a brief pause followed by a vocalized tone, then it is likely to be classified as a sigh sound.", "If the vocal sound has a prolonged exhalation, a soft and airy quality, and a downward pitch contour, then it is likely to be classified as a sigh sound.", "If the vocal sound has a short exhalation and a sharp onset, then it is likely to be classified as a sigh sound.", "If the vocal sound has a consistent pitch and a steady volume throughout, then it is likely to be classified as a sigh sound."], "answer": "If the vocal sound has a prolonged exhalation, a soft and airy quality, and a downward pitch contour, then it is likely to be classified as a sigh sound.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as sigh?\n\nSelect the correct answer from the following choices:\nA. If the vocal sound includes a brief pause followed by a vocalized tone, then it is likely to be classified as a sigh sound.\nB. If the vocal sound has a prolonged exhalation, a soft and airy quality, and a downward pitch contour, then it is likely to be classified as a sigh sound.\nC. If the vocal sound has a short exhalation and a sharp onset, then it is likely to be classified as a sigh sound.\nD. If the vocal sound has a consistent pitch and a steady volume throughout, then it is likely to be classified as a sigh sound.", "audio": "audio/reasoning/I/gf-i-0058_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0058_1.wav", "audio/reasoning/I/gf-i-0058_2.wav", "audio/reasoning/I/gf-i-0058_3.wav", "audio/reasoning/I/gf-i-0058_4.wav", "audio/reasoning/I/gf-i-0058_5.wav"], "num_audio": 5, "duration_s": 28.843, "source_id": "24", "legacy_id": "reasoning__induction_dataset_mcq_update__24", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the vocal sound has a prolonged exhalation, a soft and airy quality, and a downward pitch contour, then it is likely to be classified as a sigh sound.\",\"choices\":[\"A. If the vocal sound includes a brief pause followed by a vocalized tone, then it is likely to be classified as a sigh sound.\",\"B. If the vocal sound has a prolonged exhalation, a soft and airy quality, and a downward pitch contour, then it is likely to be classified as a sigh sound.\",\"C. If the vocal sound has a short exhalation and a sharp onset, then it is likely to be classified as a sigh sound.\",\"D. If the vocal sound has a consistent pitch and a steady volume throughout, then it is likely to be classified as a sigh sound.\"],\"class_label\":\"Sigh\",\"group_id\":24,\"mcq_rationale\":\"The first distractor is plausible because some sighs might have shorter exhalations, but the sharp onset is more characteristic of a gasp or a sudden breath. The second distractor focuses on steady pitch and volume, which is more typical of a hum or a neutral vocalization, not a sigh, which usually has a descending pitch. The third distractor mentions a pause and vocal tone, which could describe a yawn or a groan rather than a sigh, making it a plausible but incorrect rule.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as sigh?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0058_1.wav\",\"audio/reasoning/I/gf-i-0058_2.wav\",\"audio/reasoning/I/gf-i-0058_3.wav\",\"audio/reasoning/I/gf-i-0058_4.wav\",\"audio/reasoning/I/gf-i-0058_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Vocal Sound Classification\",\"task_id\":\"vocal_sound_classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as sigh?\\n\\nSelect the correct answer from the following choices:\\nA. If the vocal sound includes a brief pause followed by a vocalized tone, then it is likely to be classified as a sigh sound.\\nB. If the vocal sound has a prolonged exhalation, a soft and airy quality, and a downward pitch contour, then it is likely to be classified as a sigh sound.\\nC. If the vocal sound has a short exhalation and a sharp onset, then it is likely to be classified as a sigh sound.\\nD. If the vocal sound has a consistent pitch and a steady volume throughout, then it is likely to be classified as a sigh sound.\"}"} |
| {"id": "gf-i-0059", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as park?", "choices": ["If the audio contains human conversation and faint background noise, then it is likely to be classified as a park scene.", "If the audio contains human voices and occasional birds, then it is likely to be classified as a park scene.", "If the audio contains wind and some natural sounds, then it is likely to be classified as a park scene.", "If the audio contains frequent bird chirping, rustling leaves, and distant human voices with minimal mechanical noise, then it is likely to be classified as a park scene."], "answer": "If the audio contains frequent bird chirping, rustling leaves, and distant human voices with minimal mechanical noise, then it is likely to be classified as a park scene.", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as park?\n\nSelect the correct answer from the following choices:\nA. If the audio contains human conversation and faint background noise, then it is likely to be classified as a park scene.\nB. If the audio contains human voices and occasional birds, then it is likely to be classified as a park scene.\nC. If the audio contains wind and some natural sounds, then it is likely to be classified as a park scene.\nD. If the audio contains frequent bird chirping, rustling leaves, and distant human voices with minimal mechanical noise, then it is likely to be classified as a park scene.", "audio": "audio/reasoning/I/gf-i-0059_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0059_1.wav", "audio/reasoning/I/gf-i-0059_2.wav", "audio/reasoning/I/gf-i-0059_3.wav", "audio/reasoning/I/gf-i-0059_4.wav", "audio/reasoning/I/gf-i-0059_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "25", "legacy_id": "reasoning__induction_dataset_mcq_update__25", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. If the audio contains frequent bird chirping, rustling leaves, and distant human voices with minimal mechanical noise, then it is likely to be classified as a park scene.\",\"choices\":[\"A. If the audio contains human conversation and faint background noise, then it is likely to be classified as a park scene.\",\"B. If the audio contains human voices and occasional birds, then it is likely to be classified as a park scene.\",\"C. If the audio contains wind and some natural sounds, then it is likely to be classified as a park scene.\",\"D. If the audio contains frequent bird chirping, rustling leaves, and distant human voices with minimal mechanical noise, then it is likely to be classified as a park scene.\"],\"class_label\":\"park\",\"group_id\":25,\"mcq_rationale\":\"The first distractor is plausible because human voices and occasional birds can also be heard in a city street, but it misses the natural ambiance and rustling leaves that are dominant in a park. The second distractor focuses on wind and natural sounds, which could be found in a forest, but it overlooks the human presence that is typical in a park. The third distractor emphasizes human conversation and faint background noise, which could occur in an indoor public space, but it ignores the natural elements like bird chirping and rustling leaves that are key to identifying a park scene.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as park?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0059_1.wav\",\"audio/reasoning/I/gf-i-0059_2.wav\",\"audio/reasoning/I/gf-i-0059_3.wav\",\"audio/reasoning/I/gf-i-0059_4.wav\",\"audio/reasoning/I/gf-i-0059_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as park?\\n\\nSelect the correct answer from the following choices:\\nA. If the audio contains human conversation and faint background noise, then it is likely to be classified as a park scene.\\nB. If the audio contains human voices and occasional birds, then it is likely to be classified as a park scene.\\nC. If the audio contains wind and some natural sounds, then it is likely to be classified as a park scene.\\nD. If the audio contains frequent bird chirping, rustling leaves, and distant human voices with minimal mechanical noise, then it is likely to be classified as a park scene.\"}"} |
| {"id": "gf-i-0060", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as bus?", "choices": ["IF the audio contains frequent braking and door-opening sounds, THEN bus scene.", "IF the audio contains heavy low-frequency engine/road rumble together with recurrent rattling, braking, and a larger shared-cabin public-transport ambience, THEN bus scene", "IF the audio contains low-frequency engine rumble and occasional honking, THEN bus scene.", "IF the audio contains a steady low-frequency hum with occasional passenger chatter, THEN bus scene."], "answer": "IF the audio contains heavy low-frequency engine/road rumble together with recurrent rattling, braking, and a larger shared-cabin public-transport ambience, THEN bus scene", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as bus?\n\nSelect the correct answer from the following choices:\nA. IF the audio contains frequent braking and door-opening sounds, THEN bus scene.\nB. IF the audio contains heavy low-frequency engine/road rumble together with recurrent rattling, braking, and a larger shared-cabin public-transport ambience, THEN bus scene\nC. IF the audio contains low-frequency engine rumble and occasional honking, THEN bus scene.\nD. IF the audio contains a steady low-frequency hum with occasional passenger chatter, THEN bus scene.", "audio": "audio/reasoning/I/gf-i-0060_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0060_1.wav", "audio/reasoning/I/gf-i-0060_2.wav", "audio/reasoning/I/gf-i-0060_3.wav", "audio/reasoning/I/gf-i-0060_4.wav", "audio/reasoning/I/gf-i-0060_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "26", "legacy_id": "reasoning__induction_dataset_mcq_update__26", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. IF the audio contains heavy low-frequency engine/road rumble together with recurrent rattling, braking, and a larger shared-cabin public-transport ambience, THEN bus scene\",\"choices\":[\"A. IF the audio contains frequent braking and door-opening sounds, THEN bus scene.\",\"B. IF the audio contains heavy low-frequency engine/road rumble together with recurrent rattling, braking, and a larger shared-cabin public-transport ambience, THEN bus scene\",\"C. IF the audio contains low-frequency engine rumble and occasional honking, THEN bus scene.\",\"D. IF the audio contains a steady low-frequency hum with occasional passenger chatter, THEN bus scene.\"],\"class_label\":\"bus\",\"group_id\":26,\"mcq_rationale\":\"The first distractor is plausible because trucks also have low-frequency engine rumble and honking, but they lack the distinct public transport ambience. The second distractor is plausible because trams also have braking and door-opening sounds, but they often operate on tracks and have a different sound profile. The third distractor is plausible because trains also have a low-frequency hum and passenger chatter, but trains typically have a more continuous sound and lack the specific rattling and road noise of buses.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as bus?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0060_1.wav\",\"audio/reasoning/I/gf-i-0060_2.wav\",\"audio/reasoning/I/gf-i-0060_3.wav\",\"audio/reasoning/I/gf-i-0060_4.wav\",\"audio/reasoning/I/gf-i-0060_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as bus?\\n\\nSelect the correct answer from the following choices:\\nA. IF the audio contains frequent braking and door-opening sounds, THEN bus scene.\\nB. IF the audio contains heavy low-frequency engine/road rumble together with recurrent rattling, braking, and a larger shared-cabin public-transport ambience, THEN bus scene\\nC. IF the audio contains low-frequency engine rumble and occasional honking, THEN bus scene.\\nD. IF the audio contains a steady low-frequency hum with occasional passenger chatter, THEN bus scene.\"}"} |
| {"id": "gf-i-0061", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as residential area?", "choices": ["IF the recording contains a quiet neighborhood ambience with mixed but weak human-made sounds (distant cars, occasional voices, dogs, doors) and only limited natural sounds, THEN residential area", "IF the recording contains mostly indoor sounds like footsteps, echoing voices, and household activities, THEN residential area.", "IF the recording contains frequent loud human voices and traffic noise, THEN residential area.", "IF the recording contains prominent bird sounds and other natural elements with minimal human-made noise, THEN residential area."], "answer": "IF the recording contains a quiet neighborhood ambience with mixed but weak human-made sounds (distant cars, occasional voices, dogs, doors) and only limited natural sounds, THEN residential area", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as residential area?\n\nSelect the correct answer from the following choices:\nA. IF the recording contains a quiet neighborhood ambience with mixed but weak human-made sounds (distant cars, occasional voices, dogs, doors) and only limited natural sounds, THEN residential area\nB. IF the recording contains mostly indoor sounds like footsteps, echoing voices, and household activities, THEN residential area.\nC. IF the recording contains frequent loud human voices and traffic noise, THEN residential area.\nD. IF the recording contains prominent bird sounds and other natural elements with minimal human-made noise, THEN residential area.", "audio": "audio/reasoning/I/gf-i-0061_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0061_1.wav", "audio/reasoning/I/gf-i-0061_2.wav", "audio/reasoning/I/gf-i-0061_3.wav", "audio/reasoning/I/gf-i-0061_4.wav", "audio/reasoning/I/gf-i-0061_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "27", "legacy_id": "reasoning__induction_dataset_mcq_update__27", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. IF the recording contains a quiet neighborhood ambience with mixed but weak human-made sounds (distant cars, occasional voices, dogs, doors) and only limited natural sounds, THEN residential area\",\"choices\":[\"A. IF the recording contains a quiet neighborhood ambience with mixed but weak human-made sounds (distant cars, occasional voices, dogs, doors) and only limited natural sounds, THEN residential area\",\"B. IF the recording contains mostly indoor sounds like footsteps, echoing voices, and household activities, THEN residential area.\",\"C. IF the recording contains frequent loud human voices and traffic noise, THEN residential area.\",\"D. IF the recording contains prominent bird sounds and other natural elements with minimal human-made noise, THEN residential area.\"],\"class_label\":\"residential area\",\"group_id\":27,\"mcq_rationale\":\"The first distractor is plausible because residential areas can have some bird sounds, but the focus on prominent natural sounds points more toward a park or forest, which is incorrect. The second distractor is plausible because residential areas can have human voices and traffic, but not as loud or frequent as in a city center. The third distractor is plausible because some residential areas can have indoor sounds, but these clips contain more outdoor neighborhood ambience, making the indoor classification incorrect.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as residential area?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0061_1.wav\",\"audio/reasoning/I/gf-i-0061_2.wav\",\"audio/reasoning/I/gf-i-0061_3.wav\",\"audio/reasoning/I/gf-i-0061_4.wav\",\"audio/reasoning/I/gf-i-0061_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as residential area?\\n\\nSelect the correct answer from the following choices:\\nA. IF the recording contains a quiet neighborhood ambience with mixed but weak human-made sounds (distant cars, occasional voices, dogs, doors) and only limited natural sounds, THEN residential area\\nB. IF the recording contains mostly indoor sounds like footsteps, echoing voices, and household activities, THEN residential area.\\nC. IF the recording contains frequent loud human voices and traffic noise, THEN residential area.\\nD. IF the recording contains prominent bird sounds and other natural elements with minimal human-made noise, THEN residential area.\"}"} |
| {"id": "gf-i-0062", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as car?", "choices": ["IF the audio contains a continuous low-frequency rumble with loud honking and traffic noise THEN car scene.", "IF the audio contains a steady enclosed-vehicle low-frequency engine/road hum with light cabin rattles or muffled outside sounds THEN car scene", "IF the audio contains rhythmic high-pitched engine revving and sudden acceleration sounds THEN car scene.", "IF the audio contains ambient outdoor noise with occasional distant engine sounds and footsteps THEN car scene."], "answer": "IF the audio contains a steady enclosed-vehicle low-frequency engine/road hum with light cabin rattles or muffled outside sounds THEN car scene", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as car?\n\nSelect the correct answer from the following choices:\nA. IF the audio contains a continuous low-frequency rumble with loud honking and traffic noise THEN car scene.\nB. IF the audio contains a steady enclosed-vehicle low-frequency engine/road hum with light cabin rattles or muffled outside sounds THEN car scene\nC. IF the audio contains rhythmic high-pitched engine revving and sudden acceleration sounds THEN car scene.\nD. IF the audio contains ambient outdoor noise with occasional distant engine sounds and footsteps THEN car scene.", "audio": "audio/reasoning/I/gf-i-0062_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0062_1.wav", "audio/reasoning/I/gf-i-0062_2.wav", "audio/reasoning/I/gf-i-0062_3.wav", "audio/reasoning/I/gf-i-0062_4.wav", "audio/reasoning/I/gf-i-0062_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "28", "legacy_id": "reasoning__induction_dataset_mcq_update__28", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. IF the audio contains a steady enclosed-vehicle low-frequency engine/road hum with light cabin rattles or muffled outside sounds THEN car scene\",\"choices\":[\"A. IF the audio contains a continuous low-frequency rumble with loud honking and traffic noise THEN car scene.\",\"B. IF the audio contains a steady enclosed-vehicle low-frequency engine/road hum with light cabin rattles or muffled outside sounds THEN car scene\",\"C. IF the audio contains rhythmic high-pitched engine revving and sudden acceleration sounds THEN car scene.\",\"D. IF the audio contains ambient outdoor noise with occasional distant engine sounds and footsteps THEN car scene.\"],\"class_label\":\"car\",\"group_id\":28,\"mcq_rationale\":\"The first distractor is plausible because motorcycles also have engine sounds, but they are higher-pitched and more exposed. The second distractor is plausible because buses have a low-frequency rumble, but they typically include louder honking and more ambient noise. The third distractor is plausible because street scenes often contain distant engine sounds, but they lack the enclosed, muffled quality of a car interior. Each distractor focuses on a nearby or related class but misses the key enclosed-vehicle characteristics of a car scene.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as car?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0062_1.wav\",\"audio/reasoning/I/gf-i-0062_2.wav\",\"audio/reasoning/I/gf-i-0062_3.wav\",\"audio/reasoning/I/gf-i-0062_4.wav\",\"audio/reasoning/I/gf-i-0062_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as car?\\n\\nSelect the correct answer from the following choices:\\nA. IF the audio contains a continuous low-frequency rumble with loud honking and traffic noise THEN car scene.\\nB. IF the audio contains a steady enclosed-vehicle low-frequency engine/road hum with light cabin rattles or muffled outside sounds THEN car scene\\nC. IF the audio contains rhythmic high-pitched engine revving and sudden acceleration sounds THEN car scene.\\nD. IF the audio contains ambient outdoor noise with occasional distant engine sounds and footsteps THEN car scene.\"}"} |
| {"id": "gf-i-0063", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as subway?", "choices": ["IF the audio contains metallic rail rumble or braking together with reverberant underground transit ambience and public announcements THEN subway scene", "IF the audio contains mechanical hum and distant traffic noise THEN subway scene.", "IF the audio contains public announcements and crowd noise THEN subway scene.", "IF the audio contains rhythmic clacking of wheels on tracks and occasional squealing THEN subway scene."], "answer": "IF the audio contains metallic rail rumble or braking together with reverberant underground transit ambience and public announcements THEN subway scene", "answer_label": "A", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as subway?\n\nSelect the correct answer from the following choices:\nA. IF the audio contains metallic rail rumble or braking together with reverberant underground transit ambience and public announcements THEN subway scene\nB. IF the audio contains mechanical hum and distant traffic noise THEN subway scene.\nC. IF the audio contains public announcements and crowd noise THEN subway scene.\nD. IF the audio contains rhythmic clacking of wheels on tracks and occasional squealing THEN subway scene.", "audio": "audio/reasoning/I/gf-i-0063_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0063_1.wav", "audio/reasoning/I/gf-i-0063_2.wav", "audio/reasoning/I/gf-i-0063_3.wav", "audio/reasoning/I/gf-i-0063_4.wav", "audio/reasoning/I/gf-i-0063_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "29", "legacy_id": "reasoning__induction_dataset_mcq_update__29", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"A. IF the audio contains metallic rail rumble or braking together with reverberant underground transit ambience and public announcements THEN subway scene\",\"choices\":[\"A. IF the audio contains metallic rail rumble or braking together with reverberant underground transit ambience and public announcements THEN subway scene\",\"B. IF the audio contains mechanical hum and distant traffic noise THEN subway scene.\",\"C. IF the audio contains public announcements and crowd noise THEN subway scene.\",\"D. IF the audio contains rhythmic clacking of wheels on tracks and occasional squealing THEN subway scene.\"],\"class_label\":\"subway\",\"group_id\":29,\"mcq_rationale\":\"The first distractor is plausible because subway stations often have public announcements and crowd noise, but it misses the specific rail sounds that indicate a subway train in motion. The second distractor focuses on mechanical hum and distant traffic noise, which could be present in underground tunnels or other urban environments, but it lacks the distinct rail rumble and announcements that define a subway. The third distractor mentions the rhythmic clacking of wheels and occasional squealing, which is common to rail-based transport but could apply to trams or light rail systems above ground, not specifically the subway’s underground ambience and metallic rumble.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as subway?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0063_1.wav\",\"audio/reasoning/I/gf-i-0063_2.wav\",\"audio/reasoning/I/gf-i-0063_3.wav\",\"audio/reasoning/I/gf-i-0063_4.wav\",\"audio/reasoning/I/gf-i-0063_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as subway?\\n\\nSelect the correct answer from the following choices:\\nA. IF the audio contains metallic rail rumble or braking together with reverberant underground transit ambience and public announcements THEN subway scene\\nB. IF the audio contains mechanical hum and distant traffic noise THEN subway scene.\\nC. IF the audio contains public announcements and crowd noise THEN subway scene.\\nD. IF the audio contains rhythmic clacking of wheels on tracks and occasional squealing THEN subway scene.\"}"} |
| {"id": "gf-i-0064", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as restaurant?", "choices": ["IF the audio contains continuous crowd chatter with occasional loud voices and background music THEN restaurant scene.", "IF the audio contains clinking dishes/cutlery but minimal crowd noise and more isolated voices THEN restaurant scene.", "IF the audio contains indoor crowd chatter with echoing footsteps and occasional announcements THEN restaurant scene.", "IF the audio contains continuous indoor crowd chatter with clinking dishes/cutlery and reverberant dining-room ambience THEN restaurant scene"], "answer": "IF the audio contains continuous indoor crowd chatter with clinking dishes/cutlery and reverberant dining-room ambience THEN restaurant scene", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as restaurant?\n\nSelect the correct answer from the following choices:\nA. IF the audio contains continuous crowd chatter with occasional loud voices and background music THEN restaurant scene.\nB. IF the audio contains clinking dishes/cutlery but minimal crowd noise and more isolated voices THEN restaurant scene.\nC. IF the audio contains indoor crowd chatter with echoing footsteps and occasional announcements THEN restaurant scene.\nD. IF the audio contains continuous indoor crowd chatter with clinking dishes/cutlery and reverberant dining-room ambience THEN restaurant scene", "audio": "audio/reasoning/I/gf-i-0064_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0064_1.wav", "audio/reasoning/I/gf-i-0064_2.wav", "audio/reasoning/I/gf-i-0064_3.wav", "audio/reasoning/I/gf-i-0064_4.wav", "audio/reasoning/I/gf-i-0064_5.wav"], "num_audio": 5, "duration_s": 50.0, "source_id": "30", "legacy_id": "reasoning__induction_dataset_mcq_update__30", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. IF the audio contains continuous indoor crowd chatter with clinking dishes/cutlery and reverberant dining-room ambience THEN restaurant scene\",\"choices\":[\"A. IF the audio contains continuous crowd chatter with occasional loud voices and background music THEN restaurant scene.\",\"B. IF the audio contains clinking dishes/cutlery but minimal crowd noise and more isolated voices THEN restaurant scene.\",\"C. IF the audio contains indoor crowd chatter with echoing footsteps and occasional announcements THEN restaurant scene.\",\"D. IF the audio contains continuous indoor crowd chatter with clinking dishes/cutlery and reverberant dining-room ambience THEN restaurant scene\"],\"class_label\":\"restaurant\",\"group_id\":30,\"mcq_rationale\":\"The first distractor is plausible because busy markets also have crowd chatter and background noise but lack the distinct clinking of dishes. The second distractor focuses on clinking dishes without the crowd noise, which could suggest a kitchen rather than a restaurant. The third distractor mentions indoor crowd noise and reverberation, but adds footsteps and announcements, which are more typical of a train station than a restaurant.\",\"modality\":\"sound\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as restaurant?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0064_1.wav\",\"audio/reasoning/I/gf-i-0064_2.wav\",\"audio/reasoning/I/gf-i-0064_3.wav\",\"audio/reasoning/I/gf-i-0064_4.wav\",\"audio/reasoning/I/gf-i-0064_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Acoustic Scene Classification\",\"task_id\":\"Acoustic_Scene_Classification\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as restaurant?\\n\\nSelect the correct answer from the following choices:\\nA. IF the audio contains continuous crowd chatter with occasional loud voices and background music THEN restaurant scene.\\nB. IF the audio contains clinking dishes/cutlery but minimal crowd noise and more isolated voices THEN restaurant scene.\\nC. IF the audio contains indoor crowd chatter with echoing footsteps and occasional announcements THEN restaurant scene.\\nD. IF the audio contains continuous indoor crowd chatter with clinking dishes/cutlery and reverberant dining-room ambience THEN restaurant scene\"}"} |
| {"id": "gf-i-0065", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as organ?", "choices": ["IF the sound has a continuous tone but with a strong vibrato and fluctuating pitch, THEN it is likely to be classified as featuring an organ.", "IF the sound has a plucked attack and a short decay, THEN it is likely to be classified as featuring an organ.", "If the sound has a sustained, continuous tone with minimal decay and a smooth, steady timbre, then it is likely to be classified as featuring an organ.", "IF the sound has a bright, percussive timbre with rapid volume changes, THEN it is likely to be classified as featuring an organ."], "answer": "If the sound has a sustained, continuous tone with minimal decay and a smooth, steady timbre, then it is likely to be classified as featuring an organ.", "answer_label": "C", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as organ?\n\nSelect the correct answer from the following choices:\nA. IF the sound has a continuous tone but with a strong vibrato and fluctuating pitch, THEN it is likely to be classified as featuring an organ.\nB. IF the sound has a plucked attack and a short decay, THEN it is likely to be classified as featuring an organ.\nC. If the sound has a sustained, continuous tone with minimal decay and a smooth, steady timbre, then it is likely to be classified as featuring an organ.\nD. IF the sound has a bright, percussive timbre with rapid volume changes, THEN it is likely to be classified as featuring an organ.", "audio": "audio/reasoning/I/gf-i-0065_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0065_1.wav", "audio/reasoning/I/gf-i-0065_2.wav", "audio/reasoning/I/gf-i-0065_3.wav", "audio/reasoning/I/gf-i-0065_4.wav", "audio/reasoning/I/gf-i-0065_5.wav"], "num_audio": 5, "duration_s": 20.0, "source_id": "34", "legacy_id": "reasoning__induction_dataset_mcq_update__34", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"C. If the sound has a sustained, continuous tone with minimal decay and a smooth, steady timbre, then it is likely to be classified as featuring an organ.\",\"choices\":[\"A. IF the sound has a continuous tone but with a strong vibrato and fluctuating pitch, THEN it is likely to be classified as featuring an organ.\",\"B. IF the sound has a plucked attack and a short decay, THEN it is likely to be classified as featuring an organ.\",\"C. If the sound has a sustained, continuous tone with minimal decay and a smooth, steady timbre, then it is likely to be classified as featuring an organ.\",\"D. IF the sound has a bright, percussive timbre with rapid volume changes, THEN it is likely to be classified as featuring an organ.\"],\"class_label\":\"organ\",\"group_id\":34,\"mcq_rationale\":\"The first distractor focuses on a plucked attack and short decay, which is more characteristic of instruments like a harpsichord or guitar, not an organ. The second distractor emphasizes a bright, percussive timbre with rapid volume changes, which is more typical of a piano or percussion instrument, not the smooth and steady sound of an organ. The third distractor mentions a continuous tone but with strong vibrato and fluctuating pitch, which might be more characteristic of a string instrument or a synthesizer, rather than the steady, minimal vibrato tone of an organ. Each distractor highlights properties that are plausible for other instruments but not consistent with the smooth, sustained, and steady timbre of an organ.\",\"modality\":\"music\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as organ?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0065_1.wav\",\"audio/reasoning/I/gf-i-0065_2.wav\",\"audio/reasoning/I/gf-i-0065_3.wav\",\"audio/reasoning/I/gf-i-0065_4.wav\",\"audio/reasoning/I/gf-i-0065_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Music Instrument Classification\",\"task_id\":\"Music_Instruments_Classfication\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as organ?\\n\\nSelect the correct answer from the following choices:\\nA. IF the sound has a continuous tone but with a strong vibrato and fluctuating pitch, THEN it is likely to be classified as featuring an organ.\\nB. IF the sound has a plucked attack and a short decay, THEN it is likely to be classified as featuring an organ.\\nC. If the sound has a sustained, continuous tone with minimal decay and a smooth, steady timbre, then it is likely to be classified as featuring an organ.\\nD. IF the sound has a bright, percussive timbre with rapid volume changes, THEN it is likely to be classified as featuring an organ.\"}"} |
| {"id": "gf-i-0066", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as brass?", "choices": ["If the audio features a warm, mellow timbre with smooth, flowing notes often associated with woodwind instruments, then it is likely to be classified as featuring brass.", "If the audio features a bright, metallic timbre with strong, sustained notes that often have a brassy, resonant quality, then it is likely to be classified as featuring brass.", "If the audio features a bright, metallic timbre but primarily with plucked or struck strings, then it is likely to be classified as featuring brass.", "If the audio features short, percussive bursts of sound with a sharp attack and quick decay, then it is likely to be classified as featuring brass."], "answer": "If the audio features a bright, metallic timbre with strong, sustained notes that often have a brassy, resonant quality, then it is likely to be classified as featuring brass.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as brass?\n\nSelect the correct answer from the following choices:\nA. If the audio features a warm, mellow timbre with smooth, flowing notes often associated with woodwind instruments, then it is likely to be classified as featuring brass.\nB. If the audio features a bright, metallic timbre with strong, sustained notes that often have a brassy, resonant quality, then it is likely to be classified as featuring brass.\nC. If the audio features a bright, metallic timbre but primarily with plucked or struck strings, then it is likely to be classified as featuring brass.\nD. If the audio features short, percussive bursts of sound with a sharp attack and quick decay, then it is likely to be classified as featuring brass.", "audio": "audio/reasoning/I/gf-i-0066_1.wav", "audio_paths": ["audio/reasoning/I/gf-i-0066_1.wav", "audio/reasoning/I/gf-i-0066_2.mp3", "audio/reasoning/I/gf-i-0066_3.wav", "audio/reasoning/I/gf-i-0066_4.wav", "audio/reasoning/I/gf-i-0066_5.wav"], "num_audio": 5, "duration_s": 230.133, "source_id": "36", "legacy_id": "reasoning__induction_dataset_mcq_update__36", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the audio features a bright, metallic timbre with strong, sustained notes that often have a brassy, resonant quality, then it is likely to be classified as featuring brass.\",\"choices\":[\"A. If the audio features a warm, mellow timbre with smooth, flowing notes often associated with woodwind instruments, then it is likely to be classified as featuring brass.\",\"B. If the audio features a bright, metallic timbre with strong, sustained notes that often have a brassy, resonant quality, then it is likely to be classified as featuring brass.\",\"C. If the audio features a bright, metallic timbre but primarily with plucked or struck strings, then it is likely to be classified as featuring brass.\",\"D. If the audio features short, percussive bursts of sound with a sharp attack and quick decay, then it is likely to be classified as featuring brass.\"],\"class_label\":\"brass\",\"group_id\":36,\"mcq_rationale\":\"The first distractor is plausible because woodwind instruments can also have a warm tone, but it is incorrect for brass due to the distinct timbre differences. The second distractor focuses on percussive qualities, which can be found in some brass staccato playing, but it misses the sustained, resonant nature of brass instruments. The third distractor mentions a bright, metallic timbre, which is partially true for brass, but it incorrectly attributes the sound to plucked or struck strings, which is more characteristic of instruments like guitars or harps.\",\"modality\":\"music\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as brass?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0066_1.wav\",\"audio/reasoning/I/gf-i-0066_2.mp3\",\"audio/reasoning/I/gf-i-0066_3.wav\",\"audio/reasoning/I/gf-i-0066_4.wav\",\"audio/reasoning/I/gf-i-0066_5.wav\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Music Instrument Classification\",\"task_id\":\"Music_Instruments_Classfication\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as brass?\\n\\nSelect the correct answer from the following choices:\\nA. If the audio features a warm, mellow timbre with smooth, flowing notes often associated with woodwind instruments, then it is likely to be classified as featuring brass.\\nB. If the audio features a bright, metallic timbre with strong, sustained notes that often have a brassy, resonant quality, then it is likely to be classified as featuring brass.\\nC. If the audio features a bright, metallic timbre but primarily with plucked or struck strings, then it is likely to be classified as featuring brass.\\nD. If the audio features short, percussive bursts of sound with a sharp attack and quick decay, then it is likely to be classified as featuring brass.\"}"} |
| {"id": "gf-i-0067", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as hip-hop music?", "choices": ["If the music has a strong, repetitive drum beat and bassline, then it is likely to be classified as hip-hop music.", "If the lyrics contain themes of urban life or social commentary, then it is likely to be classified as hip-hop music.", "If the vocal delivery is fast-paced and energetic, then it is likely to be classified as hip-hop music.", "If the vocal delivery is rhythmic, spoken in a poetic or lyrical flow rather than sung, then it is likely to be classified as hip-hop music."], "answer": "If the vocal delivery is rhythmic, spoken in a poetic or lyrical flow rather than sung, then it is likely to be classified as hip-hop music.", "answer_label": "D", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as hip-hop music?\n\nSelect the correct answer from the following choices:\nA. If the music has a strong, repetitive drum beat and bassline, then it is likely to be classified as hip-hop music.\nB. If the lyrics contain themes of urban life or social commentary, then it is likely to be classified as hip-hop music.\nC. If the vocal delivery is fast-paced and energetic, then it is likely to be classified as hip-hop music.\nD. If the vocal delivery is rhythmic, spoken in a poetic or lyrical flow rather than sung, then it is likely to be classified as hip-hop music.", "audio": "audio/reasoning/I/gf-i-0067_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0067_1.mp3", "audio/reasoning/I/gf-i-0067_2.mp3", "audio/reasoning/I/gf-i-0067_3.mp3", "audio/reasoning/I/gf-i-0067_4.mp3", "audio/reasoning/I/gf-i-0067_5.mp3"], "num_audio": 5, "duration_s": 149.961, "source_id": "38", "legacy_id": "reasoning__induction_dataset_mcq_update__38", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"D. If the vocal delivery is rhythmic, spoken in a poetic or lyrical flow rather than sung, then it is likely to be classified as hip-hop music.\",\"choices\":[\"A. If the music has a strong, repetitive drum beat and bassline, then it is likely to be classified as hip-hop music.\",\"B. If the lyrics contain themes of urban life or social commentary, then it is likely to be classified as hip-hop music.\",\"C. If the vocal delivery is fast-paced and energetic, then it is likely to be classified as hip-hop music.\",\"D. If the vocal delivery is rhythmic, spoken in a poetic or lyrical flow rather than sung, then it is likely to be classified as hip-hop music.\"],\"class_label\":\"hip-hop\",\"group_id\":38,\"mcq_rationale\":\"The first distractor is plausible because hip-hop often features strong drum beats and basslines, but this is not unique to hip-hop and can apply to other genres like funk or electronic music. The second distractor is partially true since hip-hop often addresses urban themes, but this is not a defining acoustic property and can also appear in other genres like rock or blues. The third distractor focuses on tempo and energy, which can be found in many genres, including punk or electronic dance music, making it too broad and not specific to hip-hop.\",\"modality\":\"music\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as hip-hop music?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0067_1.mp3\",\"audio/reasoning/I/gf-i-0067_2.mp3\",\"audio/reasoning/I/gf-i-0067_3.mp3\",\"audio/reasoning/I/gf-i-0067_4.mp3\",\"audio/reasoning/I/gf-i-0067_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Music Genre Recognition\",\"task_id\":\"Music_Genre_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as hip-hop music?\\n\\nSelect the correct answer from the following choices:\\nA. If the music has a strong, repetitive drum beat and bassline, then it is likely to be classified as hip-hop music.\\nB. If the lyrics contain themes of urban life or social commentary, then it is likely to be classified as hip-hop music.\\nC. If the vocal delivery is fast-paced and energetic, then it is likely to be classified as hip-hop music.\\nD. If the vocal delivery is rhythmic, spoken in a poetic or lyrical flow rather than sung, then it is likely to be classified as hip-hop music.\"}"} |
| {"id": "gf-i-0068", "capability": "Reasoning", "capability_code": "Gf", "task": "Induction", "task_code": "I", "subtask": "Rule Induction", "answer_format": "multiple_choice", "question": "What is the most probable rule that indicates these audio samples should be classified as folk music?", "choices": ["If the music has a fast tempo and heavy percussion, then it is likely to be classified as folk music.", "If the music features acoustic instruments like guitar, banjo, or fiddle with minimal electronic production, then it is likely to be classified as folk music.", "If the music features prominent vocal harmonies and layered production, then it is likely to be classified as folk music.", "If the music includes electronic synthesizers and drum machines, then it is likely to be classified as folk music."], "answer": "If the music features acoustic instruments like guitar, banjo, or fiddle with minimal electronic production, then it is likely to be classified as folk music.", "answer_label": "B", "prompt": "You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\n\nWhat is the most probable rule that indicates these audio samples should be classified as folk music?\n\nSelect the correct answer from the following choices:\nA. If the music has a fast tempo and heavy percussion, then it is likely to be classified as folk music.\nB. If the music features acoustic instruments like guitar, banjo, or fiddle with minimal electronic production, then it is likely to be classified as folk music.\nC. If the music features prominent vocal harmonies and layered production, then it is likely to be classified as folk music.\nD. If the music includes electronic synthesizers and drum machines, then it is likely to be classified as folk music.", "audio": "audio/reasoning/I/gf-i-0068_1.mp3", "audio_paths": ["audio/reasoning/I/gf-i-0068_1.mp3", "audio/reasoning/I/gf-i-0068_2.mp3", "audio/reasoning/I/gf-i-0068_3.mp3", "audio/reasoning/I/gf-i-0068_4.mp3", "audio/reasoning/I/gf-i-0068_5.mp3"], "num_audio": 5, "duration_s": 149.961, "source_id": "41", "legacy_id": "reasoning__induction_dataset_mcq_update__41", "legacy_config": "reasoning__induction_dataset_mcq_update", "metadata_json": "{\"answer\":\"B. If the music features acoustic instruments like guitar, banjo, or fiddle with minimal electronic production, then it is likely to be classified as folk music.\",\"choices\":[\"A. If the music has a fast tempo and heavy percussion, then it is likely to be classified as folk music.\",\"B. If the music features acoustic instruments like guitar, banjo, or fiddle with minimal electronic production, then it is likely to be classified as folk music.\",\"C. If the music features prominent vocal harmonies and layered production, then it is likely to be classified as folk music.\",\"D. If the music includes electronic synthesizers and drum machines, then it is likely to be classified as folk music.\"],\"class_label\":\"folk\",\"group_id\":41,\"mcq_rationale\":\"The first distractor is plausible because some folk music does have vocal harmonies, but layered production is more typical of pop or rock genres. The second distractor focuses on tempo and percussion, which are more characteristic of rock or dance genres rather than folk. The third distractor mentions electronic synthesizers and drum machines, which are more associated with electronic or pop music rather than the acoustic nature of folk.\",\"modality\":\"music\",\"question\":\"What is the most probable rule that indicates these audio samples should be classified as folk music?\",\"resolved_audio\":[\"audio/reasoning/I/gf-i-0068_1.mp3\",\"audio/reasoning/I/gf-i-0068_2.mp3\",\"audio/reasoning/I/gf-i-0068_3.mp3\",\"audio/reasoning/I/gf-i-0068_4.mp3\",\"audio/reasoning/I/gf-i-0068_5.mp3\"],\"split\":\"induction/rule_induction\",\"sub_task\":\"rule_induction\",\"task\":\"Music Genre Recognition\",\"task_id\":\"Music_Genre_Recognition\",\"text_prompt\":\"You will hear 5 audio clips presented one after another, separated by brief pauses. All clips are grouped together because they share a common property.\\n\\nWhat is the most probable rule that indicates these audio samples should be classified as folk music?\\n\\nSelect the correct answer from the following choices:\\nA. If the music has a fast tempo and heavy percussion, then it is likely to be classified as folk music.\\nB. If the music features acoustic instruments like guitar, banjo, or fiddle with minimal electronic production, then it is likely to be classified as folk music.\\nC. If the music features prominent vocal harmonies and layered production, then it is likely to be classified as folk music.\\nD. If the music includes electronic synthesizers and drum machines, then it is likely to be classified as folk music.\"}"} |
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