data/auditory_processing/UL.jsonl

{"id": "ga-ul-0001", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the door facing?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0001.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0001.wav"], "num_audio": 1, "duration_s": 4.0, "source_id": "AUD_00001", "legacy_id": "auditory__auditory_manifest_all__aud_00001", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0001.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":4.0,\"item_id\":\"AUD_00001\",\"prompt\":\"Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0002", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the sound of flowing water come?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Right side", "answer_label": "B", "prompt": "From which direction does the sound of flowing water come? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0002.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0002.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00002", "legacy_id": "auditory__auditory_manifest_all__aud_00002", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"B. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0002.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00002\",\"prompt\":\"From which direction does the sound of flowing water come? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0003", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the musical instrument sound coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction is the musical instrument sound coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0003.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0003.wav"], "num_audio": 1, "duration_s": 25.0, "source_id": "AUD_00003", "legacy_id": "auditory__auditory_manifest_all__aud_00003", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0003.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":25.0,\"item_id\":\"AUD_00003\",\"prompt\":\"What direction is the musical instrument sound coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0004", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the fan located relative to you?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "Which direction is the fan located relative to you? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0004.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0004.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00004", "legacy_id": "auditory__auditory_manifest_all__aud_00004", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0004.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00004\",\"prompt\":\"Which direction is the fan located relative to you? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0005", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the applause coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the applause coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0005.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0005.wav"], "num_audio": 1, "duration_s": 3.0, "source_id": "AUD_00005", "legacy_id": "auditory__auditory_manifest_all__aud_00005", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0005.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.0,\"item_id\":\"AUD_00005\",\"prompt\":\"Which direction is the applause coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0006", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of this conversation?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Left side", "answer_label": "A", "prompt": "What is the location of this conversation? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0006.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0006.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00006", "legacy_id": "auditory__auditory_manifest_all__aud_00006", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"A. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0006.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00006\",\"prompt\":\"What is the location of this conversation? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0007", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0007.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0007.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00007", "legacy_id": "auditory__auditory_manifest_all__aud_00007", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0007.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00007\",\"prompt\":\"What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0008", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the faucet in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the faucet in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0008.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0008.wav"], "num_audio": 1, "duration_s": 5.0, "source_id": "AUD_00008", "legacy_id": "auditory__auditory_manifest_all__aud_00008", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0008.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.0,\"item_id\":\"AUD_00008\",\"prompt\":\"Which direction is the faucet in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0009", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the girl who is laughing coming from?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "Which direction is the girl who is laughing coming from? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0009.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0009.wav"], "num_audio": 1, "duration_s": 16.0, "source_id": "AUD_00009", "legacy_id": "auditory__auditory_manifest_all__aud_00009", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0009.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":16.0,\"item_id\":\"AUD_00009\",\"prompt\":\"Which direction is the girl who is laughing coming from? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0010", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of this conversation?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Left side", "answer_label": "A", "prompt": "What is the location of this conversation? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0010.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0010.wav"], "num_audio": 1, "duration_s": 17.512, "source_id": "AUD_00010", "legacy_id": "auditory__auditory_manifest_all__aud_00010", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"A. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0010.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":17.51,\"item_id\":\"AUD_00010\",\"prompt\":\"What is the location of this conversation? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0011", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0011.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0011.wav"], "num_audio": 1, "duration_s": 13.0, "source_id": "AUD_00011", "legacy_id": "auditory__auditory_manifest_all__aud_00011", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0011.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":13.0,\"item_id\":\"AUD_00011\",\"prompt\":\"What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0012", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0012.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0012.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00012", "legacy_id": "auditory__auditory_manifest_all__aud_00012", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0012.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00012\",\"prompt\":\"What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0013", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction are male computer science students in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction are male computer science students in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0013.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0013.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00013", "legacy_id": "auditory__auditory_manifest_all__aud_00013", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0013.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00013\",\"prompt\":\"What direction are male computer science students in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0014", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the throat-clearing sound come?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Left side", "answer_label": "A", "prompt": "From which direction does the throat-clearing sound come? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0014.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0014.wav"], "num_audio": 1, "duration_s": 5.0, "source_id": "AUD_00014", "legacy_id": "auditory__auditory_manifest_all__aud_00014", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"A. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0014.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.0,\"item_id\":\"AUD_00014\",\"prompt\":\"From which direction does the throat-clearing sound come? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0015", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction is the music coming?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Right side", "answer_label": "B", "prompt": "From which direction is the music coming? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0015.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0015.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00015", "legacy_id": "auditory__auditory_manifest_all__aud_00015", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"B. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0015.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00015\",\"prompt\":\"From which direction is the music coming? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0016", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the vacuum cleaner?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "Which direction is the vacuum cleaner? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0016.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0016.wav"], "num_audio": 1, "duration_s": 6.0, "source_id": "AUD_00016", "legacy_id": "auditory__auditory_manifest_all__aud_00016", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0016.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.0,\"item_id\":\"AUD_00016\",\"prompt\":\"Which direction is the vacuum cleaner? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0017", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction does the boy's laughter come from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction does the boy's laughter come from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0017.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0017.wav"], "num_audio": 1, "duration_s": 7.0, "source_id": "AUD_00017", "legacy_id": "auditory__auditory_manifest_all__aud_00017", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0017.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":7.0,\"item_id\":\"AUD_00017\",\"prompt\":\"Which direction does the boy's laughter come from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0018", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy who's asking everyone what they want to drink?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction is the boy who's asking everyone what they want to drink? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0018.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0018.wav"], "num_audio": 1, "duration_s": 8.0, "source_id": "AUD_00018", "legacy_id": "auditory__auditory_manifest_all__aud_00018", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0018.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":8.0,\"item_id\":\"AUD_00018\",\"prompt\":\"What direction is the boy who's asking everyone what they want to drink? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0019", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the music coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the music coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0019.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0019.wav"], "num_audio": 1, "duration_s": 25.0, "source_id": "AUD_00019", "legacy_id": "auditory__auditory_manifest_all__aud_00019", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0019.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":25.0,\"item_id\":\"AUD_00019\",\"prompt\":\"Which direction is the music coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0020", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the instrument in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "What direction is the instrument in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0020.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0020.wav"], "num_audio": 1, "duration_s": 29.0, "source_id": "AUD_00020", "legacy_id": "auditory__auditory_manifest_all__aud_00020", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0020.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":29.0,\"item_id\":\"AUD_00020\",\"prompt\":\"What direction is the instrument in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0021", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the boy in?", "choices": ["left side", "right side", "directly ahead"], "answer": "right side", "answer_label": "B", "prompt": "Which direction is the boy in? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0021.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0021.wav"], "num_audio": 1, "duration_s": 7.0, "source_id": "AUD_00021", "legacy_id": "auditory__auditory_manifest_all__aud_00021", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"B. right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0021.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":7.0,\"item_id\":\"AUD_00021\",\"prompt\":\"Which direction is the boy in? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0022", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the applause come?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Right side", "answer_label": "B", "prompt": "From which direction does the applause come? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0022.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0022.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00022", "legacy_id": "auditory__auditory_manifest_all__aud_00022", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"B. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0022.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00022\",\"prompt\":\"From which direction does the applause come? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0023", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the girl who is laughing coming from?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Left side", "answer_label": "A", "prompt": "Which direction is the girl who is laughing coming from? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0023.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0023.wav"], "num_audio": 1, "duration_s": 4.0, "source_id": "AUD_00023", "legacy_id": "auditory__auditory_manifest_all__aud_00023", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"A. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0023.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":4.0,\"item_id\":\"AUD_00023\",\"prompt\":\"Which direction is the girl who is laughing coming from? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0024", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of the person answering the phone?", "choices": ["left side", "right side", "directly ahead"], "answer": "right side", "answer_label": "B", "prompt": "What is the location of the person answering the phone? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0024.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0024.wav"], "num_audio": 1, "duration_s": 25.0, "source_id": "AUD_00024", "legacy_id": "auditory__auditory_manifest_all__aud_00024", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"B. right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0024.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":25.0,\"item_id\":\"AUD_00024\",\"prompt\":\"What is the location of the person answering the phone? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0025", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the faucet in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the faucet in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0025.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0025.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00025", "legacy_id": "auditory__auditory_manifest_all__aud_00025", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0025.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00025\",\"prompt\":\"Which direction is the faucet in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0026", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the bell sound come?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "From which direction does the bell sound come? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0026.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0026.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00026", "legacy_id": "auditory__auditory_manifest_all__aud_00026", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0026.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00026\",\"prompt\":\"From which direction does the bell sound come? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0027", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the music coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the music coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0027.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0027.wav"], "num_audio": 1, "duration_s": 22.0, "source_id": "AUD_00027", "legacy_id": "auditory__auditory_manifest_all__aud_00027", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0027.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":22.0,\"item_id\":\"AUD_00027\",\"prompt\":\"Which direction is the music coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0028", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the bell located?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the bell located? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0028.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0028.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00028", "legacy_id": "auditory__auditory_manifest_all__aud_00028", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0028.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00028\",\"prompt\":\"Which direction is the bell located? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0029", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy in?", "choices": ["left side", "right side", "directly ahead"], "answer": "right side", "answer_label": "B", "prompt": "What direction is the boy in? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0029.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0029.wav"], "num_audio": 1, "duration_s": 30.0, "source_id": "AUD_00029", "legacy_id": "auditory__auditory_manifest_all__aud_00029", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"B. right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0029.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":30.0,\"item_id\":\"AUD_00029\",\"prompt\":\"What direction is the boy in? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0030", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the girl?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "Which direction is the girl? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0030.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0030.wav"], "num_audio": 1, "duration_s": 30.0, "source_id": "AUD_00030", "legacy_id": "auditory__auditory_manifest_all__aud_00030", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0030.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":30.0,\"item_id\":\"AUD_00030\",\"prompt\":\"Which direction is the girl? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0031", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the faucet in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the faucet in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0031.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0031.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00031", "legacy_id": "auditory__auditory_manifest_all__aud_00031", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0031.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00031\",\"prompt\":\"Which direction is the faucet in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0032", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the phone ring coming from?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Right side", "answer_label": "B", "prompt": "Which direction is the phone ring coming from? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0032.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0032.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00032", "legacy_id": "auditory__auditory_manifest_all__aud_00032", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"B. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0032.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00032\",\"prompt\":\"Which direction is the phone ring coming from? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0033", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of this conversation?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "What is the location of this conversation? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0033.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0033.wav"], "num_audio": 1, "duration_s": 30.0, "source_id": "AUD_00033", "legacy_id": "auditory__auditory_manifest_all__aud_00033", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0033.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":30.0,\"item_id\":\"AUD_00033\",\"prompt\":\"What is the location of this conversation? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0034", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "In a performance with three instruments, which direction is the bell sound coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "In a performance with three instruments, which direction is the bell sound coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0034.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0034.wav"], "num_audio": 1, "duration_s": 13.0, "source_id": "AUD_00034", "legacy_id": "auditory__auditory_manifest_all__aud_00034", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0034.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":13.0,\"item_id\":\"AUD_00034\",\"prompt\":\"In a performance with three instruments, which direction is the bell sound coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0035", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the position of the boy who speaks the first sentence?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "What is the position of the boy who speaks the first sentence? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0035.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0035.wav"], "num_audio": 1, "duration_s": 24.0, "source_id": "AUD_00035", "legacy_id": "auditory__auditory_manifest_all__aud_00035", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0035.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":24.0,\"item_id\":\"AUD_00035\",\"prompt\":\"What is the position of the boy who speaks the first sentence? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0036", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of this conversation?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Left side", "answer_label": "A", "prompt": "What is the location of this conversation? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0036.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0036.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00036", "legacy_id": "auditory__auditory_manifest_all__aud_00036", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"A. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0036.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00036\",\"prompt\":\"What is the location of this conversation? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0037", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the bell sound come?", "choices": ["Left side", "Right side", "Directly in front"], "answer": "Left side", "answer_label": "A", "prompt": "From which direction does the bell sound come? Choices: A. Left side B. Right side C. Directly in front", "audio": "audio/auditory_processing/UL/ga-ul-0037.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0037.wav"], "num_audio": 1, "duration_s": 26.0, "source_id": "AUD_00037", "legacy_id": "auditory__auditory_manifest_all__aud_00037", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly in front\"],\"answer\":\"A. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0037.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":26.0,\"item_id\":\"AUD_00037\",\"prompt\":\"From which direction does the bell sound come? Choices: A. Left side B. Right side C. Directly in front\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0038", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the door facing?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0038.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0038.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00038", "legacy_id": "auditory__auditory_manifest_all__aud_00038", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0038.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00038\",\"prompt\":\"Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0039", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "In a three-person conversation, which direction is the male voice coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "In a three-person conversation, which direction is the male voice coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0039.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0039.wav"], "num_audio": 1, "duration_s": 19.0, "source_id": "AUD_00039", "legacy_id": "auditory__auditory_manifest_all__aud_00039", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0039.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":19.0,\"item_id\":\"AUD_00039\",\"prompt\":\"In a three-person conversation, which direction is the male voice coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0040", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the bell sound come?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Right side", "answer_label": "B", "prompt": "From which direction does the bell sound come? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0040.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0040.wav"], "num_audio": 1, "duration_s": 11.0, "source_id": "AUD_00040", "legacy_id": "auditory__auditory_manifest_all__aud_00040", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"B. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0040.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":11.0,\"item_id\":\"AUD_00040\",\"prompt\":\"From which direction does the bell sound come? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0041", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of this conversation?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "What is the location of this conversation? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0041.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0041.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00041", "legacy_id": "auditory__auditory_manifest_all__aud_00041", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0041.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00041\",\"prompt\":\"What is the location of this conversation? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0042", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the direction of the musical instrument sound?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What is the direction of the musical instrument sound? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0042.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0042.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00042", "legacy_id": "auditory__auditory_manifest_all__aud_00042", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0042.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00042\",\"prompt\":\"What is the direction of the musical instrument sound? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0043", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the door facing?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0043.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0043.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00043", "legacy_id": "auditory__auditory_manifest_all__aud_00043", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0043.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00043\",\"prompt\":\"Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0044", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the sound of flowing water come?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "From which direction does the sound of flowing water come? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0044.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0044.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00044", "legacy_id": "auditory__auditory_manifest_all__aud_00044", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0044.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00044\",\"prompt\":\"From which direction does the sound of flowing water come? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0045", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the electric kettle located in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the electric kettle located in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0045.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0045.wav"], "num_audio": 1, "duration_s": 21.0, "source_id": "AUD_00045", "legacy_id": "auditory__auditory_manifest_all__aud_00045", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0045.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":21.0,\"item_id\":\"AUD_00045\",\"prompt\":\"Which direction is the electric kettle located in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0046", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the door facing?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0046.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0046.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00046", "legacy_id": "auditory__auditory_manifest_all__aud_00046", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0046.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00046\",\"prompt\":\"Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0047", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0047.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0047.wav"], "num_audio": 1, "duration_s": 14.0, "source_id": "AUD_00047", "legacy_id": "auditory__auditory_manifest_all__aud_00047", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0047.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":14.0,\"item_id\":\"AUD_00047\",\"prompt\":\"What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0048", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the clapping sound come?", "choices": ["Left side", "Right side", "Directly ahead"], "answer": "Right side", "answer_label": "B", "prompt": "From which direction does the clapping sound come? Choices: A. Left side B. Right side C. Directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0048.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0048.wav"], "num_audio": 1, "duration_s": 6.0, "source_id": "AUD_00048", "legacy_id": "auditory__auditory_manifest_all__aud_00048", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Left side\",\"B. Right side\",\"C. Directly ahead\"],\"answer\":\"B. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0048.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.0,\"item_id\":\"AUD_00048\",\"prompt\":\"From which direction does the clapping sound come? Choices: A. Left side B. Right side C. Directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0049", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "From which direction does the sighing sound come?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "From which direction does the sighing sound come? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0049.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0049.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00049", "legacy_id": "auditory__auditory_manifest_all__aud_00049", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0049.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00049\",\"prompt\":\"From which direction does the sighing sound come? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0050", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of the phone?", "choices": ["left side", "right side", "directly ahead"], "answer": "left side", "answer_label": "A", "prompt": "What is the location of the phone? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0050.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0050.wav"], "num_audio": 1, "duration_s": 5.0, "source_id": "AUD_00050", "legacy_id": "auditory__auditory_manifest_all__aud_00050", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"A. left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0050.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.0,\"item_id\":\"AUD_00050\",\"prompt\":\"What is the location of the phone? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0051", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What is the location of this conversation?", "choices": ["left side", "right side", "directly ahead"], "answer": "directly ahead", "answer_label": "C", "prompt": "What is the location of this conversation? Choices: A. left side B. right side C. directly ahead", "audio": "audio/auditory_processing/UL/ga-ul-0051.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0051.wav"], "num_audio": 1, "duration_s": 30.0, "source_id": "AUD_00051", "legacy_id": "auditory__auditory_manifest_all__aud_00051", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. left side\",\"B. right side\",\"C. directly ahead\"],\"answer\":\"C. directly ahead\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0051.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":30.0,\"item_id\":\"AUD_00051\",\"prompt\":\"What is the location of this conversation? Choices: A. left side B. right side C. directly ahead\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0052", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the girl?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the girl? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0052.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0052.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00052", "legacy_id": "auditory__auditory_manifest_all__aud_00052", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0052.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00052\",\"prompt\":\"Which direction is the girl? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0053", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the door facing?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0053.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0053.wav"], "num_audio": 1, "duration_s": 6.0, "source_id": "AUD_00053", "legacy_id": "auditory__auditory_manifest_all__aud_00053", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0053.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.0,\"item_id\":\"AUD_00053\",\"prompt\":\"Which direction is the door facing? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0054", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which direction is the music coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "Which direction is the music coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0054.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0054.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00054", "legacy_id": "auditory__auditory_manifest_all__aud_00054", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0054.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00054\",\"prompt\":\"Which direction is the music coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0055", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the girl who asked the question in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Right side", "answer_label": "C", "prompt": "What direction is the girl who asked the question in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0055.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0055.wav"], "num_audio": 1, "duration_s": 18.0, "source_id": "AUD_00055", "legacy_id": "auditory__auditory_manifest_all__aud_00055", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"C. Right side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0055.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":18.0,\"item_id\":\"AUD_00055\",\"prompt\":\"What direction is the girl who asked the question in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0056", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the sound of keyboard typing coming from?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Directly ahead", "answer_label": "A", "prompt": "What direction is the sound of keyboard typing coming from? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0056.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0056.wav"], "num_audio": 1, "duration_s": 14.0, "source_id": "AUD_00056", "legacy_id": "auditory__auditory_manifest_all__aud_00056", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"A. Directly ahead\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0056.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":14.0,\"item_id\":\"AUD_00056\",\"prompt\":\"What direction is the sound of keyboard typing coming from? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0057", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "What direction is the boy in?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0057.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0057.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00057", "legacy_id": "auditory__auditory_manifest_all__aud_00057", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0057.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00057\",\"prompt\":\"What direction is the boy in? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0058", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "In which direction is the sound of the bell?", "choices": ["Directly ahead", "Left side", "Right side"], "answer": "Left side", "answer_label": "B", "prompt": "In which direction is the sound of the bell? Choices: A. Directly ahead B. Left side C. Right side", "audio": "audio/auditory_processing/UL/ga-ul-0058.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0058.wav"], "num_audio": 1, "duration_s": 8.0, "source_id": "AUD_00058", "legacy_id": "auditory__auditory_manifest_all__aud_00058", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Directly ahead\",\"B. Left side\",\"C. Right side\"],\"answer\":\"B. Left side\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0058.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":8.0,\"item_id\":\"AUD_00058\",\"prompt\":\"In which direction is the sound of the bell? Choices: A. Directly ahead B. Left side C. Right side\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0059", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0059.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0059.wav"], "num_audio": 1, "duration_s": 2.133, "source_id": "AUD_00060", "legacy_id": "auditory__auditory_manifest_all__aud_00060", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0059.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00060\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0060", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0060.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0060.wav"], "num_audio": 1, "duration_s": 3.051, "source_id": "AUD_00061", "legacy_id": "auditory__auditory_manifest_all__aud_00061", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0060.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.05,\"item_id\":\"AUD_00061\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0061", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0061.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0061.wav"], "num_audio": 1, "duration_s": 2.252, "source_id": "AUD_00062", "legacy_id": "auditory__auditory_manifest_all__aud_00062", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0061.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00062\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0062", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0062.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0062.wav"], "num_audio": 1, "duration_s": 3.409, "source_id": "AUD_00063", "legacy_id": "auditory__auditory_manifest_all__aud_00063", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0062.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00063\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0063", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0063.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0063.wav"], "num_audio": 1, "duration_s": 5.933, "source_id": "AUD_00064", "legacy_id": "auditory__auditory_manifest_all__aud_00064", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0063.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.93,\"item_id\":\"AUD_00064\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0064", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0064.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0064.wav"], "num_audio": 1, "duration_s": 2.604, "source_id": "AUD_00065", "legacy_id": "auditory__auditory_manifest_all__aud_00065", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0064.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00065\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0065", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0065.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0065.wav"], "num_audio": 1, "duration_s": 2.254, "source_id": "AUD_00066", "legacy_id": "auditory__auditory_manifest_all__aud_00066", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0065.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00066\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0066", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0066.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0066.wav"], "num_audio": 1, "duration_s": 6.398, "source_id": "AUD_00067", "legacy_id": "auditory__auditory_manifest_all__aud_00067", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0066.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00067\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0067", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0067.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0067.wav"], "num_audio": 1, "duration_s": 2.935, "source_id": "AUD_00068", "legacy_id": "auditory__auditory_manifest_all__aud_00068", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0067.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.94,\"item_id\":\"AUD_00068\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0068", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0068.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0068.wav"], "num_audio": 1, "duration_s": 2.252, "source_id": "AUD_00069", "legacy_id": "auditory__auditory_manifest_all__aud_00069", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0068.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00069\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0069", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0069.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0069.wav"], "num_audio": 1, "duration_s": 2.131, "source_id": "AUD_00070", "legacy_id": "auditory__auditory_manifest_all__aud_00070", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0069.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00070\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0070", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Right (90 degrees - 180 degrees)", "answer_label": "B", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0070.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0070.wav"], "num_audio": 1, "duration_s": 2.933, "source_id": "AUD_00071", "legacy_id": "auditory__auditory_manifest_all__aud_00071", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"B. Back-Right (90 degrees - 180 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0070.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.93,\"item_id\":\"AUD_00071\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0071", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0071.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0071.wav"], "num_audio": 1, "duration_s": 3.409, "source_id": "AUD_00072", "legacy_id": "auditory__auditory_manifest_all__aud_00072", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0071.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00072\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0072", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0072.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0072.wav"], "num_audio": 1, "duration_s": 2.598, "source_id": "AUD_00073", "legacy_id": "auditory__auditory_manifest_all__aud_00073", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0072.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00073\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0073", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0073.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0073.wav"], "num_audio": 1, "duration_s": 3.057, "source_id": "AUD_00074", "legacy_id": "auditory__auditory_manifest_all__aud_00074", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0073.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.06,\"item_id\":\"AUD_00074\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0074", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0074.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0074.wav"], "num_audio": 1, "duration_s": 2.935, "source_id": "AUD_00075", "legacy_id": "auditory__auditory_manifest_all__aud_00075", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0074.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.94,\"item_id\":\"AUD_00075\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0075", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0075.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0075.wav"], "num_audio": 1, "duration_s": 2.604, "source_id": "AUD_00076", "legacy_id": "auditory__auditory_manifest_all__aud_00076", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0075.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00076\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0076", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0076.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0076.wav"], "num_audio": 1, "duration_s": 2.133, "source_id": "AUD_00077", "legacy_id": "auditory__auditory_manifest_all__aud_00077", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0076.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00077\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0077", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0077.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0077.wav"], "num_audio": 1, "duration_s": 2.251, "source_id": "AUD_00078", "legacy_id": "auditory__auditory_manifest_all__aud_00078", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0077.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00078\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0078", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0078.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0078.wav"], "num_audio": 1, "duration_s": 2.25, "source_id": "AUD_00079", "legacy_id": "auditory__auditory_manifest_all__aud_00079", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0078.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00079\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0079", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0079.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0079.wav"], "num_audio": 1, "duration_s": 2.25, "source_id": "AUD_00080", "legacy_id": "auditory__auditory_manifest_all__aud_00080", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0079.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00080\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0080", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0080.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0080.wav"], "num_audio": 1, "duration_s": 3.409, "source_id": "AUD_00081", "legacy_id": "auditory__auditory_manifest_all__aud_00081", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0080.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00081\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0081", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0081.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0081.wav"], "num_audio": 1, "duration_s": 2.931, "source_id": "AUD_00082", "legacy_id": "auditory__auditory_manifest_all__aud_00082", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0081.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.93,\"item_id\":\"AUD_00082\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0082", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0082.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0082.wav"], "num_audio": 1, "duration_s": 5.931, "source_id": "AUD_00083", "legacy_id": "auditory__auditory_manifest_all__aud_00083", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0082.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.93,\"item_id\":\"AUD_00083\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0083", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0083.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0083.wav"], "num_audio": 1, "duration_s": 2.933, "source_id": "AUD_00084", "legacy_id": "auditory__auditory_manifest_all__aud_00084", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0083.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.93,\"item_id\":\"AUD_00084\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0084", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0084.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0084.wav"], "num_audio": 1, "duration_s": 6.052, "source_id": "AUD_00085", "legacy_id": "auditory__auditory_manifest_all__aud_00085", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0084.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.05,\"item_id\":\"AUD_00085\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0085", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0085.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0085.wav"], "num_audio": 1, "duration_s": 3.051, "source_id": "AUD_00086", "legacy_id": "auditory__auditory_manifest_all__aud_00086", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0085.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.05,\"item_id\":\"AUD_00086\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0086", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0086.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0086.wav"], "num_audio": 1, "duration_s": 2.598, "source_id": "AUD_00087", "legacy_id": "auditory__auditory_manifest_all__aud_00087", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0086.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00087\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0087", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0087.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0087.wav"], "num_audio": 1, "duration_s": 6.051, "source_id": "AUD_00088", "legacy_id": "auditory__auditory_manifest_all__aud_00088", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0087.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.05,\"item_id\":\"AUD_00088\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0088", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0088.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0088.wav"], "num_audio": 1, "duration_s": 6.409, "source_id": "AUD_00089", "legacy_id": "auditory__auditory_manifest_all__aud_00089", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0088.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.41,\"item_id\":\"AUD_00089\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0089", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0089.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0089.wav"], "num_audio": 1, "duration_s": 3.052, "source_id": "AUD_00090", "legacy_id": "auditory__auditory_manifest_all__aud_00090", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0089.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.05,\"item_id\":\"AUD_00090\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0090", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0090.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0090.wav"], "num_audio": 1, "duration_s": 3.409, "source_id": "AUD_00091", "legacy_id": "auditory__auditory_manifest_all__aud_00091", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0090.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00091\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0091", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0091.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0091.wav"], "num_audio": 1, "duration_s": 2.133, "source_id": "AUD_00092", "legacy_id": "auditory__auditory_manifest_all__aud_00092", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0091.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00092\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0092", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0092.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0092.wav"], "num_audio": 1, "duration_s": 2.935, "source_id": "AUD_00093", "legacy_id": "auditory__auditory_manifest_all__aud_00093", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0092.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.94,\"item_id\":\"AUD_00093\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0093", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0093.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0093.wav"], "num_audio": 1, "duration_s": 2.933, "source_id": "AUD_00094", "legacy_id": "auditory__auditory_manifest_all__aud_00094", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0093.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.93,\"item_id\":\"AUD_00094\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0094", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Left (270 degrees - 360 degrees)", "answer_label": "D", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0094.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0094.wav"], "num_audio": 1, "duration_s": 2.25, "source_id": "AUD_00095", "legacy_id": "auditory__auditory_manifest_all__aud_00095", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"D. Front-Left (270 degrees - 360 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0094.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.25,\"item_id\":\"AUD_00095\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0095", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0095.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0095.wav"], "num_audio": 1, "duration_s": 5.931, "source_id": "AUD_00096", "legacy_id": "auditory__auditory_manifest_all__aud_00096", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0095.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.93,\"item_id\":\"AUD_00096\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0096", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0096.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0096.wav"], "num_audio": 1, "duration_s": 2.599, "source_id": "AUD_00097", "legacy_id": "auditory__auditory_manifest_all__aud_00097", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0096.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00097\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0097", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0097.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0097.wav"], "num_audio": 1, "duration_s": 2.131, "source_id": "AUD_00098", "legacy_id": "auditory__auditory_manifest_all__aud_00098", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0097.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00098\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0098", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0098.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0098.wav"], "num_audio": 1, "duration_s": 2.599, "source_id": "AUD_00099", "legacy_id": "auditory__auditory_manifest_all__aud_00099", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0098.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00099\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0099", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0099.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0099.wav"], "num_audio": 1, "duration_s": 6.05, "source_id": "AUD_00100", "legacy_id": "auditory__auditory_manifest_all__aud_00100", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0099.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.05,\"item_id\":\"AUD_00100\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0100", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0100.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0100.wav"], "num_audio": 1, "duration_s": 2.133, "source_id": "AUD_00101", "legacy_id": "auditory__auditory_manifest_all__aud_00101", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0100.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00101\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0101", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0101.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0101.wav"], "num_audio": 1, "duration_s": 2.133, "source_id": "AUD_00102", "legacy_id": "auditory__auditory_manifest_all__aud_00102", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0101.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00102\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0102", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0102.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0102.wav"], "num_audio": 1, "duration_s": 2.135, "source_id": "AUD_00103", "legacy_id": "auditory__auditory_manifest_all__aud_00103", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0102.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.14,\"item_id\":\"AUD_00103\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0103", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0103.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0103.wav"], "num_audio": 1, "duration_s": 2.933, "source_id": "AUD_00104", "legacy_id": "auditory__auditory_manifest_all__aud_00104", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0103.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.93,\"item_id\":\"AUD_00104\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0104", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0104.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0104.wav"], "num_audio": 1, "duration_s": 2.133, "source_id": "AUD_00105", "legacy_id": "auditory__auditory_manifest_all__aud_00105", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0104.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.13,\"item_id\":\"AUD_00105\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0105", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0105.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0105.wav"], "num_audio": 1, "duration_s": 6.398, "source_id": "AUD_00106", "legacy_id": "auditory__auditory_manifest_all__aud_00106", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0105.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00106\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0106", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Front-Right (0 degree - 90 degrees)", "answer_label": "A", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0106.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0106.wav"], "num_audio": 1, "duration_s": 6.409, "source_id": "AUD_00107", "legacy_id": "auditory__auditory_manifest_all__aud_00107", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"A. Front-Right (0 degree - 90 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0106.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.41,\"item_id\":\"AUD_00107\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0107", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0107.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0107.wav"], "num_audio": 1, "duration_s": 6.404, "source_id": "AUD_00108", "legacy_id": "auditory__auditory_manifest_all__aud_00108", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0107.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00108\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0108", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Azimuth Estimation", "answer_format": "multiple_choice", "question": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from?", "choices": ["Front-Right (0 degree - 90 degrees)", "Back-Right (90 degrees - 180 degrees)", "Back-Left (180 degrees - 270 degrees)", "Front-Left (270 degrees - 360 degrees)", "Unable to determine"], "answer": "Back-Left (180 degrees - 270 degrees)", "answer_label": "C", "prompt": "Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0108.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0108.wav"], "num_audio": 1, "duration_s": 3.422, "source_id": "AUD_00109", "legacy_id": "auditory__auditory_manifest_all__aud_00109", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Front-Right (0 degree - 90 degrees)\",\"B. Back-Right (90 degrees - 180 degrees)\",\"C. Back-Left (180 degrees - 270 degrees)\",\"D. Front-Left (270 degrees - 360 degrees)\",\"E. Unable to determine\"],\"answer\":\"C. Back-Left (180 degrees - 270 degrees)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0108.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.42,\"item_id\":\"AUD_00109\",\"prompt\":\"Given that 0 degree is directly in front and the angle increases clockwise, which azimuth range is the sound most likely coming from? Choices: A. Front-Right (0 degree - 90 degrees) B. Back-Right (90 degrees - 180 degrees) C. Back-Left (180 degrees - 270 degrees) D. Front-Left (270 degrees - 360 degrees) E. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0109", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Far (more than 8 meters)", "answer_label": "C", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0109.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0109.wav"], "num_audio": 1, "duration_s": 6.423, "source_id": "AUD_00110", "legacy_id": "auditory__auditory_manifest_all__aud_00110", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"C. Far (more than 8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0109.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.42,\"item_id\":\"AUD_00110\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0110", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Far (more than 8 meters)", "answer_label": "C", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0110.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0110.wav"], "num_audio": 1, "duration_s": 3.423, "source_id": "AUD_00111", "legacy_id": "auditory__auditory_manifest_all__aud_00111", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"C. Far (more than 8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0110.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.42,\"item_id\":\"AUD_00111\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0111", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Far (more than 8 meters)", "answer_label": "C", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0111.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0111.wav"], "num_audio": 1, "duration_s": 3.426, "source_id": "AUD_00112", "legacy_id": "auditory__auditory_manifest_all__aud_00112", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"C. Far (more than 8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0111.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.43,\"item_id\":\"AUD_00112\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0112", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Far (more than 8 meters)", "answer_label": "C", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0112.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0112.wav"], "num_audio": 1, "duration_s": 2.626, "source_id": "AUD_00113", "legacy_id": "auditory__auditory_manifest_all__aud_00113", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"C. Far (more than 8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0112.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.63,\"item_id\":\"AUD_00113\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0113", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Far (more than 8 meters)", "answer_label": "C", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0113.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0113.wav"], "num_audio": 1, "duration_s": 2.623, "source_id": "AUD_00114", "legacy_id": "auditory__auditory_manifest_all__aud_00114", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"C. Far (more than 8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0113.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.62,\"item_id\":\"AUD_00114\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0114", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Far (more than 8 meters)", "answer_label": "C", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0114.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0114.wav"], "num_audio": 1, "duration_s": 6.426, "source_id": "AUD_00115", "legacy_id": "auditory__auditory_manifest_all__aud_00115", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"C. Far (more than 8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0114.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.43,\"item_id\":\"AUD_00115\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0115", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0115.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0115.wav"], "num_audio": 1, "duration_s": 6.402, "source_id": "AUD_00116", "legacy_id": "auditory__auditory_manifest_all__aud_00116", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0115.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00116\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0116", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0116.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0116.wav"], "num_audio": 1, "duration_s": 2.599, "source_id": "AUD_00117", "legacy_id": "auditory__auditory_manifest_all__aud_00117", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0116.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00117\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0117", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0117.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0117.wav"], "num_audio": 1, "duration_s": 2.599, "source_id": "AUD_00118", "legacy_id": "auditory__auditory_manifest_all__aud_00118", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0117.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00118\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0118", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0118.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0118.wav"], "num_audio": 1, "duration_s": 2.602, "source_id": "AUD_00119", "legacy_id": "auditory__auditory_manifest_all__aud_00119", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0118.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00119\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0119", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0119.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0119.wav"], "num_audio": 1, "duration_s": 6.402, "source_id": "AUD_00120", "legacy_id": "auditory__auditory_manifest_all__aud_00120", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0119.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00120\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0120", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0120.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0120.wav"], "num_audio": 1, "duration_s": 3.399, "source_id": "AUD_00121", "legacy_id": "auditory__auditory_manifest_all__aud_00121", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0120.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.4,\"item_id\":\"AUD_00121\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0121", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0121.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0121.wav"], "num_audio": 1, "duration_s": 2.602, "source_id": "AUD_00122", "legacy_id": "auditory__auditory_manifest_all__aud_00122", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0121.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.6,\"item_id\":\"AUD_00122\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0122", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0122.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0122.wav"], "num_audio": 1, "duration_s": 6.399, "source_id": "AUD_00123", "legacy_id": "auditory__auditory_manifest_all__aud_00123", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0122.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00123\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0123", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0123.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0123.wav"], "num_audio": 1, "duration_s": 6.399, "source_id": "AUD_00124", "legacy_id": "auditory__auditory_manifest_all__aud_00124", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0123.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.4,\"item_id\":\"AUD_00124\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0124", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Near (within about 0-3 meters)", "answer_label": "A", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0124.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0124.wav"], "num_audio": 1, "duration_s": 3.402, "source_id": "AUD_00125", "legacy_id": "auditory__auditory_manifest_all__aud_00125", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"A. Near (within about 0-3 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0124.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.4,\"item_id\":\"AUD_00125\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0125", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0125.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0125.wav"], "num_audio": 1, "duration_s": 2.617, "source_id": "AUD_00126", "legacy_id": "auditory__auditory_manifest_all__aud_00126", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0125.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.62,\"item_id\":\"AUD_00126\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0126", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0126.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0126.wav"], "num_audio": 1, "duration_s": 3.417, "source_id": "AUD_00127", "legacy_id": "auditory__auditory_manifest_all__aud_00127", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0126.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.42,\"item_id\":\"AUD_00127\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0127", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0127.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0127.wav"], "num_audio": 1, "duration_s": 3.405, "source_id": "AUD_00128", "legacy_id": "auditory__auditory_manifest_all__aud_00128", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0127.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00128\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0128", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0128.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0128.wav"], "num_audio": 1, "duration_s": 6.411, "source_id": "AUD_00129", "legacy_id": "auditory__auditory_manifest_all__aud_00129", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0128.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.41,\"item_id\":\"AUD_00129\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0129", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0129.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0129.wav"], "num_audio": 1, "duration_s": 2.611, "source_id": "AUD_00130", "legacy_id": "auditory__auditory_manifest_all__aud_00130", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0129.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.61,\"item_id\":\"AUD_00130\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0130", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0130.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0130.wav"], "num_audio": 1, "duration_s": 2.617, "source_id": "AUD_00131", "legacy_id": "auditory__auditory_manifest_all__aud_00131", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0130.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.62,\"item_id\":\"AUD_00131\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0131", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0131.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0131.wav"], "num_audio": 1, "duration_s": 6.414, "source_id": "AUD_00132", "legacy_id": "auditory__auditory_manifest_all__aud_00132", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0131.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.41,\"item_id\":\"AUD_00132\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0132", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0132.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0132.wav"], "num_audio": 1, "duration_s": 2.608, "source_id": "AUD_00133", "legacy_id": "auditory__auditory_manifest_all__aud_00133", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0132.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.61,\"item_id\":\"AUD_00133\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0133", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0133.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0133.wav"], "num_audio": 1, "duration_s": 6.417, "source_id": "AUD_00134", "legacy_id": "auditory__auditory_manifest_all__aud_00134", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0133.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":6.42,\"item_id\":\"AUD_00134\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0134", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0134.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0134.wav"], "num_audio": 1, "duration_s": 3.411, "source_id": "AUD_00135", "legacy_id": "auditory__auditory_manifest_all__aud_00135", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0134.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00135\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0135", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0135.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0135.wav"], "num_audio": 1, "duration_s": 3.405, "source_id": "AUD_00136", "legacy_id": "auditory__auditory_manifest_all__aud_00136", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0135.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00136\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0136", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0136.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0136.wav"], "num_audio": 1, "duration_s": 2.605, "source_id": "AUD_00137", "legacy_id": "auditory__auditory_manifest_all__aud_00137", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0136.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.61,\"item_id\":\"AUD_00137\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0137", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0137.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0137.wav"], "num_audio": 1, "duration_s": 3.408, "source_id": "AUD_00138", "legacy_id": "auditory__auditory_manifest_all__aud_00138", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0137.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":3.41,\"item_id\":\"AUD_00138\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0138", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Distance Estimation", "answer_format": "multiple_choice", "question": "How far away does the sound seem to be?", "choices": ["Near (within about 0-3 meters)", "Medium (around 3-8 meters)", "Far (more than 8 meters)", "Unable to determine"], "answer": "Medium (around 3-8 meters)", "answer_label": "B", "prompt": "How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine", "audio": "audio/auditory_processing/UL/ga-ul-0138.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0138.wav"], "num_audio": 1, "duration_s": 2.614, "source_id": "AUD_00139", "legacy_id": "auditory__auditory_manifest_all__aud_00139", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Near (within about 0-3 meters)\",\"B. Medium (around 3-8 meters)\",\"C. Far (more than 8 meters)\",\"D. Unable to determine\"],\"answer\":\"B. Medium (around 3-8 meters)\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0138.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":2.61,\"item_id\":\"AUD_00139\",\"prompt\":\"How far away does the sound seem to be? Choices: A. Near (within about 0-3 meters) B. Medium (around 3-8 meters) C. Far (more than 8 meters) D. Unable to determine\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0139", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Are William and the other boy sitting together?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Are William and the other boy sitting together? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0139.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0139.wav"], "num_audio": 1, "duration_s": 28.0, "source_id": "AUD_00140", "legacy_id": "auditory__auditory_manifest_all__aud_00140", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0139.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":28.0,\"item_id\":\"AUD_00140\",\"prompt\":\"Are William and the other boy sitting together? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0140", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "How many times did the vacuum cleaner on the left side sound in the entire space?", "choices": ["0", "1", "2"], "answer": "1", "answer_label": "B", "prompt": "How many times did the vacuum cleaner on the left side sound in the entire space? Choices: A. 0 B. 1 C. 2", "audio": "audio/auditory_processing/UL/ga-ul-0140.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0140.wav"], "num_audio": 1, "duration_s": 35.0, "source_id": "AUD_00141", "legacy_id": "auditory__auditory_manifest_all__aud_00141", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. 0\",\"B. 1\",\"C. 2\"],\"answer\":\"B. 1\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0140.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":35.0,\"item_id\":\"AUD_00141\",\"prompt\":\"How many times did the vacuum cleaner on the left side sound in the entire space? Choices: A. 0 B. 1 C. 2\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0141", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Are music and dialogue on the same side?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Are music and dialogue on the same side? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0141.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0141.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00143", "legacy_id": "auditory__auditory_manifest_all__aud_00143", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0141.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00143\",\"prompt\":\"Are music and dialogue on the same side? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0142", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Are all these instrument sounds located on the same side?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Are all these instrument sounds located on the same side? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0142.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0142.wav"], "num_audio": 1, "duration_s": 28.0, "source_id": "AUD_00144", "legacy_id": "auditory__auditory_manifest_all__aud_00144", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0142.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":28.0,\"item_id\":\"AUD_00144\",\"prompt\":\"Are all these instrument sounds located on the same side? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0143", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "How many chimes come from the right side in the entire space?", "choices": ["0", "3", "5"], "answer": "5", "answer_label": "C", "prompt": "How many chimes come from the right side in the entire space? Choices: A. 0 B. 3 C. 5", "audio": "audio/auditory_processing/UL/ga-ul-0143.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0143.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00145", "legacy_id": "auditory__auditory_manifest_all__aud_00145", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. 0\",\"B. 3\",\"C. 5\"],\"answer\":\"C. 5\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0143.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00145\",\"prompt\":\"How many chimes come from the right side in the entire space? Choices: A. 0 B. 3 C. 5\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0144", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Is the instrument being played on the same side as the girl?", "choices": ["Yes", "No", "Uncertain"], "answer": "Yes", "answer_label": "A", "prompt": "Is the instrument being played on the same side as the girl? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0144.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0144.wav"], "num_audio": 1, "duration_s": 29.0, "source_id": "AUD_00146", "legacy_id": "auditory__auditory_manifest_all__aud_00146", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"A. Yes\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0144.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":29.0,\"item_id\":\"AUD_00146\",\"prompt\":\"Is the instrument being played on the same side as the girl? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0145", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which is more to the right: the sound of typing or the sound of knocking?", "choices": ["Keyboard sound", "Knocking sound", "Same position(equally right)"], "answer": "Knocking sound", "answer_label": "B", "prompt": "Which is more to the right: the sound of typing or the sound of knocking? Choices: A. Keyboard sound B. Knocking sound C. Same position(equally right)", "audio": "audio/auditory_processing/UL/ga-ul-0145.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0145.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00147", "legacy_id": "auditory__auditory_manifest_all__aud_00147", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Keyboard sound\",\"B. Knocking sound\",\"C. Same position(equally right)\"],\"answer\":\"B. Knocking sound\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0145.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00147\",\"prompt\":\"Which is more to the right: the sound of typing or the sound of knocking? Choices: A. Keyboard sound B. Knocking sound C. Same position(equally right)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0146", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Are the girl and the guitar sound coming from the same side?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Are the girl and the guitar sound coming from the same side? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0146.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0146.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00150", "legacy_id": "auditory__auditory_manifest_all__aud_00150", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0146.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00150\",\"prompt\":\"Are the girl and the guitar sound coming from the same side? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0147", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Who is to lean more to the left, female or male?", "choices": ["Male", "Female", "Same position(equally left)"], "answer": "Female", "answer_label": "B", "prompt": "Who is to lean more to the left, female or male? Choices: A. Male B. Female C. Same position(equally left)", "audio": "audio/auditory_processing/UL/ga-ul-0147.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0147.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00151", "legacy_id": "auditory__auditory_manifest_all__aud_00151", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Male\",\"B. Female\",\"C. Same position(equally left)\"],\"answer\":\"B. Female\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0147.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00151\",\"prompt\":\"Who is to lean more to the left, female or male? Choices: A. Male B. Female C. Same position(equally left)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0148", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Did all these laughs occur on the same side?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Did all these laughs occur on the same side? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0148.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0148.wav"], "num_audio": 1, "duration_s": 5.0, "source_id": "AUD_00152", "legacy_id": "auditory__auditory_manifest_all__aud_00152", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0148.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.0,\"item_id\":\"AUD_00152\",\"prompt\":\"Did all these laughs occur on the same side? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0149", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Who is more to the right, male or female?", "choices": ["Male", "Female", "Same position(equally right)"], "answer": "Female", "answer_label": "B", "prompt": "Who is more to the right, male or female? Choices: A. Male B. Female C. Same position(equally right)", "audio": "audio/auditory_processing/UL/ga-ul-0149.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0149.wav"], "num_audio": 1, "duration_s": 14.0, "source_id": "AUD_00153", "legacy_id": "auditory__auditory_manifest_all__aud_00153", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Male\",\"B. Female\",\"C. Same position(equally right)\"],\"answer\":\"B. Female\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0149.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":14.0,\"item_id\":\"AUD_00153\",\"prompt\":\"Who is more to the right, male or female? Choices: A. Male B. Female C. Same position(equally right)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0150", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "How many times did the vacuum cleaner on the right side sound in the entire space?", "choices": ["0", "1", "2"], "answer": "0", "answer_label": "A", "prompt": "How many times did the vacuum cleaner on the right side sound in the entire space? Choices: A. 0 B. 1 C. 2", "audio": "audio/auditory_processing/UL/ga-ul-0150.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0150.wav"], "num_audio": 1, "duration_s": 35.0, "source_id": "AUD_00154", "legacy_id": "auditory__auditory_manifest_all__aud_00154", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. 0\",\"B. 1\",\"C. 2\"],\"answer\":\"A. 0\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0150.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":35.0,\"item_id\":\"AUD_00154\",\"prompt\":\"How many times did the vacuum cleaner on the right side sound in the entire space? Choices: A. 0 B. 1 C. 2\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0151", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Who is more to the left, male or female?", "choices": ["Male", "Female", "Same position(equally left)"], "answer": "Male", "answer_label": "A", "prompt": "Who is more to the left, male or female? Choices: A. Male B. Female C. Same position(equally left)", "audio": "audio/auditory_processing/UL/ga-ul-0151.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0151.wav"], "num_audio": 1, "duration_s": 14.0, "source_id": "AUD_00155", "legacy_id": "auditory__auditory_manifest_all__aud_00155", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Male\",\"B. Female\",\"C. Same position(equally left)\"],\"answer\":\"A. Male\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0151.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":14.0,\"item_id\":\"AUD_00155\",\"prompt\":\"Who is more to the left, male or female? Choices: A. Male B. Female C. Same position(equally left)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0152", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Are the knocking sound and the male student in the same direction?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Are the knocking sound and the male student in the same direction? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0152.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0152.wav"], "num_audio": 1, "duration_s": 5.0, "source_id": "AUD_00157", "legacy_id": "auditory__auditory_manifest_all__aud_00157", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0152.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":5.0,\"item_id\":\"AUD_00157\",\"prompt\":\"Are the knocking sound and the male student in the same direction? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0153", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Are William and the girl in the same direction?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Are William and the girl in the same direction? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0153.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0153.wav"], "num_audio": 1, "duration_s": 28.0, "source_id": "AUD_00158", "legacy_id": "auditory__auditory_manifest_all__aud_00158", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0153.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":28.0,\"item_id\":\"AUD_00158\",\"prompt\":\"Are William and the girl in the same direction? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0154", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Who is more to the left, male or female?", "choices": ["Male", "Female", "Same position(equally left)"], "answer": "Male", "answer_label": "A", "prompt": "Who is more to the left, male or female? Choices: A. Male B. Female C. Same position(equally left)", "audio": "audio/auditory_processing/UL/ga-ul-0154.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0154.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00159", "legacy_id": "auditory__auditory_manifest_all__aud_00159", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Male\",\"B. Female\",\"C. Same position(equally left)\"],\"answer\":\"A. Male\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0154.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00159\",\"prompt\":\"Who is more to the left, male or female? Choices: A. Male B. Female C. Same position(equally left)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0155", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Is the boy on the same side as the music?", "choices": ["Yes", "No", "Uncertain"], "answer": "Yes", "answer_label": "A", "prompt": "Is the boy on the same side as the music? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0155.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0155.wav"], "num_audio": 1, "duration_s": 25.0, "source_id": "AUD_00160", "legacy_id": "auditory__auditory_manifest_all__aud_00160", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"A. Yes\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0155.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":25.0,\"item_id\":\"AUD_00160\",\"prompt\":\"Is the boy on the same side as the music? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0156", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "How many times did the vacuum cleaner on the right side sound in the entire space?", "choices": ["0", "1", "2"], "answer": "0", "answer_label": "A", "prompt": "How many times did the vacuum cleaner on the right side sound in the entire space? Choices: A. 0 B. 1 C. 2", "audio": "audio/auditory_processing/UL/ga-ul-0156.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0156.wav"], "num_audio": 1, "duration_s": 56.0, "source_id": "AUD_00162", "legacy_id": "auditory__auditory_manifest_all__aud_00162", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. 0\",\"B. 1\",\"C. 2\"],\"answer\":\"A. 0\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0156.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":56.0,\"item_id\":\"AUD_00162\",\"prompt\":\"How many times did the vacuum cleaner on the right side sound in the entire space? Choices: A. 0 B. 1 C. 2\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0157", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which is more to the left, the dialogue or the singing?", "choices": ["Dialogue", "Singing", "Same positional(equally left)"], "answer": "Dialogue", "answer_label": "A", "prompt": "Which is more to the left, the dialogue or the singing? Choices: A. Dialogue B. Singing C. Same positional(equally left)", "audio": "audio/auditory_processing/UL/ga-ul-0157.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0157.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00163", "legacy_id": "auditory__auditory_manifest_all__aud_00163", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Dialogue\",\"B. Singing\",\"C. Same positional(equally left)\"],\"answer\":\"A. Dialogue\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0157.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00163\",\"prompt\":\"Which is more to the left, the dialogue or the singing? Choices: A. Dialogue B. Singing C. Same positional(equally left)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0158", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Who is more to the left, male or female?", "choices": ["Male", "Female", "Same position(equally left)"], "answer": "Male", "answer_label": "A", "prompt": "Who is more to the left, male or female? Choices: A. Male B. Female C. Same position(equally left)", "audio": "audio/auditory_processing/UL/ga-ul-0158.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0158.wav"], "num_audio": 1, "duration_s": 25.0, "source_id": "AUD_00164", "legacy_id": "auditory__auditory_manifest_all__aud_00164", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Male\",\"B. Female\",\"C. Same position(equally left)\"],\"answer\":\"A. Male\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0158.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":25.0,\"item_id\":\"AUD_00164\",\"prompt\":\"Who is more to the left, male or female? Choices: A. Male B. Female C. Same position(equally left)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0159", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Do the sound of music and the clinking of porcelain come from the same direction?", "choices": ["Yes", "No", "Uncertain"], "answer": "No", "answer_label": "B", "prompt": "Do the sound of music and the clinking of porcelain come from the same direction? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0159.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0159.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00165", "legacy_id": "auditory__auditory_manifest_all__aud_00165", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"B. No\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0159.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00165\",\"prompt\":\"Do the sound of music and the clinking of porcelain come from the same direction? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0160", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which is more to the left, the boy or the girl saying \"come in\"?", "choices": ["Male", "Female", "Same position(equally left)"], "answer": "Male", "answer_label": "A", "prompt": "Which is more to the left, the boy or the girl saying \"come in\"? Choices: A. Male B. Female C. Same position(equally left)", "audio": "audio/auditory_processing/UL/ga-ul-0160.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0160.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00166", "legacy_id": "auditory__auditory_manifest_all__aud_00166", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Male\",\"B. Female\",\"C. Same position(equally left)\"],\"answer\":\"A. Male\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0160.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00166\",\"prompt\":\"Which is more to the left, the boy or the girl saying \\\"come in\\\"? Choices: A. Male B. Female C. Same position(equally left)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0161", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Which is more to the right, the clapping hands or the bell?", "choices": ["Conversation", "Bell", "Same position(equally right)"], "answer": "Bell", "answer_label": "B", "prompt": "Which is more to the right, the clapping hands or the bell? Choices: A. Conversation B. Bell C. Same position(equally right)", "audio": "audio/auditory_processing/UL/ga-ul-0161.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0161.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00167", "legacy_id": "auditory__auditory_manifest_all__aud_00167", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Conversation\",\"B. Bell\",\"C. Same position(equally right)\"],\"answer\":\"B. Bell\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0161.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00167\",\"prompt\":\"Which is more to the right, the clapping hands or the bell? Choices: A. Conversation B. Bell C. Same position(equally right)\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0162", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Direction Identification", "answer_format": "multiple_choice", "question": "Is the book on the same side as the boy?", "choices": ["Yes", "No", "Uncertain"], "answer": "Yes", "answer_label": "A", "prompt": "Is the book on the same side as the boy? Choices: A. Yes B. No C. Uncertain", "audio": "audio/auditory_processing/UL/ga-ul-0162.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0162.wav"], "num_audio": 1, "duration_s": 22.0, "source_id": "AUD_00168", "legacy_id": "auditory__auditory_manifest_all__aud_00168", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. Yes\",\"B. No\",\"C. Uncertain\"],\"answer\":\"A. Yes\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0162.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":22.0,\"item_id\":\"AUD_00168\",\"prompt\":\"Is the book on the same side as the boy? Choices: A. Yes B. No C. Uncertain\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0163", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is a horse's movement trajectory?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From right to left", "answer_label": "B", "prompt": "What is a horse's movement trajectory? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0163.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0163.wav"], "num_audio": 1, "duration_s": 13.0, "source_id": "AUD_00170", "legacy_id": "auditory__auditory_manifest_all__aud_00170", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"B. From right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0163.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":13.0,\"item_id\":\"AUD_00170\",\"prompt\":\"What is a horse's movement trajectory? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0164", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a train's movement?", "choices": ["from left to right", "from right to left", "remain unchanged"], "answer": "from right to left", "answer_label": "B", "prompt": "What is the trajectory of a train's movement? Choices: A. from left to right B. from right to left C. remain unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0164.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0164.wav"], "num_audio": 1, "duration_s": 17.0, "source_id": "AUD_00171", "legacy_id": "auditory__auditory_manifest_all__aud_00171", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. from left to right\",\"B. from right to left\",\"C. remain unchanged\"],\"answer\":\"B. from right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0164.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":17.0,\"item_id\":\"AUD_00171\",\"prompt\":\"What is the trajectory of a train's movement? Choices: A. from left to right B. from right to left C. remain unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0165", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a tractor?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From right to left", "answer_label": "B", "prompt": "What is the trajectory of a tractor? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0165.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0165.wav"], "num_audio": 1, "duration_s": 13.0, "source_id": "AUD_00172", "legacy_id": "auditory__auditory_manifest_all__aud_00172", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"B. From right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0165.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":13.0,\"item_id\":\"AUD_00172\",\"prompt\":\"What is the trajectory of a tractor? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0166", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is a human's movement trajectory?", "choices": ["from left to right", "from right to left", "Remains unchanged"], "answer": "from right to left", "answer_label": "B", "prompt": "What is a human's movement trajectory? Choices: A. from left to right B. from right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0166.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0166.wav"], "num_audio": 1, "duration_s": 8.0, "source_id": "AUD_00173", "legacy_id": "auditory__auditory_manifest_all__aud_00173", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. from left to right\",\"B. from right to left\",\"C. Remains unchanged\"],\"answer\":\"B. from right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0166.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":8.0,\"item_id\":\"AUD_00173\",\"prompt\":\"What is a human's movement trajectory? Choices: A. from left to right B. from right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0167", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the movement trajectory of a person using a vacuum cleaner?", "choices": ["from left to right", "from right to left", "remains unchanged"], "answer": "from right to left", "answer_label": "B", "prompt": "What is the movement trajectory of a person using a vacuum cleaner? Choices: A. from left to right B. from right to left C. remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0167.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0167.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00174", "legacy_id": "auditory__auditory_manifest_all__aud_00174", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. from left to right\",\"B. from right to left\",\"C. remains unchanged\"],\"answer\":\"B. from right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0167.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00174\",\"prompt\":\"What is the movement trajectory of a person using a vacuum cleaner? Choices: A. from left to right B. from right to left C. remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0168", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the motion path of a bicycle?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From right to left", "answer_label": "B", "prompt": "What is the motion path of a bicycle? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0168.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0168.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00175", "legacy_id": "auditory__auditory_manifest_all__aud_00175", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"B. From right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0168.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00175\",\"prompt\":\"What is the motion path of a bicycle? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0169", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the motion trajectory of a race car?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the motion trajectory of a race car? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0169.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0169.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00176", "legacy_id": "auditory__auditory_manifest_all__aud_00176", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0169.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00176\",\"prompt\":\"What is the motion trajectory of a race car? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0170", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the movement trajectory of the person entering?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the movement trajectory of the person entering? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0170.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0170.wav"], "num_audio": 1, "duration_s": 17.0, "source_id": "AUD_00177", "legacy_id": "auditory__auditory_manifest_all__aud_00177", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0170.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":17.0,\"item_id\":\"AUD_00177\",\"prompt\":\"What is the movement trajectory of the person entering? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0171", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a car?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the trajectory of a car? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0171.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0171.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00178", "legacy_id": "auditory__auditory_manifest_all__aud_00178", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0171.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00178\",\"prompt\":\"What is the trajectory of a car? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0172", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a car?", "choices": ["From left to right", "From right to left", "Remain unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the trajectory of a car? Choices: A. From left to right B. From right to left C. Remain unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0172.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0172.wav"], "num_audio": 1, "duration_s": 12.0, "source_id": "AUD_00179", "legacy_id": "auditory__auditory_manifest_all__aud_00179", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remain unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0172.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":12.0,\"item_id\":\"AUD_00179\",\"prompt\":\"What is the trajectory of a car? Choices: A. From left to right B. From right to left C. Remain unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0173", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a tractor?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the trajectory of a tractor? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0173.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0173.wav"], "num_audio": 1, "duration_s": 13.0, "source_id": "AUD_00180", "legacy_id": "auditory__auditory_manifest_all__aud_00180", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0173.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":13.0,\"item_id\":\"AUD_00180\",\"prompt\":\"What is the trajectory of a tractor? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0174", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the motion path of the alarm bell?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the motion path of the alarm bell? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0174.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0174.wav"], "num_audio": 1, "duration_s": 20.0, "source_id": "AUD_00181", "legacy_id": "auditory__auditory_manifest_all__aud_00181", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0174.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":20.0,\"item_id\":\"AUD_00181\",\"prompt\":\"What is the motion path of the alarm bell? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0175", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the motion path of the person pressing the bell?", "choices": ["To the left", "To the right", "Remain unchanged"], "answer": "To the left", "answer_label": "A", "prompt": "What is the motion path of the person pressing the bell? Choices: A. To the left B. To the right C. Remain unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0175.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0175.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00182", "legacy_id": "auditory__auditory_manifest_all__aud_00182", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. To the left\",\"B. To the right\",\"C. Remain unchanged\"],\"answer\":\"A. To the left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0175.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00182\",\"prompt\":\"What is the motion path of the person pressing the bell? Choices: A. To the left B. To the right C. Remain unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0176", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the direction of movement of the footsteps?", "choices": ["To the left", "To the right", "Unchanged"], "answer": "To the left", "answer_label": "A", "prompt": "What is the direction of movement of the footsteps? Choices: A. To the left B. To the right C. Unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0176.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0176.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00183", "legacy_id": "auditory__auditory_manifest_all__aud_00183", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. To the left\",\"B. To the right\",\"C. Unchanged\"],\"answer\":\"A. To the left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0176.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00183\",\"prompt\":\"What is the direction of movement of the footsteps? Choices: A. To the left B. To the right C. Unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0177", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a car?", "choices": ["To the left", "To the right", "Unchanged"], "answer": "To the right", "answer_label": "B", "prompt": "What is the trajectory of a car? Choices: A. To the left B. To the right C. Unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0177.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0177.wav"], "num_audio": 1, "duration_s": 8.0, "source_id": "AUD_00184", "legacy_id": "auditory__auditory_manifest_all__aud_00184", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. To the left\",\"B. To the right\",\"C. Unchanged\"],\"answer\":\"B. To the right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0177.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":8.0,\"item_id\":\"AUD_00184\",\"prompt\":\"What is the trajectory of a car? Choices: A. To the left B. To the right C. Unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0178", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of the tapping sound?", "choices": ["To the left", "To the right", "Unchanged"], "answer": "To the left", "answer_label": "A", "prompt": "What is the trajectory of the tapping sound? Choices: A. To the left B. To the right C. Unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0178.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0178.wav"], "num_audio": 1, "duration_s": 23.0, "source_id": "AUD_00185", "legacy_id": "auditory__auditory_manifest_all__aud_00185", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. To the left\",\"B. To the right\",\"C. Unchanged\"],\"answer\":\"A. To the left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0178.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":23.0,\"item_id\":\"AUD_00185\",\"prompt\":\"What is the trajectory of the tapping sound? Choices: A. To the left B. To the right C. Unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0179", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a car before braking?", "choices": ["to the left", "to the right", "remain unchanged"], "answer": "to the left", "answer_label": "A", "prompt": "What is the trajectory of a car before braking? Choices: A. to the left B. to the right C. remain unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0179.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0179.wav"], "num_audio": 1, "duration_s": 25.0, "source_id": "AUD_00186", "legacy_id": "auditory__auditory_manifest_all__aud_00186", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. to the left\",\"B. to the right\",\"C. remain unchanged\"],\"answer\":\"A. to the left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0179.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":25.0,\"item_id\":\"AUD_00186\",\"prompt\":\"What is the trajectory of a car before braking? Choices: A. to the left B. to the right C. remain unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0180", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the trajectory of a car before braking?", "choices": ["To the left", "To the right", "Remain unchanged"], "answer": "To the right", "answer_label": "B", "prompt": "What is the trajectory of a car before braking? Choices: A. To the left B. To the right C. Remain unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0180.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0180.wav"], "num_audio": 1, "duration_s": 15.0, "source_id": "AUD_00187", "legacy_id": "auditory__auditory_manifest_all__aud_00187", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. To the left\",\"B. To the right\",\"C. Remain unchanged\"],\"answer\":\"B. To the right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0180.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":15.0,\"item_id\":\"AUD_00187\",\"prompt\":\"What is the trajectory of a car before braking? Choices: A. To the left B. To the right C. Remain unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0181", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is the motion path of a bicycle?", "choices": ["From left to right", "From right to left", "Remains unchanged"], "answer": "From left to right", "answer_label": "A", "prompt": "What is the motion path of a bicycle? Choices: A. From left to right B. From right to left C. Remains unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0181.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0181.wav"], "num_audio": 1, "duration_s": 11.0, "source_id": "AUD_00188", "legacy_id": "auditory__auditory_manifest_all__aud_00188", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remains unchanged\"],\"answer\":\"A. From left to right\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0181.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":11.0,\"item_id\":\"AUD_00188\",\"prompt\":\"What is the motion path of a bicycle? Choices: A. From left to right B. From right to left C. Remains unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}
{"id": "ga-ul-0182", "capability": "Auditory Processing", "capability_code": "Ga", "task": "Sound Localization", "task_code": "UL", "subtask": "Motion Trajectory", "answer_format": "multiple_choice", "question": "What is a horse's movement trajectory?", "choices": ["From left to right", "From right to left", "Remain unchanged"], "answer": "From right to left", "answer_label": "B", "prompt": "What is a horse's movement trajectory? Choices: A. From left to right B. From right to left C. Remain unchanged", "audio": "audio/auditory_processing/UL/ga-ul-0182.wav", "audio_paths": ["audio/auditory_processing/UL/ga-ul-0182.wav"], "num_audio": 1, "duration_s": 10.0, "source_id": "AUD_00189", "legacy_id": "auditory__auditory_manifest_all__aud_00189", "legacy_config": "auditory__auditory_manifest_all", "metadata_json": "{\"ability\":\"Auditory Processing (Ga)\",\"allowed_outputs\":[\"A. From left to right\",\"B. From right to left\",\"C. Remain unchanged\"],\"answer\":\"B. From right to left\",\"audio_paths\":[\"audio/auditory_processing/UL/ga-ul-0182.wav\"],\"data_source\":\"STAR-Bench\",\"duration_sec\":10.0,\"item_id\":\"AUD_00189\",\"prompt\":\"What is a horse's movement trajectory? Choices: A. From left to right B. From right to left C. Remain unchanged\",\"selection_tier\":\"multiple_choice\",\"task_name\":\"Sound Localization\"}"}