task_name stringclasses 13
values | dataset_name stringclasses 13
values | id stringlengths 4 47 | data_type stringclasses 4
values | input_ts dict | input_text stringclasses 593
values | gt_text stringclasses 75
values | gt_result dict | meta_data unknown |
|---|---|---|---|---|---|---|---|---|
LEAVES | LEAVES | LC_39634 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ180424.69+021757.7.csv",
"length": 106,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Delta Scuti. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Delta Scuti"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39631 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP30015932.csv",
"length": 127,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39647 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ210005.99+414221.7.csv",
"length": 164,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39666 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ185245.80+073302.6.csv",
"length": 136,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39664 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ192200.13+052330.9.csv",
"length": 127,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Delta Scuti. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Delta Scuti"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39670 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP29842478.csv",
"length": 181,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39700 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP59180968.csv",
"length": 256,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39712 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP33011230.csv",
"length": 143,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39708 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ055606.04+441412.0.csv",
"length": 116,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39729 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ASASSN-V_J042901.42+323532.9.csv",
"length": 126,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Delta Scuti. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Delta Scuti"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39711 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP35054962.csv",
"length": 188,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39743 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ201256.97+464239.9.csv",
"length": 80,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39761 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ210800.45+364501.0.csv",
"length": 68,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39780 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ125918.74+334025.6.csv",
"length": 99,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39792 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ225949.07+584128.0.csv",
"length": 164,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39821 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ194114.92+163702.8.csv",
"length": 151,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39824 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP10951496.csv",
"length": 98,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39831 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP19170176.csv",
"length": 302,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39829 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP21454307.csv",
"length": 254,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39844 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP385257.csv",
"length": 200,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39837 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ214143.26+482255.9.csv",
"length": 170,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39840 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP10913930.csv",
"length": 162,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39865 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP29412387.csv",
"length": 439,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39866 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ191334.80+333604.2.csv",
"length": 82,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39854 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP59157725.csv",
"length": 256,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39877 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP56922457.csv",
"length": 206,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39894 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/GaiaID3061049343922478208.csv",
"length": 38,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Eclipsing Binary. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Eclipsing Binary"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39892 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/ZTFJ040133.84+521425.7.csv",
"length": 114,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Rotational Variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Rotational Variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39896 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP29635634.csv",
"length": 216,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39911 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP35039954.csv",
"length": 96,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39913 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP30025029.csv",
"length": 179,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39910 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP31412823.csv",
"length": 198,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39920 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP31815881.csv",
"length": 148,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39939 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP32935533.csv",
"length": 184,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39928 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP32694704.csv",
"length": 370,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
LEAVES | LEAVES | LC_39953 | csv | {
"num_channel": 1,
"channel_detail": [],
"path": "Astronomy-LEAVES-Light_Curve_Classification/raw_input/AP13678225.csv",
"length": 109,
"timestamps": [],
"fs": 0.000011157
} | Now, I need your assistance to complete a light curve classification task. It is known that the provided time-series data corresponds to one of the following categories: Cepheid, Delta Scuti, Eclipsing Binary, Long-Period Variable, Non-variable, Rotational Variable or RR Lyrae. Please identify and clearly specify the e... | This time-series data is classified as Non-variable. | {
"class_list": [
"Cepheid",
"Delta Scuti",
"Eclipsing Binary",
"Long-Period Variable",
"Non-variable",
"Rotational Variable",
"RR Lyrae"
],
"gt_class": [
"Non-variable"
]
} | {
"ori_task_type": "classification",
"ori_domain": "Astronomy",
"sub_domain": "Light Curve"
} |
Iquique | Iquique | 5_511_3_15457 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/5_511_3_15457.npy",
"length": 15457,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket5$511,:3,:15457"
} |
Iquique | Iquique | 1_10_3_15496 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/1_10_3_15496.npy",
"length": 15496,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as intermediate. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"intermediate"
]
} | {
"trace_name": "bucket1$10,:3,:15496"
} |
Iquique | Iquique | 5_549_3_14000 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/5_549_3_14000.npy",
"length": 14000,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket5$549,:3,:14000"
} |
Iquique | Iquique | 11_457_3_17054 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/11_457_3_17054.npy",
"length": 17054,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket11$457,:3,:17054"
} |
Iquique | Iquique | 1_25_3_15094 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/1_25_3_15094.npy",
"length": 15094,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket1$25,:3,:15094"
} |
Iquique | Iquique | 10_727_3_15242 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/10_727_3_15242.npy",
"length": 15242,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket10$727,:3,:15242"
} |
Iquique | Iquique | 3_138_3_15582 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/3_138_3_15582.npy",
"length": 15582,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket3$138,:3,:15582"
} |
Iquique | Iquique | 4_664_3_15320 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/4_664_3_15320.npy",
"length": 15320,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket4$664,:3,:15320"
} |
Iquique | Iquique | 12_344_3_15232 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_344_3_15232.npy",
"length": 15232,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket12$344,:3,:15232"
} |
Iquique | Iquique | 4_483_3_15307 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/4_483_3_15307.npy",
"length": 15307,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket4$483,:3,:15307"
} |
Iquique | Iquique | 5_541_3_15386 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/5_541_3_15386.npy",
"length": 15386,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket5$541,:3,:15386"
} |
Iquique | Iquique | 0_997_3_15063 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_997_3_15063.npy",
"length": 15063,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$997,:3,:15063"
} |
Iquique | Iquique | 7_623_3_15831 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/7_623_3_15831.npy",
"length": 15831,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket7$623,:3,:15831"
} |
Iquique | Iquique | 0_834_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_834_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$834,:3,:14001"
} |
Iquique | Iquique | 8_1018_3_15977 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_1018_3_15977.npy",
"length": 15977,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket8$1018,:3,:15977"
} |
Iquique | Iquique | 12_139_3_15311 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_139_3_15311.npy",
"length": 15311,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as intermediate. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"intermediate"
]
} | {
"trace_name": "bucket12$139,:3,:15311"
} |
Iquique | Iquique | 3_707_3_15569 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/3_707_3_15569.npy",
"length": 15569,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket3$707,:3,:15569"
} |
Iquique | Iquique | 4_923_3_15264 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/4_923_3_15264.npy",
"length": 15264,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket4$923,:3,:15264"
} |
Iquique | Iquique | 11_822_3_16493 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/11_822_3_16493.npy",
"length": 16493,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket11$822,:3,:16493"
} |
Iquique | Iquique | 5_977_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/5_977_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket5$977,:3,:14001"
} |
Iquique | Iquique | 9_846_3_14945 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/9_846_3_14945.npy",
"length": 14945,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket9$846,:3,:14945"
} |
Iquique | Iquique | 8_298_3_15369 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_298_3_15369.npy",
"length": 15369,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket8$298,:3,:15369"
} |
Iquique | Iquique | 5_152_3_15414 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/5_152_3_15414.npy",
"length": 15414,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket5$152,:3,:15414"
} |
Iquique | Iquique | 9_135_3_15142 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/9_135_3_15142.npy",
"length": 15142,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket9$135,:3,:15142"
} |
Iquique | Iquique | 9_497_3_14878 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/9_497_3_14878.npy",
"length": 14878,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket9$497,:3,:14878"
} |
Iquique | Iquique | 8_787_3_14589 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_787_3_14589.npy",
"length": 14589,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket8$787,:3,:14589"
} |
Iquique | Iquique | 2_822_3_16357 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/2_822_3_16357.npy",
"length": 16357,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket2$822,:3,:16357"
} |
Iquique | Iquique | 0_632_3_15752 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_632_3_15752.npy",
"length": 15752,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$632,:3,:15752"
} |
Iquique | Iquique | 3_22_3_16418 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/3_22_3_16418.npy",
"length": 16418,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket3$22,:3,:16418"
} |
Iquique | Iquique | 6_651_3_14710 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/6_651_3_14710.npy",
"length": 14710,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket6$651,:3,:14710"
} |
Iquique | Iquique | 8_625_3_15323 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_625_3_15323.npy",
"length": 15323,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket8$625,:3,:15323"
} |
Iquique | Iquique | 12_822_3_14691 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_822_3_14691.npy",
"length": 14691,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket12$822,:3,:14691"
} |
Iquique | Iquique | 6_928_3_15515 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/6_928_3_15515.npy",
"length": 15515,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket6$928,:3,:15515"
} |
Iquique | Iquique | 2_142_3_15753 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/2_142_3_15753.npy",
"length": 15753,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket2$142,:3,:15753"
} |
Iquique | Iquique | 12_769_3_14837 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_769_3_14837.npy",
"length": 14837,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket12$769,:3,:14837"
} |
Iquique | Iquique | 0_99_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_99_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$99,:3,:14001"
} |
Iquique | Iquique | 0_862_3_15598 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_862_3_15598.npy",
"length": 15598,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$862,:3,:15598"
} |
Iquique | Iquique | 10_932_3_15660 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/10_932_3_15660.npy",
"length": 15660,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as intermediate. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"intermediate"
]
} | {
"trace_name": "bucket10$932,:3,:15660"
} |
Iquique | Iquique | 9_790_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/9_790_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket9$790,:3,:14001"
} |
Iquique | Iquique | 11_366_3_16587 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/11_366_3_16587.npy",
"length": 16587,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket11$366,:3,:16587"
} |
Iquique | Iquique | 8_29_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_29_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket8$29,:3,:14001"
} |
Iquique | Iquique | 1_363_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/1_363_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket1$363,:3,:14001"
} |
Iquique | Iquique | 9_992_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/9_992_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket9$992,:3,:14001"
} |
Iquique | Iquique | 6_802_3_14980 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/6_802_3_14980.npy",
"length": 14980,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket6$802,:3,:14980"
} |
Iquique | Iquique | 9_377_3_15229 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/9_377_3_15229.npy",
"length": 15229,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket9$377,:3,:15229"
} |
Iquique | Iquique | 8_772_3_15856 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_772_3_15856.npy",
"length": 15856,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as intermediate. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"intermediate"
]
} | {
"trace_name": "bucket8$772,:3,:15856"
} |
Iquique | Iquique | 12_669_3_15174 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_669_3_15174.npy",
"length": 15174,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as intermediate. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"intermediate"
]
} | {
"trace_name": "bucket12$669,:3,:15174"
} |
Iquique | Iquique | 8_137_3_15389 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/8_137_3_15389.npy",
"length": 15389,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket8$137,:3,:15389"
} |
Iquique | Iquique | 4_433_3_15716 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/4_433_3_15716.npy",
"length": 15716,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket4$433,:3,:15716"
} |
Iquique | Iquique | 1_412_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/1_412_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket1$412,:3,:14001"
} |
Iquique | Iquique | 12_768_3_14741 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_768_3_14741.npy",
"length": 14741,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket12$768,:3,:14741"
} |
Iquique | Iquique | 0_38_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_38_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$38,:3,:14001"
} |
Iquique | Iquique | 1_461_3_15013 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/1_461_3_15013.npy",
"length": 15013,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket1$461,:3,:15013"
} |
Iquique | Iquique | 3_208_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/3_208_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket3$208,:3,:14001"
} |
Iquique | Iquique | 0_549_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_549_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$549,:3,:14001"
} |
Iquique | Iquique | 12_215_3_15384 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_215_3_15384.npy",
"length": 15384,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket12$215,:3,:15384"
} |
Iquique | Iquique | 11_763_3_17324 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/11_763_3_17324.npy",
"length": 17324,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket11$763,:3,:17324"
} |
Iquique | Iquique | 0_638_3_14820 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_638_3_14820.npy",
"length": 14820,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$638,:3,:14820"
} |
Iquique | Iquique | 4_379_3_14001 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/4_379_3_14001.npy",
"length": 14001,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket4$379,:3,:14001"
} |
Iquique | Iquique | 0_420_3_15252 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/0_420_3_15252.npy",
"length": 15252,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket0$420,:3,:15252"
} |
Iquique | Iquique | 11_310_3_17488 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/11_310_3_17488.npy",
"length": 17488,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket11$310,:3,:17488"
} |
Iquique | Iquique | 5_287_3_16112 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/5_287_3_16112.npy",
"length": 16112,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket5$287,:3,:16112"
} |
Iquique | Iquique | 12_250_3_15311 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_250_3_15311.npy",
"length": 15311,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as intermediate. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"intermediate"
]
} | {
"trace_name": "bucket12$250,:3,:15311"
} |
Iquique | Iquique | 12_555_3_16114 | npy | {
"num_channel": 3,
"channel_detail": [
"Z",
"N",
"E"
],
"path": "Earth_Science-Iquique-Earthquake_Focal_Depth_Classification/raw_input/12_555_3_16114.npy",
"length": 16114,
"timestamps": [],
"fs": 100
} | Now I give you a focal depth classification task. Classify the focal depth of the earthquake source into one of the following categories: shallow (0-70 km), intermediate (70-300 km), or deep (300-700 km). Analyze the recording and determine which category it belongs to. | The focal depth of this seismic event is classified as shallow. | {
"class_list": [
"shallow",
"intermediate",
"deep"
],
"gt_class": [
"shallow"
]
} | {
"trace_name": "bucket12$555,:3,:16114"
} |
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