{ "title": "BubbleID-Flow Multimodal Flow-Boiling Dataset Data Dictionary", "schema_version": "1.0.0", "global_missing_value_rule": "No dataset-wide numeric sentinel is defined. Blank spreadsheet cells and absent optional JSON keys are missing values.", "schemas": [ { "file_class": "annotation_image", "paths": [ "AnnotatedImages/*.bmp" ], "format": "BMP grayscale image", "shape": "1024 x 1024 pixels", "fields": [] }, { "file_class": "labelme_annotation", "paths": [ "AnnotatedImages/*.json" ], "format": "LabelMe JSON", "fields": [ { "name": "version", "dtype": "string", "unit": "not applicable", "definition": "LabelMe file-format version." }, { "name": "flags", "dtype": "object", "unit": "not applicable", "definition": "Optional LabelMe image-level flags." }, { "name": "shapes[].label", "dtype": "string", "unit": "not applicable", "definition": "Manual region label: bubble or bubble_cluster." }, { "name": "shapes[].points", "dtype": "array[vertex,2]", "unit": "pixel", "definition": "Polygon vertices in source-image pixel coordinates." }, { "name": "shapes[].shape_type", "dtype": "string", "unit": "not applicable", "definition": "LabelMe geometry type." }, { "name": "imagePath", "dtype": "string", "unit": "not applicable", "definition": "Paired source BMP filename." }, { "name": "imageHeight", "dtype": "integer", "unit": "pixel", "definition": "Source-image height." }, { "name": "imageWidth", "dtype": "integer", "unit": "pixel", "definition": "Source-image width." } ] }, { "file_class": "raw_optical_image", "paths": [ "MultimodalData/Images///*.bmp" ], "format": "BMP grayscale image", "shape": "1024 x 1024 pixels", "fields": [] }, { "file_class": "camera_metadata", "paths": [ "MultimodalData/Images///*.cihx" ], "format": "camera metadata XML", "fields": [], "missing_value_rule": "Use camera-vendor metadata fields as supplied; no normalized schema is released." }, { "file_class": "thermal_reduced_workbook", "example_path": "MultimodalData/FlowLoopThermalData/10gs_22C/10gs_22C.xlsx", "shape": "variable rows x 47 columns", "missing_value_rule": "Blank Excel cells represent missing source values; no numeric sentinel is documented.", "fields": [ { "name": "Time [h,m,s]", "dtype": "numeric unless source cell is blank", "unit": "h,m,s", "definition": "Source time field; its absolute origin is not documented." }, { "name": "Time [s]", "dtype": "numeric unless source cell is blank", "unit": "s", "definition": "Source time field; its absolute origin is not documented." }, { "name": "Mass Flow Rate [kg/s]", "dtype": "numeric unless source cell is blank", "unit": "kg/s", "definition": "Measured or source-reduced mass-flow field." }, { "name": "Fluid Velocity [m/s]", "dtype": "numeric unless source cell is blank", "unit": "m/s", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Power [W]", "dtype": "numeric unless source cell is blank", "unit": "W", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Total Heat Flux [W/cm\u00b2]", "dtype": "numeric unless source cell is blank", "unit": "W/cm\u00b2", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Inlet Subcooling [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Inlet Pressure [kPa]", "dtype": "numeric unless source cell is blank", "unit": "kPa", "definition": "Measured or source-reduced pressure field." }, { "name": "Outlet Pressure [kPa]", "dtype": "numeric unless source cell is blank", "unit": "kPa", "definition": "Measured or source-reduced pressure field." }, { "name": "Inlet Temperature [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Outlet Temperature [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Saturation Temperature Inlet [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Saturation Temperature Outlet [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Location Inlet [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x1 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x2 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x3 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x4 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x5 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x6 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location x7 [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Location Outlet [m]", "dtype": "numeric unless source cell is blank", "unit": "m", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Temperature at Inlet [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x1 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x2 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x3 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x4 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x5 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x6 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x7 [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at Outlet [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Quality at Inlet", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x1", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x2", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x3", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x4", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x5", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x6", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at x7", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Quality at Outlet", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Heat Transfer Coefficient at x1 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x2 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x3 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x4 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x5 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x6 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x7 [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." } ] }, { "file_class": "thermal_input_workbook", "example_path": "MultimodalData/FlowLoopThermalData/10gs_22C/10gs_22C_IN_with_units.xlsx", "shape": "variable rows x 43 columns", "missing_value_rule": "Blank Excel cells represent missing source values; no numeric sentinel is documented.", "fields": [ { "name": "Time [h,m,s]", "dtype": "numeric unless source cell is blank", "unit": "h,m,s", "definition": "Source time field; its absolute origin is not documented." }, { "name": "Time [s]", "dtype": "numeric unless source cell is blank", "unit": "s", "definition": "Source time field; its absolute origin is not documented." }, { "name": "Mass Flow Rate (M) [g/s]", "dtype": "numeric unless source cell is blank", "unit": "g/s", "definition": "Measured or source-reduced mass-flow field." }, { "name": "Fluid Velocity (Vs) [m/s]", "dtype": "numeric unless source cell is blank", "unit": "m/s", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Inlet Temperature (Tin) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Outlet Temperature (Tout) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Inlet Pressure (Pin) [Pa]", "dtype": "numeric unless source cell is blank", "unit": "Pa", "definition": "Measured or source-reduced pressure field." }, { "name": "Outlet Pressure (Pout) [Pa]", "dtype": "numeric unless source cell is blank", "unit": "Pa", "definition": "Measured or source-reduced pressure field." }, { "name": "Voltage (V) [V]", "dtype": "numeric unless source cell is blank", "unit": "V", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Power (P) [W]", "dtype": "numeric unless source cell is blank", "unit": "W", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Temperature at x1 (T1) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x2 (T2) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x3 (T3) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x4 (T4) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x5 (T5) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x6 (T6) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature at x7 (T7) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Average Temperature (Ta) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Temperature Difference (dT) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Saturation Temperature Inlet (Tsat_in) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Subcooling Inlet (Tsub_in) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Saturation Temperature Outlet (Tsat_out) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Subcooling Outlet (Tsub_out) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Inlet Vapor Quality (xin)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x1 (xf1)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x2 (xf2)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x3 (xf3)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x4 (xf4)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x5 (xf5)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x6 (xf6)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Vapor Quality at x7 (xf7)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Outlet Vapor Quality (xout)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced vapor-quality field; its reconstruction assumptions are not documented in this release." }, { "name": "Heat Transfer Coefficient at x1 (h1) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x2 (h2) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x3 (h3) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x4 (h4) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x5 (h5) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x6 (h6) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Transfer Coefficient at x7 (h7) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Total Heat Flux (Qm) [W/m\u00b2]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Temperature Difference (dTw) [\u00b0C]", "dtype": "numeric unless source cell is blank", "unit": "\u00b0C", "definition": "Measured or source-reduced temperature-related field." }, { "name": "Heat Flux (Q) [W/m\u00b2]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Average Heat Transfer Coefficient (havg) [W/m\u00b2\u00b7K]", "dtype": "numeric unless source cell is blank", "unit": "W/m\u00b2\u00b7K", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." } ] }, { "file_class": "thermal_auxiliary_workbook", "example_path": "MultimodalData/FlowLoopThermalData/10gs_22C/10gs_22C_u_with_units.xlsx", "shape": "variable rows x 14 columns", "missing_value_rule": "Blank Excel cells represent missing source values; no numeric sentinel is documented.", "fields": [ { "name": "Time [h,m,s]", "dtype": "numeric unless source cell is blank", "unit": "h,m,s", "definition": "Source time field; its absolute origin is not documented." }, { "name": "Time [s]", "dtype": "numeric unless source cell is blank", "unit": "s", "definition": "Source time field; its absolute origin is not documented." }, { "name": "Mass Flow Rate (M) [g/s]", "dtype": "numeric unless source cell is blank", "unit": "g/s", "definition": "Measured or source-reduced mass-flow field." }, { "name": "Power (P) [W]", "dtype": "numeric unless source cell is blank", "unit": "W", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Calculated Heat Rate (Qsp) [W]", "dtype": "numeric unless source cell is blank", "unit": "W", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Heat Rate Difference (dq) [W]", "dtype": "numeric unless source cell is blank", "unit": "W", "definition": "Source-reduced thermal performance field; calibration and heat-loss evidence are not included." }, { "name": "Percentage Difference (qq) [%]", "dtype": "numeric unless source cell is blank", "unit": "%", "definition": "Source workbook field; see the original header for its source label." }, { "name": "Experimental Friction Factor (fexp)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." }, { "name": "Friction Factor (f)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." }, { "name": "Friction Factor (Troniewski-Ulbrich, ftu)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." }, { "name": "Friction Factor (Sadatomi, fs)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." }, { "name": "Friction Factor (Kakac-Yener, fk)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." }, { "name": "Friction Factor (Bhatti-Shah, fbs)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." }, { "name": "Friction Factor (Kandlikar, fka)", "dtype": "numeric unless source cell is blank", "unit": "dimensionless or not stated", "definition": "Source-reduced friction-factor field; not used as a validated manuscript endpoint." } ] }, { "file_class": "ae_text_record", "paths": [ "MultimodalData/AcousticDatta//HIT_*.TXT", "MultimodalData/AcousticDatta//TIME_*.TXT" ], "format": "EasyAE fixed-width text export", "shape": "variable rows x vendor-defined fields", "missing_value_rule": "No numeric sentinel is documented by the export.", "fields": [ { "name": "ID", "dtype": "integer", "unit": "not applicable", "definition": "EasyAE record identifier." }, { "name": "SSSSSSSS.mmmuuun", "dtype": "float", "unit": "s", "definition": "EasyAE source time field; absolute origin is not documented." }, { "name": "PARA1, PARA2", "dtype": "float", "unit": "vendor-defined", "definition": "EasyAE source fields; units are not documented in this release." }, { "name": "CH", "dtype": "integer", "unit": "channel", "definition": "EasyAE acquisition channel identifier." }, { "name": "RISE, COUN, ENER, DURATION, A-FRQ, RMS, PCNTS, THR, R-FRQ, I-FRQ, SIG STRNGTH, ABS-ENERGY, FRQ-C, P-FRQ, AMP, ASL", "dtype": "numeric", "unit": "vendor-defined", "definition": "EasyAE event or continuous-summary fields retained with the vendor labels; calibration and unit definitions are not included." } ] }, { "file_class": "raw_ae_waveform", "paths": [ "MultimodalData/AcousticDatta//Raw Data/*.wfs" ], "format": "EasyAE waveform binary", "shape": "vendor-defined binary waveform sequence", "fields": [], "missing_value_rule": "Not applicable; decode with a compatible WFS decoder." }, { "file_class": "ae_acquisition_export", "paths": [ "MultimodalData/AcousticDatta//Raw Data/*.DTA" ], "format": "EasyAE text acquisition export", "shape": "variable rows x vendor-defined fields", "fields": [] }, { "file_class": "model_checkpoint", "paths": [ "ModelWeights/model_final.pth" ], "format": "PyTorch checkpoint", "shape": "model parameter tensors", "fields": [] }, { "file_class": "derived_presentation_video", "paths": [ "Videos/*.mp4" ], "format": "MP4 presentation video", "shape": "1920 x 720 pixels, 5 frames/s, 80 frames for the included 45 V videos", "fields": [], "missing_value_rule": "Not applicable; the videos are derived visual summaries, not native-time records." } ] }