subject,file,window_idx,start_sample,gesture_label,tier,score,laws_passed,laws_failed,verdict,recommendation,wavelet_signal_type,wavelet_cv,wavelet_entropy,synthetic_flag,n_issues,issues
s1,S1_E1_A1.mat,0,0,0,SILVER,67,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.552,0.876,False,3,Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,1,500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.32,0.905,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.401,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.358,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,4,2000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.819,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,5,2500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.914,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.327,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,7,3500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.504,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.765,0.863,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.327,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.38,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,11,5500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.389,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,12,6000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.722,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.639,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.359,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,15,7500,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.221,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,16,8000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.697,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.541,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,18,9000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.937,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.391,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,20,10000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.553,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.382,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,22,11000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.301,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,23,11500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.233,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,24,12000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.85,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.563,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,26,13000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.197,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.672,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.587,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.581,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,30,15000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.524,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,31,15500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.269,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.511,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,33,16500,0,SILVER,58,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.578,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,34,17000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.567,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.591,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,36,18000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.155,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.309,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.418,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.403,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,40,20000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.075,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,41,20500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.196,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.346,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.518,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.281,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,45,22500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.724,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,46,23000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.811,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.477,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.769,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E1_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.173,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.14,0.844,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.462,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,2,1000,0,SILVER,70,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.572,0.918,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.913,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,4,2000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.339,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,5,2500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.403,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,6,3000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.275,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.435,0.85,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,8,4000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.477,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.423,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,10,5000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.645,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.621,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,12,6000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.538,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.47,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.002,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.581,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,16,8000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.978,0.885,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,17,8500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.116,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.708,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.168,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.299,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.437,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.181,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.609,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.372,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.038,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.24,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,27,13500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.121,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,28,14000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.394,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,29,14500,2,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.304,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,30,15000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.649,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,31,15500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.299,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.185,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,33,16500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.657,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,34,17000,2,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.392,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,35,17500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.246,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.634,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.493,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,38,19000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.527,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,39,19500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.572,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,40,20000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.27,0.907,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.776,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,42,21000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.777,0.92,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.535,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,44,22000,2,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.201,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,45,22500,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.417,0.93,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,46,23000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.622,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,47,23500,3,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.541,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.474,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E2_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.237,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,0,0,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.619,0.861,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,1,500,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.385,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,2,1000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.303,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,3,1500,1,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.164,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,4,2000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.4,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.135,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,6,3000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.384,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,7,3500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.171,0.869,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,8,4000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.606,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.002,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.475,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.099,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,12,6000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.64,0.937,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.641,0.853,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,14,7000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.831,0.853,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.024,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.687,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,17,8500,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.091,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.561,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.439,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.27,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,21,10500,1,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.317,0.85,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.591,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.541,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.369,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.913,0.824,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.506,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,27,13500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.488,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.802,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.495,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.41,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,31,15500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.802,0.833,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,32,16000,2,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.578,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.555,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,34,17000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.149,0.86,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,35,17500,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.491,0.925,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.968,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.264,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,38,19000,0,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.235,0.891,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,39,19500,2,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.713,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.286,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.602,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,42,21000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.344,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.298,0.864,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,44,22000,2,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.256,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,45,22500,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.365,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,46,23000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.374,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,47,23500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.661,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.699,0.865,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s1,S1_E3_A1.mat,49,24500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.42,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,0,0,0,SILVER,58,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.407,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,1,500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.165,0.885,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.487,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.553,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,4,2000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.319,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.695,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,6,3000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.732,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,7,3500,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.215,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.314,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,9,4500,0,SILVER,58,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.489,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.66,0.942,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.852,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,12,6000,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.258,0.944,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.774,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,14,7000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.752,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.16,0.941,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.54,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,17,8500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.677,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.616,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.623,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.075,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.472,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.432,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.391,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,24,12000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.422,0.91,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.927,0.936,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.576,0.94,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.682,0.938,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,28,14000,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.914,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.491,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.538,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.754,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,32,16000,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.046,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,33,16500,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.143,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.525,0.938,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.297,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.761,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.255,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.526,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.353,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,40,20000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,uncertain,0.111,0.919,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.466,0.942,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,42,21000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.566,0.938,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.794,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.471,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.781,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.345,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.445,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.502,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E1_A1.mat,49,24500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.422,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.349,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.497,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.872,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.663,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.777,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.457,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.756,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.76,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.844,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.849,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.808,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.747,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.033,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.488,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.627,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.735,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.965,0.936,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,17,8500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.539,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.386,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.49,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.633,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.348,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.625,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.937,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,24,12000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.806,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.608,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.496,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.51,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,28,14000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.837,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.735,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.472,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.888,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,32,16000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.512,0.914,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.454,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,34,17000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.215,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,35,17500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.237,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.553,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.683,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.715,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,39,19500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.51,0.904,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,40,20000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.026,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,41,20500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.028,0.904,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.809,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,43,21500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.356,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.442,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.562,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.632,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.337,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.134,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E2_A1.mat,49,24500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.07,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.933,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,1,500,0,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.099,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,2,1000,1,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.304,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.057,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.87,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,5,2500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.567,0.894,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.106,0.865,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.536,0.855,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.262,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.165,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.992,0.871,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.965,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.696,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.177,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.19,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.982,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.284,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,17,8500,1,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.409,0.87,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.805,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.485,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.236,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.588,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.93,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.489,0.872,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.098,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,25,12500,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.624,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.449,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.848,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.264,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.374,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,30,15000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.841,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.703,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,32,16000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.312,0.903,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.183,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.621,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.807,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.206,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.803,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.359,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.983,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.823,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,41,20500,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.587,0.838,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.521,0.885,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.29,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.077,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.492,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.349,0.87,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.281,0.879,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.126,0.886,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s10,S10_E3_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.408,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,0,0,0,BRONZE,52,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,BRONZE — Degraded data quality. Review before training.,Review flagged issues before using for training. Consider removing this window.,biological,0.812,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,1,500,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.353,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.54,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.813,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,4,2000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.413,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,5,2500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.415,0.908,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.451,0.875,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,7,3500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.771,0.891,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.471,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,9,4500,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.523,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,10,5000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.635,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.007,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.461,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,13,6500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.342,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.331,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.379,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.705,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,17,8500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.523,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,18,9000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.766,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.576,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.663,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.295,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.344,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.985,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,24,12000,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.105,0.914,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,25,12500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.949,0.906,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.279,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,27,13500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.537,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,28,14000,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.232,0.907,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.479,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.21,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,31,15500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.747,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,32,16000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.578,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,33,16500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.861,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.307,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,35,17500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.541,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.416,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,37,18500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.901,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.75,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,39,19500,2,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.285,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,40,20000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.396,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,41,20500,2,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.593,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.275,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.592,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.441,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.332,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.185,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.703,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,48,24000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.368,0.903,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E1_A1.mat,49,24500,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.557,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.358,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,1,500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.484,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,2,1000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.425,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.311,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,4,2000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.535,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.204,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,6,3000,0,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.155,0.885,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.536,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,8,4000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.146,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.56,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,10,5000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.346,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.266,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,12,6000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.317,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.202,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,14,7000,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.287,0.9,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.083,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,16,8000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.206,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,17,8500,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.236,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,18,9000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.181,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,19,9500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.229,0.905,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,20,10000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.167,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.228,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,22,11000,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.544,0.909,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.389,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,24,12000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.228,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,25,12500,0,SILVER,71,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.305,0.898,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,26,13000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.559,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.251,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.67,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,29,14500,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.226,0.913,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,30,15000,0,SILVER,71,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.58,0.905,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.547,0.855,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.505,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.598,0.879,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.818,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.731,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.754,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.361,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,38,19000,2,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.338,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.646,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.791,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,41,20500,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.248,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,42,21000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.806,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.437,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.756,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,45,22500,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.308,0.91,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.498,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.227,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.523,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E2_A1.mat,49,24500,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.386,0.893,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.554,0.87,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.633,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.756,0.846,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.505,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.633,0.853,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,5,2500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.244,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,6,3000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.833,0.881,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,7,3500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.837,0.899,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.376,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.415,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.959,0.874,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,11,5500,1,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.118,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,12,6000,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.205,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,13,6500,1,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.371,0.883,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.599,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.592,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,16,8000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.254,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.435,0.856,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.388,0.885,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.664,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,20,10000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.198,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.838,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.686,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.346,0.876,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.56,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.577,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,26,13000,2,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.203,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,27,13500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.854,0.887,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.731,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.208,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.276,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,31,15500,2,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.205,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,32,16000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.401,0.884,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,33,16500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.129,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,34,17000,2,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.578,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.744,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.015,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.563,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,38,19000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.148,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.469,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.201,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.578,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.641,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,43,21500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.804,0.875,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.576,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.05,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,46,23000,2,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.395,0.902,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.557,0.861,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.556,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s2,S2_E3_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.855,0.83,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,0,0,0,BRONZE,52,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,BRONZE — Degraded data quality. Review before training.,Review flagged issues before using for training. Consider removing this window.,biological,1.125,0.859,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.172,0.865,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.351,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.246,0.864,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.536,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,5,2500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.691,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.578,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,7,3500,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.551,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,8,4000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.523,0.851,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.821,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,10,5000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.323,0.908,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,11,5500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.771,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.542,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.589,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.089,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,15,7500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.99,0.87,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,16,8000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.504,0.913,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.23,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,18,9000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.304,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,19,9500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.344,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,20,10000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.538,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.575,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,22,11000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.456,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,23,11500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.531,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,24,12000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.419,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.457,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,26,13000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.477,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.346,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.425,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,29,14500,0,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.299,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,30,15000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.464,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,31,15500,2,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.558,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,32,16000,2,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.472,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.491,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,34,17000,2,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.495,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.279,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.707,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.16,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,38,19000,2,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.554,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,39,19500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.287,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,40,20000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.116,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.449,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,42,21000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.513,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.433,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.586,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,45,22500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.806,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,46,23000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.577,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,47,23500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.321,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,48,24000,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.216,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E1_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.59,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.891,0.833,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,1,500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.619,0.876,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.485,0.862,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.68,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.479,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,5,2500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.796,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.614,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,7,3500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.594,0.89,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.433,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.756,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.334,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,11,5500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.519,0.858,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,12,6000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.134,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.306,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.677,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,15,7500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.438,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,16,8000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.623,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.957,0.885,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,18,9000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.339,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.285,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,20,10000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.91,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.867,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,22,11000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.612,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,23,11500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.595,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.772,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,25,12500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.127,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.017,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.862,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.266,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.442,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.438,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.293,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,32,16000,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.412,0.901,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.913,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.615,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,35,17500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.659,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.399,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.781,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.703,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,39,19500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.296,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,40,20000,2,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.042,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.917,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.162,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,43,21500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.539,0.883,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,44,22000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.344,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,45,22500,3,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.515,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,46,23000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.445,0.885,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.678,0.858,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.181,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E2_A1.mat,49,24500,3,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.736,0.897,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.184,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,1,500,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.437,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.381,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.343,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,4,2000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.661,0.884,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,5,2500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.924,0.863,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.255,0.861,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.392,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.429,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,9,4500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.196,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.366,0.841,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.064,0.883,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.253,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,13,6500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.835,0.854,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.507,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,15,7500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.217,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.16,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.491,0.855,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.953,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.361,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,20,10000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.603,0.873,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.551,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.913,0.876,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.841,0.871,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,24,12000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.687,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.922,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,26,13000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.582,0.897,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.615,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.548,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.545,0.838,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.433,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,31,15500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.542,0.871,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,32,16000,0,SILVER,69,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.256,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.229,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.931,0.876,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,35,17500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.404,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,36,18000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.443,0.84,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.815,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.102,0.855,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,39,19500,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.272,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.015,0.858,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.761,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,42,21000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.02,0.884,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,43,21500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.886,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.549,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.812,0.89,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,46,23000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.79,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,47,23500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.708,0.85,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.327,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s3,S3_E3_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.892,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,0,0,1,SILVER,68,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.446,0.909,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,1,500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.516,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.404,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,3,1500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.46,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,4,2000,1,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.38,0.925,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,5,2500,1,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.837,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.313,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,7,3500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.335,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,8,4000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.496,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.946,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.059,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,11,5500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.648,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,12,6000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.791,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.466,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.948,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,15,7500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.807,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,16,8000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.663,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.764,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.317,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.445,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,20,10000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.665,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.516,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.365,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.601,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,24,12000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.502,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.484,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.208,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,27,13500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.278,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.906,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,29,14500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.255,0.92,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,30,15000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.531,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,31,15500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.284,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.473,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.503,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,34,17000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.351,0.92,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,35,17500,0,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.506,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.832,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,37,18500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.831,0.919,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,38,19000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.453,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,39,19500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.601,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.938,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.474,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,42,21000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.591,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,43,21500,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.542,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.506,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.544,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,46,23000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.726,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.469,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.26,0.938,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E1_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.953,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.066,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,1,500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.84,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.462,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,3,1500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.369,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,4,2000,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.323,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,5,2500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.429,0.904,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,6,3000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,uncertain,0.099,0.926,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,7,3500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.466,0.916,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.336,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.433,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.662,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,11,5500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.282,0.938,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,12,6000,1,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.48,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.285,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.529,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,15,7500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.536,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.187,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.663,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.765,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.629,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.904,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.538,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,22,11000,1,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.173,0.926,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.655,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.761,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.551,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.531,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,27,13500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.241,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.38,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.644,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.242,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,31,15500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.333,0.94,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.577,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.364,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.423,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,35,17500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.248,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,36,18000,0,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.557,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.461,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.369,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,39,19500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.582,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,40,20000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.185,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.464,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.348,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,43,21500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.23,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,44,22000,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.446,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.643,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.366,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.453,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,48,24000,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.152,0.926,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E2_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.497,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,0,0,0,BRONZE,52,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,BRONZE — Degraded data quality. Review before training.,Review flagged issues before using for training. Consider removing this window.,biological,1.081,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,1,500,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.998,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.647,0.89,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.491,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,4,2000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.712,0.89,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.163,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.645,0.884,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.062,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,8,4000,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.244,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,9,4500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.554,0.913,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.77,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.107,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.316,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.452,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.87,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.856,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,16,8000,0,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.41,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.201,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.706,0.871,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.183,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.248,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.583,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.963,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.198,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.792,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,25,12500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.272,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,26,13000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.173,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.313,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.494,0.871,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.67,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,30,15000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.444,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.785,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.626,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,33,16500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.306,0.918,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,34,17000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.282,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.518,0.86,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.816,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.864,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,38,19000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.312,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.437,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.271,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.818,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,42,21000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.185,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.653,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.702,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.36,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,46,23000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.364,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.324,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.486,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s4,S4_E3_A1.mat,49,24500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.306,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.899,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.463,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.895,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.561,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.526,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.391,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.29,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.328,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.266,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.253,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,10,5000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.289,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.387,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.295,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.481,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.451,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,15,7500,1,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.423,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,16,8000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.558,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,17,8500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.299,0.917,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.616,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.643,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.311,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.428,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.116,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.598,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.141,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.442,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,26,13000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.482,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.445,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.33,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.418,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.436,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.55,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.449,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,33,16500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,uncertain,0.118,0.909,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.502,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.415,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.295,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,37,18500,2,SILVER,71,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.375,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.424,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,39,19500,2,SILVER,58,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.231,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,40,20000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.605,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,41,20500,2,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.227,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.442,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,43,21500,2,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.594,0.931,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,44,22000,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.414,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.579,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.618,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,47,23500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.423,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.25,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E1_A1.mat,49,24500,3,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.619,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.571,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,1,500,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.526,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.07,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.563,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.208,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.698,0.822,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.513,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.542,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.666,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,9,4500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.158,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.552,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.694,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,12,6000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.416,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,13,6500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.496,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,14,7000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.894,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,15,7500,1,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.947,0.912,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.606,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,17,8500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.402,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,18,9000,1,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.496,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.483,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,20,10000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.492,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.658,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.339,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.731,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.408,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,25,12500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.498,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.597,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.418,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.342,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.206,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.471,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.171,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.445,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,33,16500,0,SILVER,70,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.209,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.939,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.708,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,36,18000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.458,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,37,18500,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.249,0.917,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.504,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.342,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,40,20000,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.464,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,41,20500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.479,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.64,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.738,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,44,22000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.395,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,45,22500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.495,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.467,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.825,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,48,24000,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.425,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E2_A1.mat,49,24500,3,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.478,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.275,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.033,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.581,0.883,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.917,0.875,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.847,0.864,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.236,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,6,3000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.937,0.869,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.912,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.332,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.365,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.74,0.886,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.889,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.595,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.328,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.473,0.86,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.439,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.82,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.277,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.814,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.836,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,20,10000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.448,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.313,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,22,11000,1,SILVER,60,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.813,0.883,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,23,11500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.819,0.856,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.598,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.085,0.942,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,26,13000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.666,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.732,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.662,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.981,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,30,15000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.514,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.662,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.082,0.884,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.981,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,34,17000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.481,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.584,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.477,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,37,18500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.177,0.889,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,38,19000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.406,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.42,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.751,0.85,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.549,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,42,21000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.17,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.408,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.489,0.861,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.276,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,46,23000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.218,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.237,0.883,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.545,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s5,S5_E3_A1.mat,49,24500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.155,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.369,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,1,500,0,SILVER,71,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.722,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,2,1000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.595,0.937,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.447,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,4,2000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.893,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.872,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.691,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,7,3500,1,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.384,0.925,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.926,0.938,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,9,4500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.441,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,10,5000,1,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.083,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,11,5500,1,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.067,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.464,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,13,6500,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.086,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.98,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.568,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.627,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,17,8500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.236,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,18,9000,1,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.584,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.347,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.836,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,21,10500,0,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.705,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,22,11000,1,SILVER,71,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.446,0.92,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.474,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,24,12000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.086,0.939,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,25,12500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.666,0.939,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,26,13000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.61,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.608,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.246,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,29,14500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.038,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,30,15000,2,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.305,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,31,15500,2,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.918,0.914,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,32,16000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.661,0.914,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,33,16500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.02,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,34,17000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.179,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.012,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,36,18000,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.092,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.177,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.983,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,39,19500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.093,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,40,20000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.457,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.929,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,42,21000,2,SILVER,71,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.511,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,43,21500,2,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.984,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,44,22000,0,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.629,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,45,22500,2,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.034,0.925,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,46,23000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.362,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,47,23500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.7,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.831,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E1_A1.mat,49,24500,3,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.33,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.702,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,1,500,0,SILVER,70,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.204,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,2,1000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.926,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.654,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.709,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.797,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,6,3000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.172,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.109,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,8,4000,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.466,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.375,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.153,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.104,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,12,6000,0,SILVER,73,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.755,0.936,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,13,6500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.209,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.877,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.627,0.937,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,16,8000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.201,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,17,8500,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.416,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.094,0.938,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.852,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,20,10000,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.748,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,21,10500,0,SILVER,68,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.99,0.929,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.627,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,23,11500,1,SILVER,67,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.431,0.928,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.287,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,25,12500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.251,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.175,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.29,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,28,14000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.762,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,29,14500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.315,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,30,15000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.52,0.923,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.481,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.352,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,33,16500,0,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.265,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.981,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.221,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,36,18000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.4,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,37,18500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.352,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.964,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.525,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,40,20000,0,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.646,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,41,20500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.404,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.991,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.698,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.301,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.527,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.467,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.697,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.609,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E2_A1.mat,49,24500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.507,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,0,0,0,SILVER,68,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.667,0.913,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,1,500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.413,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.743,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.508,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.449,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,5,2500,0,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.38,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.281,0.893,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.702,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.553,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.035,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.328,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,11,5500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.259,0.912,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.793,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.518,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.603,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.818,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.484,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,17,8500,1,SILVER,60,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.454,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.154,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.785,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.385,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.159,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.739,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.894,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.343,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.62,0.932,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,26,13000,0,SILVER,67,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.36,0.929,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.033,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.28,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.26,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,30,15000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.75,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.211,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.621,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.2,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,34,17000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.273,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.931,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.744,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.285,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.105,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.615,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.444,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.795,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,42,21000,2,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.377,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.968,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.569,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.633,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,46,23000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.355,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.99,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.602,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s6,S6_E3_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.002,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,0,0,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.868,0.864,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,1,500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.505,0.862,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,2,1000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.526,0.844,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,3,1500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.95,0.912,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.407,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,5,2500,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.286,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.306,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.686,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.43,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,9,4500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.321,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,10,5000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.43,0.904,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.658,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,12,6000,0,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.501,0.902,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.387,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.602,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.322,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.476,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,17,8500,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.413,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.412,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.158,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.507,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,21,10500,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.355,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.76,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.35,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,24,12000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.558,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,25,12500,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.378,0.917,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.415,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,27,13500,2,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.907,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,28,14000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.302,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,29,14500,2,SILVER,60,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.324,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,30,15000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.183,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.882,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,32,16000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.017,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.537,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.316,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.435,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.385,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.053,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,38,19000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.204,0.901,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.219,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,40,20000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.474,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.684,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.354,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,43,21500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.458,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,44,22000,0,SILVER,74,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.758,0.901,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.364,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.482,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,47,23500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.425,0.85,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.664,0.884,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E1_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.753,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.476,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,1,500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.771,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.308,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,3,1500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.994,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,4,2000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.36,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,5,2500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.347,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.202,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,7,3500,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.368,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,8,4000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.44,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.647,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.349,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,11,5500,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.567,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,12,6000,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.407,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.491,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.501,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,15,7500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.499,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,16,8000,1,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.487,0.922,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.288,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.443,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.181,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,20,10000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.711,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.489,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.382,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,23,11500,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.341,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,24,12000,2,SILVER,70,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.335,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,25,12500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.756,0.901,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.672,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,27,13500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.154,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.911,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.629,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.583,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,31,15500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.3,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.374,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,33,16500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.475,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.509,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,35,17500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.967,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,36,18000,2,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.441,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.457,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.756,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,39,19500,0,SILVER,62,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.509,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.732,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.494,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,42,21000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.305,0.908,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,43,21500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.746,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,44,22000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.331,0.904,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.056,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.215,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,47,23500,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.342,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.323,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E2_A1.mat,49,24500,3,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.686,0.906,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.46,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,1,500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.429,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.363,0.846,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,3,1500,1,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.536,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,4,2000,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.057,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,5,2500,0,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.369,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.993,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.479,0.873,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.258,0.825,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.52,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.773,0.834,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.701,0.865,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,12,6000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.844,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,13,6500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.195,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.92,0.886,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.534,0.859,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,16,8000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.623,0.891,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,17,8500,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.4,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.79,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.525,0.861,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,20,10000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.374,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,21,10500,1,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.42,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.377,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.66,0.842,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,24,12000,0,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.221,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.744,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,26,13000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.5,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,27,13500,2,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.195,0.9,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.647,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.983,0.837,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,30,15000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.983,0.881,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.531,0.855,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.487,0.837,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.416,0.836,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,34,17000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.541,0.873,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.853,0.866,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.67,0.876,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,37,18500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.08,0.847,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,38,19000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.321,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.663,0.871,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,40,20000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.068,0.858,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.91,0.849,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,42,21000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.411,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.879,0.852,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.486,0.879,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,45,22500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.961,0.829,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,46,23000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.215,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.797,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,48,24000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.522,0.859,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s7,S7_E3_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.488,0.878,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.664,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.033,0.945,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,2,1000,1,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.29,0.92,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.557,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.294,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,5,2500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.332,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,6,3000,1,SILVER,61,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.47,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,7,3500,1,SILVER,58,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.143,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,8,4000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.645,0.949,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.394,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.264,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.054,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.969,0.879,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.706,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.968,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.383,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.175,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.473,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.177,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.227,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,20,10000,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.127,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,21,10500,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.431,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.421,0.949,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.354,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,24,12000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.828,0.917,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.372,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.187,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.405,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,28,14000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.245,0.924,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.673,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.562,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.979,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,32,16000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.247,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,33,16500,2,SILVER,60,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.217,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,34,17000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.438,0.928,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,35,17500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.621,0.928,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.073,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.358,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.224,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,39,19500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.551,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,40,20000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.29,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,41,20500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.381,0.914,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,1.398,0.982,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,43,21500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.388,0.95,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.474,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,45,22500,2,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.338,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.385,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.409,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,48,24000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.591,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E1_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.932,0.934,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.638,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,1,500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.343,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.461,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,3,1500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.214,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,4,2000,0,SILVER,57,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.467,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,5,2500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.747,0.93,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.555,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,7,3500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.888,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.287,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.587,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.345,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,11,5500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.395,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.171,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.3,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.638,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,15,7500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.229,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.563,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.447,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.746,0.93,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,19,9500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.36,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,20,10000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.394,0.896,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.356,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.497,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.591,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.46,0.927,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,25,12500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.553,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.511,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,27,13500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.309,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,28,14000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.455,0.939,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,29,14500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.408,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.477,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,31,15500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.448,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.422,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,33,16500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.436,0.91,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,34,17000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.609,0.928,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,35,17500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.668,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,36,18000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.845,0.929,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,37,18500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.328,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.429,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,39,19500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.521,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,40,20000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.975,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,41,20500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.494,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,42,21000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.687,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,43,21500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.432,0.867,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.305,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,45,22500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.611,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.434,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,47,23500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.527,0.882,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,48,24000,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.446,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E2_A1.mat,49,24500,3,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.435,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,0,0,0,SILVER,60,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.188,0.935,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,1,500,0,SILVER,67,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.179,0.936,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.077,0.886,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.794,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.599,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.525,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.168,0.851,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.492,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.121,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.55,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.058,0.872,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.629,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.257,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,13,6500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.976,0.855,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.534,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.782,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.612,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.982,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.563,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.985,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.689,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.686,0.897,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,22,11000,1,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.445,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,23,11500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.182,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.625,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,25,12500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.783,0.927,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,26,13000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.076,0.934,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.613,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,28,14000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.46,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,29,14500,0,SILVER,64,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.139,0.933,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,30,15000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.73,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.305,0.869,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.143,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.503,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.309,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.979,0.88,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,36,18000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.099,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.421,0.877,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.492,0.873,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,39,19500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.235,0.86,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.138,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.827,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,42,21000,2,SILVER,59,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.941,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.763,0.857,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,44,22000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.281,0.899,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.08,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.331,0.953,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.913,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,48,24000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.639,0.917,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s8,S8_E3_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.371,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.398,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.98,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.441,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.659,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.367,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.628,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.345,0.888,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.356,0.89,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.493,0.886,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.568,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.061,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,11,5500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.643,0.921,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.562,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,13,6500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.358,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,14,7000,1,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.303,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.283,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.301,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,17,8500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.188,0.911,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.156,0.904,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.18,0.876,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.242,0.899,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,21,10500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.505,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.22,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.212,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,24,12000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.476,0.926,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,25,12500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.03,0.91,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.281,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.236,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.29,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.446,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.583,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.348,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.521,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,33,16500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.472,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.756,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,35,17500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.813,0.896,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.077,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.753,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.582,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.086,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,40,20000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.65,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.564,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.947,0.931,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.343,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,44,22000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.22,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.311,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.659,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.322,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,48,24000,0,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.345,0.921,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E1_A1.mat,49,24500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.19,0.918,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.561,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.378,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,2,1000,1,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.646,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.252,0.909,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.437,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.33,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,6,3000,1,SILVER,65,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.53,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.675,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,8,4000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.433,0.914,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,9,4500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.568,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.886,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,11,5500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.261,0.902,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,12,6000,0,SILVER,56,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.651,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,13,6500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.428,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.648,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.616,0.902,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,16,8000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.246,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,17,8500,0,SILVER,58,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.289,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,18,9000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.542,0.909,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,19,9500,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.751,0.901,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.69,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,21,10500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.487,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,22,11000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.498,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,23,11500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.016,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.185,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,25,12500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.609,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,26,13000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.397,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.418,0.898,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,28,14000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.434,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,29,14500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.312,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,30,15000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.463,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.044,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,32,16000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.339,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,33,16500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.23,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,34,17000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.517,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.48,0.903,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,36,18000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.551,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,37,18500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.482,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,38,19000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.805,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,39,19500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.165,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,40,20000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.963,0.923,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.545,0.915,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,42,21000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.034,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,43,21500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.303,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,44,22000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.518,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,45,22500,0,SILVER,60,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.32,0.925,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,46,23000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.406,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,47,23500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.133,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,48,24000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.29,0.919,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E2_A1.mat,49,24500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.785,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,0,0,0,SILVER,63,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.759,0.887,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,1,500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.472,0.916,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,2,1000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.653,0.914,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,3,1500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.609,0.928,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,4,2000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,uncertain,0.131,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,5,2500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.514,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,6,3000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.611,0.913,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,7,3500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.672,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,8,4000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.389,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,9,4500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.271,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,10,5000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.312,0.824,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,11,5500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.869,0.892,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,12,6000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.197,0.906,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,13,6500,1,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.243,0.948,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,14,7000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.924,0.875,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,15,7500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.234,0.896,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,16,8000,0,SILVER,72,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.897,0.909,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,17,8500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.199,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,18,9000,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.246,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,19,9500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.533,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,20,10000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.846,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,21,10500,1,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.739,0.841,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,22,11000,1,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.229,0.883,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,23,11500,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.517,0.916,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,24,12000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.18,0.908,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,25,12500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.72,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,26,13000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.286,0.922,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,27,13500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.409,0.901,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,28,14000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.018,0.88,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,29,14500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.313,0.912,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,30,15000,0,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.363,0.915,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,31,15500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.803,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,32,16000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.898,0.868,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,33,16500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.439,0.924,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,34,17000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.563,0.917,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,35,17500,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.773,0.895,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,36,18000,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.861,0.889,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,37,18500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.435,0.91,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,38,19000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.169,0.911,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,39,19500,2,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.712,0.861,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,40,20000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.653,0.858,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,41,20500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.237,0.92,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,42,21000,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.389,0.907,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,43,21500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.878,0.892,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,44,22000,2,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.575,0.859,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,45,22500,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.35,0.905,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,46,23000,0,SILVER,66,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,0.778,0.891,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,47,23500,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,1.175,0.9,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,48,24000,2,GOLD,75,inter_window_continuity|resonance_frequency|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,,GOLD — Excellent data quality. Safe for robot training.,Data is ready for robot training pipelines.,biological,0.491,0.89,False,3,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.
s9,S9_E3_A1.mat,49,24500,0,SILVER,55,inter_window_continuity|rigid_body_kinematics|jerk_bounds|imu_internal_consistency,resonance_frequency,SILVER — Good data quality. Minor physics anomalies present.,Data is usable. Consider applying a low-pass filter at 12Hz to improve quality.,biological,1.004,0.894,False,4,Inter-window Continuity (temporal fabric): Timestamp regression or impossible acceleration jump detected. | Segment Resonance (physiological tremor): Signal frequency outside physiological tremor band. | Rigid Body Kinematics (accel-gyro coupling): Accel and gyro signals are decoupled — not from same rigid body. | IMU Internal Consistency (accel-gyro variance): Accel and gyro appear to be from independent signal generators.