data-sample / socks /meta /info.json
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{
"codebase_version": "v3.0",
"fps": 30,
"features": {
"observation.state": {
"dtype": "float32",
"shape": [
60
],
"names": [
"left_hip_pitch_joint.pos",
"left_hip_roll_joint.pos",
"left_hip_yaw_joint.pos",
"left_knee_joint.pos",
"left_ankle_pitch_joint.pos",
"left_ankle_roll_joint.pos",
"right_hip_pitch_joint.pos",
"right_hip_roll_joint.pos",
"right_hip_yaw_joint.pos",
"right_knee_joint.pos",
"right_ankle_pitch_joint.pos",
"right_ankle_roll_joint.pos",
"waist_yaw_joint.pos",
"waist_roll_joint.pos",
"waist_pitch_joint.pos",
"left_shoulder_pitch_joint.pos",
"left_shoulder_roll_joint.pos",
"left_shoulder_yaw_joint.pos",
"left_elbow_joint.pos",
"left_wrist_roll_joint.pos",
"left_wrist_pitch_joint.pos",
"left_wrist_yaw_joint.pos",
"right_shoulder_pitch_joint.pos",
"right_shoulder_roll_joint.pos",
"right_shoulder_yaw_joint.pos",
"right_elbow_joint.pos",
"right_wrist_roll_joint.pos",
"right_wrist_pitch_joint.pos",
"right_wrist_yaw_joint.pos",
"left_hip_pitch_joint.vel",
"left_hip_roll_joint.vel",
"left_hip_yaw_joint.vel",
"left_knee_joint.vel",
"left_ankle_pitch_joint.vel",
"left_ankle_roll_joint.vel",
"right_hip_pitch_joint.vel",
"right_hip_roll_joint.vel",
"right_hip_yaw_joint.vel",
"right_knee_joint.vel",
"right_ankle_pitch_joint.vel",
"right_ankle_roll_joint.vel",
"waist_yaw_joint.vel",
"waist_roll_joint.vel",
"waist_pitch_joint.vel",
"left_shoulder_pitch_joint.vel",
"left_shoulder_roll_joint.vel",
"left_shoulder_yaw_joint.vel",
"left_elbow_joint.vel",
"left_wrist_roll_joint.vel",
"left_wrist_pitch_joint.vel",
"left_wrist_yaw_joint.vel",
"right_shoulder_pitch_joint.vel",
"right_shoulder_roll_joint.vel",
"right_shoulder_yaw_joint.vel",
"right_elbow_joint.vel",
"right_wrist_roll_joint.vel",
"right_wrist_pitch_joint.vel",
"right_wrist_yaw_joint.vel",
"left_hand.aperture",
"right_hand.aperture"
],
"units": [
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"fraction 0..1",
"fraction 0..1"
]
},
"observation.imu.pelvis": {
"dtype": "float32",
"shape": [
10
],
"names": [
"quat_w",
"quat_x",
"quat_y",
"quat_z",
"gyro_x",
"gyro_y",
"gyro_z",
"acc_x",
"acc_y",
"acc_z"
],
"units": [
"unitless, orientation of the pelvis IMU (imu_in_pelvis), rt/lowstate in the world",
"unitless, orientation of the pelvis IMU (imu_in_pelvis), rt/lowstate in the world",
"unitless, orientation of the pelvis IMU (imu_in_pelvis), rt/lowstate in the world",
"unitless, orientation of the pelvis IMU (imu_in_pelvis), rt/lowstate in the world",
"rad/s, in the frame of the pelvis IMU (imu_in_pelvis), rt/lowstate",
"rad/s, in the frame of the pelvis IMU (imu_in_pelvis), rt/lowstate",
"rad/s, in the frame of the pelvis IMU (imu_in_pelvis), rt/lowstate",
"m/s^2, in the frame of the pelvis IMU (imu_in_pelvis), rt/lowstate",
"m/s^2, in the frame of the pelvis IMU (imu_in_pelvis), rt/lowstate",
"m/s^2, in the frame of the pelvis IMU (imu_in_pelvis), rt/lowstate"
]
},
"observation.imu.chest": {
"dtype": "float32",
"shape": [
10
],
"names": [
"quat_w",
"quat_x",
"quat_y",
"quat_z",
"gyro_x",
"gyro_y",
"gyro_z",
"acc_x",
"acc_y",
"acc_z"
],
"units": [
"unitless, orientation of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message in the world",
"unitless, orientation of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message in the world",
"unitless, orientation of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message in the world",
"unitless, orientation of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message in the world",
"rad/s, in the frame of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message",
"rad/s, in the frame of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message",
"rad/s, in the frame of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message",
"m/s^2, in the frame of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message",
"m/s^2, in the frame of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message",
"m/s^2, in the frame of the chest IMU (imu_in_torso on torso_link), rt/secondary_imu; NaN until its first message"
]
},
"observation.effort": {
"dtype": "float32",
"shape": [
31
],
"names": [
"left_hip_pitch_joint.tau",
"left_hip_roll_joint.tau",
"left_hip_yaw_joint.tau",
"left_knee_joint.tau",
"left_ankle_pitch_joint.tau",
"left_ankle_roll_joint.tau",
"right_hip_pitch_joint.tau",
"right_hip_roll_joint.tau",
"right_hip_yaw_joint.tau",
"right_knee_joint.tau",
"right_ankle_pitch_joint.tau",
"right_ankle_roll_joint.tau",
"waist_yaw_joint.tau",
"waist_roll_joint.tau",
"waist_pitch_joint.tau",
"left_shoulder_pitch_joint.tau",
"left_shoulder_roll_joint.tau",
"left_shoulder_yaw_joint.tau",
"left_elbow_joint.tau",
"left_wrist_roll_joint.tau",
"left_wrist_pitch_joint.tau",
"left_wrist_yaw_joint.tau",
"right_shoulder_pitch_joint.tau",
"right_shoulder_roll_joint.tau",
"right_shoulder_yaw_joint.tau",
"right_elbow_joint.tau",
"right_wrist_roll_joint.tau",
"right_wrist_pitch_joint.tau",
"right_wrist_yaw_joint.tau",
"left_hand.tau",
"right_hand.tau"
],
"units": [
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m"
]
},
"observation.motor_temp": {
"dtype": "float32",
"shape": [
29
],
"names": [
"left_hip_pitch_joint.temp",
"left_hip_roll_joint.temp",
"left_hip_yaw_joint.temp",
"left_knee_joint.temp",
"left_ankle_pitch_joint.temp",
"left_ankle_roll_joint.temp",
"right_hip_pitch_joint.temp",
"right_hip_roll_joint.temp",
"right_hip_yaw_joint.temp",
"right_knee_joint.temp",
"right_ankle_pitch_joint.temp",
"right_ankle_roll_joint.temp",
"waist_yaw_joint.temp",
"waist_roll_joint.temp",
"waist_pitch_joint.temp",
"left_shoulder_pitch_joint.temp",
"left_shoulder_roll_joint.temp",
"left_shoulder_yaw_joint.temp",
"left_elbow_joint.temp",
"left_wrist_roll_joint.temp",
"left_wrist_pitch_joint.temp",
"left_wrist_yaw_joint.temp",
"right_shoulder_pitch_joint.temp",
"right_shoulder_roll_joint.temp",
"right_shoulder_yaw_joint.temp",
"right_elbow_joint.temp",
"right_wrist_roll_joint.temp",
"right_wrist_pitch_joint.temp",
"right_wrist_yaw_joint.temp"
],
"units": [
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC",
"degC"
]
},
"action": {
"dtype": "float32",
"shape": [
31
],
"names": [
"left_hip_pitch_joint.pos",
"left_hip_roll_joint.pos",
"left_hip_yaw_joint.pos",
"left_knee_joint.pos",
"left_ankle_pitch_joint.pos",
"left_ankle_roll_joint.pos",
"right_hip_pitch_joint.pos",
"right_hip_roll_joint.pos",
"right_hip_yaw_joint.pos",
"right_knee_joint.pos",
"right_ankle_pitch_joint.pos",
"right_ankle_roll_joint.pos",
"waist_yaw_joint.pos",
"waist_roll_joint.pos",
"waist_pitch_joint.pos",
"left_shoulder_pitch_joint.pos",
"left_shoulder_roll_joint.pos",
"left_shoulder_yaw_joint.pos",
"left_elbow_joint.pos",
"left_wrist_roll_joint.pos",
"left_wrist_pitch_joint.pos",
"left_wrist_yaw_joint.pos",
"right_shoulder_pitch_joint.pos",
"right_shoulder_roll_joint.pos",
"right_shoulder_yaw_joint.pos",
"right_elbow_joint.pos",
"right_wrist_roll_joint.pos",
"right_wrist_pitch_joint.pos",
"right_wrist_yaw_joint.pos",
"left_hand.aperture",
"right_hand.aperture"
],
"units": [
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"rad",
"fraction 0..1",
"fraction 0..1"
]
},
"action.kp": {
"dtype": "float32",
"shape": [
29
],
"names": [
"left_hip_pitch_joint.kp",
"left_hip_roll_joint.kp",
"left_hip_yaw_joint.kp",
"left_knee_joint.kp",
"left_ankle_pitch_joint.kp",
"left_ankle_roll_joint.kp",
"right_hip_pitch_joint.kp",
"right_hip_roll_joint.kp",
"right_hip_yaw_joint.kp",
"right_knee_joint.kp",
"right_ankle_pitch_joint.kp",
"right_ankle_roll_joint.kp",
"waist_yaw_joint.kp",
"waist_roll_joint.kp",
"waist_pitch_joint.kp",
"left_shoulder_pitch_joint.kp",
"left_shoulder_roll_joint.kp",
"left_shoulder_yaw_joint.kp",
"left_elbow_joint.kp",
"left_wrist_roll_joint.kp",
"left_wrist_pitch_joint.kp",
"left_wrist_yaw_joint.kp",
"right_shoulder_pitch_joint.kp",
"right_shoulder_roll_joint.kp",
"right_shoulder_yaw_joint.kp",
"right_elbow_joint.kp",
"right_wrist_roll_joint.kp",
"right_wrist_pitch_joint.kp",
"right_wrist_yaw_joint.kp"
],
"units": [
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad",
"N*m/rad"
]
},
"action.kd": {
"dtype": "float32",
"shape": [
29
],
"names": [
"left_hip_pitch_joint.kd",
"left_hip_roll_joint.kd",
"left_hip_yaw_joint.kd",
"left_knee_joint.kd",
"left_ankle_pitch_joint.kd",
"left_ankle_roll_joint.kd",
"right_hip_pitch_joint.kd",
"right_hip_roll_joint.kd",
"right_hip_yaw_joint.kd",
"right_knee_joint.kd",
"right_ankle_pitch_joint.kd",
"right_ankle_roll_joint.kd",
"waist_yaw_joint.kd",
"waist_roll_joint.kd",
"waist_pitch_joint.kd",
"left_shoulder_pitch_joint.kd",
"left_shoulder_roll_joint.kd",
"left_shoulder_yaw_joint.kd",
"left_elbow_joint.kd",
"left_wrist_roll_joint.kd",
"left_wrist_pitch_joint.kd",
"left_wrist_yaw_joint.kd",
"right_shoulder_pitch_joint.kd",
"right_shoulder_roll_joint.kd",
"right_shoulder_yaw_joint.kd",
"right_elbow_joint.kd",
"right_wrist_roll_joint.kd",
"right_wrist_pitch_joint.kd",
"right_wrist_yaw_joint.kd"
],
"units": [
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad",
"N*m*s/rad"
]
},
"action.tau_ff": {
"dtype": "float32",
"shape": [
29
],
"names": [
"left_hip_pitch_joint.tau_ff",
"left_hip_roll_joint.tau_ff",
"left_hip_yaw_joint.tau_ff",
"left_knee_joint.tau_ff",
"left_ankle_pitch_joint.tau_ff",
"left_ankle_roll_joint.tau_ff",
"right_hip_pitch_joint.tau_ff",
"right_hip_roll_joint.tau_ff",
"right_hip_yaw_joint.tau_ff",
"right_knee_joint.tau_ff",
"right_ankle_pitch_joint.tau_ff",
"right_ankle_roll_joint.tau_ff",
"waist_yaw_joint.tau_ff",
"waist_roll_joint.tau_ff",
"waist_pitch_joint.tau_ff",
"left_shoulder_pitch_joint.tau_ff",
"left_shoulder_roll_joint.tau_ff",
"left_shoulder_yaw_joint.tau_ff",
"left_elbow_joint.tau_ff",
"left_wrist_roll_joint.tau_ff",
"left_wrist_pitch_joint.tau_ff",
"left_wrist_yaw_joint.tau_ff",
"right_shoulder_pitch_joint.tau_ff",
"right_shoulder_roll_joint.tau_ff",
"right_shoulder_yaw_joint.tau_ff",
"right_elbow_joint.tau_ff",
"right_wrist_roll_joint.tau_ff",
"right_wrist_pitch_joint.tau_ff",
"right_wrist_yaw_joint.tau_ff"
],
"units": [
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m",
"N*m"
]
},
"action.dq_target": {
"dtype": "float32",
"shape": [
29
],
"names": [
"left_hip_pitch_joint.dq_target",
"left_hip_roll_joint.dq_target",
"left_hip_yaw_joint.dq_target",
"left_knee_joint.dq_target",
"left_ankle_pitch_joint.dq_target",
"left_ankle_roll_joint.dq_target",
"right_hip_pitch_joint.dq_target",
"right_hip_roll_joint.dq_target",
"right_hip_yaw_joint.dq_target",
"right_knee_joint.dq_target",
"right_ankle_pitch_joint.dq_target",
"right_ankle_roll_joint.dq_target",
"waist_yaw_joint.dq_target",
"waist_roll_joint.dq_target",
"waist_pitch_joint.dq_target",
"left_shoulder_pitch_joint.dq_target",
"left_shoulder_roll_joint.dq_target",
"left_shoulder_yaw_joint.dq_target",
"left_elbow_joint.dq_target",
"left_wrist_roll_joint.dq_target",
"left_wrist_pitch_joint.dq_target",
"left_wrist_yaw_joint.dq_target",
"right_shoulder_pitch_joint.dq_target",
"right_shoulder_roll_joint.dq_target",
"right_shoulder_yaw_joint.dq_target",
"right_elbow_joint.dq_target",
"right_wrist_roll_joint.dq_target",
"right_wrist_pitch_joint.dq_target",
"right_wrist_yaw_joint.dq_target"
],
"units": [
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s",
"rad/s"
]
},
"action.tau_requested": {
"dtype": "float32",
"shape": [
31
],
"names": [
"left_hip_pitch_joint.tau_requested",
"left_hip_roll_joint.tau_requested",
"left_hip_yaw_joint.tau_requested",
"left_knee_joint.tau_requested",
"left_ankle_pitch_joint.tau_requested",
"left_ankle_roll_joint.tau_requested",
"right_hip_pitch_joint.tau_requested",
"right_hip_roll_joint.tau_requested",
"right_hip_yaw_joint.tau_requested",
"right_knee_joint.tau_requested",
"right_ankle_pitch_joint.tau_requested",
"right_ankle_roll_joint.tau_requested",
"waist_yaw_joint.tau_requested",
"waist_roll_joint.tau_requested",
"waist_pitch_joint.tau_requested",
"left_shoulder_pitch_joint.tau_requested",
"left_shoulder_roll_joint.tau_requested",
"left_shoulder_yaw_joint.tau_requested",
"left_elbow_joint.tau_requested",
"left_wrist_roll_joint.tau_requested",
"left_wrist_pitch_joint.tau_requested",
"left_wrist_yaw_joint.tau_requested",
"right_shoulder_pitch_joint.tau_requested",
"right_shoulder_roll_joint.tau_requested",
"right_shoulder_yaw_joint.tau_requested",
"right_elbow_joint.tau_requested",
"right_wrist_roll_joint.tau_requested",
"right_wrist_pitch_joint.tau_requested",
"right_wrist_yaw_joint.tau_requested",
"left_hand.tau_requested",
"right_hand.tau_requested"
],
"units": [
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state",
"N*m, the torque the controller asked for before the torque budget capped it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the uncapped command and this row's state; for the hands the gripper guard's PD request, NaN without gripper state"
]
},
"action.torque_cap": {
"dtype": "float32",
"shape": [
31
],
"names": [
"left_hip_pitch_joint.torque_cap",
"left_hip_roll_joint.torque_cap",
"left_hip_yaw_joint.torque_cap",
"left_knee_joint.torque_cap",
"left_ankle_pitch_joint.torque_cap",
"left_ankle_roll_joint.torque_cap",
"right_hip_pitch_joint.torque_cap",
"right_hip_roll_joint.torque_cap",
"right_hip_yaw_joint.torque_cap",
"right_knee_joint.torque_cap",
"right_ankle_pitch_joint.torque_cap",
"right_ankle_roll_joint.torque_cap",
"waist_yaw_joint.torque_cap",
"waist_roll_joint.torque_cap",
"waist_pitch_joint.torque_cap",
"left_shoulder_pitch_joint.torque_cap",
"left_shoulder_roll_joint.torque_cap",
"left_shoulder_yaw_joint.torque_cap",
"left_elbow_joint.torque_cap",
"left_wrist_roll_joint.torque_cap",
"left_wrist_pitch_joint.torque_cap",
"left_wrist_yaw_joint.torque_cap",
"right_shoulder_pitch_joint.torque_cap",
"right_shoulder_roll_joint.torque_cap",
"right_shoulder_yaw_joint.torque_cap",
"right_elbow_joint.torque_cap",
"right_wrist_roll_joint.torque_cap",
"right_wrist_pitch_joint.torque_cap",
"right_wrist_yaw_joint.torque_cap",
"left_hand.torque_cap",
"right_hand.torque_cap"
],
"units": [
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped",
"fraction 0..1 of the joint's peak torque its torque budget allowed this row (15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers), 1 with a full budget down to 0.4 with an empty one, lower for a gripper in delicate mode; legs and waist are never capped"
]
},
"action.tau_commanded": {
"dtype": "float32",
"shape": [
31
],
"names": [
"left_hip_pitch_joint.tau_commanded",
"left_hip_roll_joint.tau_commanded",
"left_hip_yaw_joint.tau_commanded",
"left_knee_joint.tau_commanded",
"left_ankle_pitch_joint.tau_commanded",
"left_ankle_roll_joint.tau_commanded",
"right_hip_pitch_joint.tau_commanded",
"right_hip_roll_joint.tau_commanded",
"right_hip_yaw_joint.tau_commanded",
"right_knee_joint.tau_commanded",
"right_ankle_pitch_joint.tau_commanded",
"right_ankle_roll_joint.tau_commanded",
"waist_yaw_joint.tau_commanded",
"waist_roll_joint.tau_commanded",
"waist_pitch_joint.tau_commanded",
"left_shoulder_pitch_joint.tau_commanded",
"left_shoulder_roll_joint.tau_commanded",
"left_shoulder_yaw_joint.tau_commanded",
"left_elbow_joint.tau_commanded",
"left_wrist_roll_joint.tau_commanded",
"left_wrist_pitch_joint.tau_commanded",
"left_wrist_yaw_joint.tau_commanded",
"right_shoulder_pitch_joint.tau_commanded",
"right_shoulder_roll_joint.tau_commanded",
"right_shoulder_yaw_joint.tau_commanded",
"right_elbow_joint.tau_commanded",
"right_wrist_roll_joint.tau_commanded",
"right_wrist_pitch_joint.tau_commanded",
"right_wrist_yaw_joint.tau_commanded",
"left_hand.tau_commanded",
"right_hand.tau_commanded"
],
"units": [
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state",
"N*m, the torque commanded after the torque budget limited it: kp*(q_target-q)+kd*(dq_target-dq)+tau_ff from the command sent and this row's state; for the hands the gripper guard's limited PD torque, NaN without gripper state"
]
},
"observation.torque_budget": {
"dtype": "float32",
"shape": [
16
],
"names": [
"left_shoulder_pitch_joint.torque_budget",
"left_shoulder_roll_joint.torque_budget",
"left_shoulder_yaw_joint.torque_budget",
"left_elbow_joint.torque_budget",
"left_wrist_roll_joint.torque_budget",
"left_wrist_pitch_joint.torque_budget",
"left_wrist_yaw_joint.torque_budget",
"right_shoulder_pitch_joint.torque_budget",
"right_shoulder_roll_joint.torque_budget",
"right_shoulder_yaw_joint.torque_budget",
"right_elbow_joint.torque_budget",
"right_wrist_roll_joint.torque_budget",
"right_wrist_pitch_joint.torque_budget",
"right_wrist_yaw_joint.torque_budget",
"left_hand.torque_budget",
"right_hand.torque_budget"
],
"units": [
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state",
"N*m*s, the joint's remaining torque budget: capacity peak*5 s, refilled by 0.4*peak per second before the torque used (measured, at most the allowed torque) is taken out; peak 15 N*m arm 5020 joints, 5 N*m wrist pitch and yaw, 5 N*m grippers; arm joints and hands only, NaN for a hand without gripper state"
]
},
"action.torque_allowed": {
"dtype": "float32",
"shape": [
16
],
"names": [
"left_shoulder_pitch_joint.torque_allowed",
"left_shoulder_roll_joint.torque_allowed",
"left_shoulder_yaw_joint.torque_allowed",
"left_elbow_joint.torque_allowed",
"left_wrist_roll_joint.torque_allowed",
"left_wrist_pitch_joint.torque_allowed",
"left_wrist_yaw_joint.torque_allowed",
"right_shoulder_pitch_joint.torque_allowed",
"right_shoulder_roll_joint.torque_allowed",
"right_shoulder_yaw_joint.torque_allowed",
"right_elbow_joint.torque_allowed",
"right_wrist_roll_joint.torque_allowed",
"right_wrist_pitch_joint.torque_allowed",
"right_wrist_yaw_joint.torque_allowed",
"left_hand.torque_allowed",
"right_hand.torque_allowed"
],
"units": [
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state",
"N*m, the torque the joint's torque budget allowed this row: 0.4*peak + 0.6*peak*budget/capacity, at most 0.3 N*m for a hand in delicate mode; arm joints and hands only, NaN for a hand without gripper state"
]
},
"action.torque_limited": {
"dtype": "int64",
"shape": [
16
],
"names": [
"left_shoulder_pitch_joint.torque_limited",
"left_shoulder_roll_joint.torque_limited",
"left_shoulder_yaw_joint.torque_limited",
"left_elbow_joint.torque_limited",
"left_wrist_roll_joint.torque_limited",
"left_wrist_pitch_joint.torque_limited",
"left_wrist_yaw_joint.torque_limited",
"right_shoulder_pitch_joint.torque_limited",
"right_shoulder_roll_joint.torque_limited",
"right_shoulder_yaw_joint.torque_limited",
"right_elbow_joint.torque_limited",
"right_wrist_roll_joint.torque_limited",
"right_wrist_pitch_joint.torque_limited",
"right_wrist_yaw_joint.torque_limited",
"left_hand.torque_limited",
"right_hand.torque_limited"
],
"units": [
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)",
"bool, 1 when the torque budget limited the command this row (on a hand in delicate mode the allowed torque is also capped at 0.3 N*m)"
]
},
"action.teleop": {
"dtype": "float32",
"shape": [
26
],
"names": [
"left_wrist.x",
"left_wrist.y",
"left_wrist.z",
"left_wrist.qw",
"left_wrist.qx",
"left_wrist.qy",
"left_wrist.qz",
"right_wrist.x",
"right_wrist.y",
"right_wrist.z",
"right_wrist.qw",
"right_wrist.qx",
"right_wrist.qy",
"right_wrist.qz",
"vx",
"vy",
"yaw_rate",
"height_command",
"left_trigger",
"right_trigger",
"left_grip",
"right_grip",
"left_stick.x",
"left_stick.y",
"right_stick.x",
"right_stick.y"
],
"units": [
"m",
"m",
"m",
"unitless",
"unitless",
"unitless",
"unitless",
"m",
"m",
"m",
"unitless",
"unitless",
"unitless",
"unitless",
"m/s",
"m/s",
"rad/s",
"fraction 0..1, the operator's height slider after rate limiting: pelvis height target = 0.3 m + 0.44 m * value, 0 = crouched, 1 = standing",
"fraction 0..1",
"fraction 0..1",
"fraction 0..1",
"fraction 0..1",
"fraction -1..1, + = pushed right",
"fraction -1..1, + = pushed forward",
"fraction -1..1, + = pushed right",
"fraction -1..1, + = pushed forward"
]
},
"action.teleop.buttons": {
"dtype": "int64",
"shape": [
8
],
"names": [
"right_a",
"right_b",
"left_x",
"left_y",
"left_menu",
"right_menu",
"left_stick_click",
"right_stick_click"
],
"units": [
"bool",
"bool",
"bool",
"bool",
"bool",
"bool",
"bool",
"bool"
]
},
"observation.teleop_active": {
"dtype": "int64",
"shape": [
1
],
"names": null,
"units": [
"bool"
]
},
"observation.frame_counter": {
"dtype": "float64",
"shape": [
12
],
"names": [
"d435",
"d405_left",
"d405_left_ir1",
"d405_left_ir2",
"d405_right",
"d405_right_ir1",
"d405_right_ir2",
"d435_ir1",
"d435_ir2",
"d435_depth",
"d405_left_depth",
"d405_right_depth"
],
"units": [
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us, NaN on rows without a depth frame, see meta/depth.json row_mapping",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us, NaN on rows without a depth frame, see meta/depth.json row_mapping",
"count, the RealSense hardware frame number: not contiguous on the D405 and different between its color and IR, so detect dropped frames from sensor_ts_us or frame_offset_us, NaN on rows without a depth frame, see meta/depth.json row_mapping"
]
},
"observation.sensor_ts_us": {
"dtype": "float64",
"shape": [
12
],
"names": [
"d435",
"d405_left",
"d405_left_ir1",
"d405_left_ir2",
"d405_right",
"d405_right_ir1",
"d405_right_ir2",
"d435_ir1",
"d435_ir2",
"d435_depth",
"d405_left_depth",
"d405_right_depth"
],
"units": [
"us",
"us",
"us",
"us",
"us",
"us",
"us",
"us",
"us",
"us, NaN on rows without a depth frame, see meta/depth.json row_mapping",
"us, NaN on rows without a depth frame, see meta/depth.json row_mapping",
"us, NaN on rows without a depth frame, see meta/depth.json row_mapping"
]
},
"observation.row_time_us": {
"dtype": "int64",
"shape": [
1
],
"names": null,
"units": [
"us"
]
},
"observation.frame_offset_us": {
"dtype": "float64",
"shape": [
12
],
"names": [
"d435",
"d405_left",
"d405_left_ir1",
"d405_left_ir2",
"d405_right",
"d405_right_ir1",
"d405_right_ir2",
"d435_ir1",
"d435_ir2",
"d435_depth",
"d405_left_depth",
"d405_right_depth"
],
"units": [
"us",
"us",
"us",
"us",
"us",
"us",
"us",
"us",
"us",
"us, NaN on rows without a depth frame, see meta/depth.json row_mapping",
"us, NaN on rows without a depth frame, see meta/depth.json row_mapping",
"us, NaN on rows without a depth frame, see meta/depth.json row_mapping"
]
},
"observation.control_offset_us": {
"dtype": "int64",
"shape": [
1
],
"names": null,
"units": [
"us"
]
},
"observation.images.d435": {
"dtype": "video",
"shape": [
480,
848,
3
],
"names": [
"height",
"width",
"channels"
],
"info": {
"video.codec": "av1",
"video.pix_fmt": "yuv420p",
"video.is_grayscale": false,
"video.g": 2,
"video.crf": null,
"video.preset": null,
"video.fast_decode": 0,
"video.encoder": "gstreamer-nvv4l2av1enc",
"video.extra_options": {
"ratecontrol-enable": false,
"quant-i-frames": 120,
"quant-p-frames": 120,
"source_format": "YUY2"
},
"camera": {
"depth_visual_preset": "High Density",
"emitter_enabled": true,
"firmware": "5.15.1.55",
"format": "YUYV",
"frames_rotated_upright": false,
"intrinsics": {
"coeffs": [
0.0,
0.0,
0.0,
0.0,
0.0
],
"fx": 604.6974487304688,
"fy": 604.4395141601563,
"height": 480,
"model": "Inverse Brown Conrady",
"ppx": 429.3679504394531,
"ppy": 241.97515869140625,
"width": 848
},
"ir1_to_robot": {
"convention": "p_to = rotation * p_from + translation, a point in the IR1 camera frame mapped into the robot link torso_link",
"frame": "camera optical frame of the recorded image: +x right, +y down, +z forward along the optical axis, origin at the optical center",
"from": "infrared_1",
"rotation": [
[
-2.220446049250313e-16,
-0.7384553316173743,
0.6743023974493004
],
[
-1.0000000000000002,
2.220446049250313e-16,
-1.0303904848204921e-17
],
[
-1.0303904848204921e-17,
-0.6743023974493004,
-0.7384553316173741
]
],
"rotation_layout": "row-major 3x3, rotation[row][col]",
"source": "robot model, not measured: Unitree g1_29dof.urdf d435_joint, the head tilt set to match it, with IR1 25.04 mm to the left of the joint along the 50.09 mm IR1-to-IR2 baseline",
"to": "torso_link",
"translation": [
0.0576235,
0.042573,
0.41987
],
"translation_units": "meters"
},
"ir1_to_stream": {
"convention": "p_to = rotation * p_from + translation, a point in the IR1 camera frame mapped into this stream's camera frame",
"frame": "camera optical frame of the recorded image: +x right, +y down, +z forward along the optical axis, origin at the optical center",
"from": "infrared_1",
"rotation": [
[
0.9998977184295654,
-0.012767679989337921,
-0.006449446082115173
],
[
0.012749895453453064,
0.999914824962616,
-0.0027912240475416183
],
[
0.006484534125775099,
0.0027087086346000433,
0.999975323677063
]
],
"rotation_layout": "row-major 3x3, rotation[row][col]",
"to": "this stream",
"translation": [
0.015051440335810184,
0.0005301740602590144,
0.00039620933239348233
],
"translation_units": "meters"
},
"model": "Intel RealSense D435I",
"mount_rotation_deg": 0,
"recorded_fps": 30,
"serial": "344422072211",
"stereo_module_fps": 90,
"stream": "Color",
"timestamp_domain": "global_time_us",
"usb": "3.2"
},
"video.height": 480,
"video.width": 848,
"video.channels": 3,
"video.fps": 30,
"video.is_depth_map": false,
"has_audio": false
}
},
"observation.images.d405_left": {
"dtype": "video",
"shape": [
240,
424,
3
],
"names": [
"height",
"width",
"channels"
],
"info": {
"video.codec": "av1",
"video.pix_fmt": "yuv420p",
"video.is_grayscale": false,
"video.g": 2,
"video.crf": null,
"video.preset": null,
"video.fast_decode": 0,
"video.encoder": "gstreamer-nvv4l2av1enc",
"video.extra_options": {
"ratecontrol-enable": false,
"quant-i-frames": 120,
"quant-p-frames": 120,
"source_format": "YUY2"
},
"camera": {
"depth_visual_preset": "High Density",
"emitter_enabled": null,
"firmware": "5.15.1.55",
"format": "YUYV",
"frames_rotated_upright": false,
"intrinsics": {
"coeffs": [
-0.054188452661037445,
0.05881553888320923,
-0.0003202924854122102,
0.00020088741439394653,
-0.019861899316310883
],
"fx": 218.81365966796875,
"fy": 218.15673828125,
"height": 240,
"model": "Inverse Brown Conrady",
"ppx": 215.09109497070313,
"ppy": 121.45121765136719,
"width": 424
},
"ir1_to_robot": {
"convention": "p_to = rotation * p_from + translation, a point in the IR1 camera frame mapped into the robot link left_dex1_base_link",
"frame": "camera optical frame of the recorded image: +x right, +y down, +z forward along the optical axis, origin at the optical center",
"from": "infrared_1",
"rotation": [
[
0.0,
-0.5000042102057056,
0.8660229730073958
],
[
-1.0,
-0.0,
-1.468247496825271e-17
],
[
-1.468247496825271e-17,
-0.8660229730073958,
-0.5000042102057056
]
],
"rotation_layout": "row-major 3x3, rotation[row][col]",
"source": "robot model, not measured: the 3D-printed Dex1-1 camera mount, with the IR pair about 18 mm apart as calibrated",
"to": "left_dex1_base_link",
"translation": [
0.05839,
0.0090169,
0.05774
],
"translation_units": "meters"
},
"ir1_to_stream": {
"convention": "p_to = rotation * p_from + translation, a point in the IR1 camera frame mapped into this stream's camera frame",
"frame": "camera optical frame of the recorded image: +x right, +y down, +z forward along the optical axis, origin at the optical center",
"from": "infrared_1",
"rotation": [
[
0.9999985098838806,
-4.0820068534230813e-05,
0.0017188057536259294
],
[
4.241080750944093e-05,
0.9999995827674866,
-0.0009254640317521989
],
[
-0.0017187672201544046,
0.0009255355689674616,
0.9999980926513672
]
],
"rotation_layout": "row-major 3x3, rotation[row][col]",
"to": "this stream",
"translation": [
9.99999883788405e-06,
9.999999747378752e-06,
1.0000000656873453e-05
],
"translation_units": "meters"
},
"model": "Intel RealSense D405",
"mount_rotation_deg": 0,
"recorded_fps": 30,
"serial": "260322273676",
"stereo_module_fps": 30,
"stream": "Color",
"timestamp_domain": "global_time_us",
"usb": "3.2"
},
"video.height": 240,
"video.width": 424,
"video.channels": 3,
"video.fps": 30,
"video.is_depth_map": false,
"has_audio": false
}
},
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},
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0.0
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},
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},
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