File: rm_msgs/ActuatorState.msg
Raw Message Definition
# This message contains the state of an actuator
# An actuator contains a motor and an encoder, and is connected
# to a joint by a transmission
# The time at which this actuator state was measured
time[] stamp
# The name of the actuator
string[] name
# The type of the actuator
string[] type
# The CAN bus
string[] bus
# The CAN id
int32[] id
# Indicates if the motor is halted. A motor can be halted because of a voltage or temperature problem
bool[] halted
# Need calibration
bool[] need_calibration
# Indicates if the motor is calibrated. A motor will be not calibrated when recover from halted
bool[] calibrated
# The value of the calibration reading: low (false) or high (true)
bool[] calibration_reading
# The encoder raw position, represented by the number of encoder ticks
uint16[] position_raw
# The encoder velocity, represented by rpm
int16[] velocity_raw
# The temperature of the motor, represented by c1elsius
uint8[] temperature
# The circle of absolute encoder
int64[] circle
# The last encoder raw position, represented by the number of encoder ticks
uint16[] last_position_raw
float64[] frequency
# The encoder position in radians
float64[] position
# The encoder velocity in radians per second
float64[] velocity
# The last effort that was measured by the actuator
float64[] effort
# The last effort command that was requested without limit
float64[] commanded_effort
# The last effort command that was requested with limit
float64[] executed_effort
# The angular offset (in radians) that is added to the encoder reading,
# to get to the position of the actuator. This number is computed when the referece
# sensor is triggered during the calibration phase
float64[] offset
Compact Message Definition
time[] stamp
string[] name
string[] type
string[] bus
int32[] id
bool[] halted
bool[] need_calibration
bool[] calibrated
bool[] calibration_reading
uint16[] position_raw
int16[] velocity_raw
uint8[] temperature
int64[] circle
uint16[] last_position_raw
float64[] frequency
float64[] position
float64[] velocity
float64[] effort
float64[] commanded_effort
float64[] executed_effort
float64[] offset