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wb_sensors_torsojointtemps Struct Reference

WHITEBOARD_POSTER_STRING_CONVERSION. More...

#include <wb_sensors_torsojointtemps.h>

Inheritance diagram for wb_sensors_torsojointtemps:
Collaboration diagram for wb_sensors_torsojointtemps:

Public Attributes

float HeadYaw
 Deg Celsius. More...
 
float HeadPitch
 Deg Celsius. More...
 
float LShoulderPitch
 Deg Celsius. More...
 
float LShoulderRoll
 Deg Celsius. More...
 
float LElbowYaw
 Deg Celsius. More...
 
float LElbowRoll
 Deg Celsius. More...
 
float LHipYawPitch
 Deg Celsius. More...
 
float LHipRoll
 Deg Celsius. More...
 
float LHipPitch
 Deg Celsius. More...
 
float RHipRoll
 Deg Celsius. More...
 
float RHipPitch
 Deg Celsius. More...
 
float RShoulderPitch
 Deg Celsius. More...
 
float RShoulderRoll
 Deg Celsius. More...
 
float RElbowYaw
 Deg Celsius. More...
 
float RElbowRoll
 Deg Celsius. More...
 

Detailed Description

WHITEBOARD_POSTER_STRING_CONVERSION.

Temp class for various joints From Nao Docs: There are two different Devices that return a temperature: the MotorBoard, and the Battery. For both, the temperature returned in “Value” is in deg Celsius. The motor temperature is a simulated one, using electric current value of the motor. Even when the robot just starts, the temperature is quite high (50°C).The simulation starts at this value mainly due to the internal temperature value. The motor board implements a temperature limitation: as long as the simulated temperature reaches 75°C, the current limitation is decreased to stay under 85°C.

Definition at line 105 of file wb_sensors_torsojointtemps.h.

Member Data Documentation

◆ HeadPitch

◆ HeadYaw

◆ LElbowRoll

◆ LElbowYaw

◆ LHipPitch

◆ LHipRoll

◆ LHipYawPitch

◆ LShoulderPitch

◆ LShoulderRoll

◆ RElbowRoll

◆ RElbowYaw

◆ RHipPitch

◆ RHipRoll

◆ RShoulderPitch

◆ RShoulderRoll


The documentation for this struct was generated from the following file: