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HEBI C++ API
1.0.0-rc1
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Actuator-specific settings, such as controller gains. More...
#include <command.hpp>
Classes | |
| class | EffortGains |
| Controller gains for the effort PID loop. More... | |
| class | PositionGains |
| Controller gains for the position PID loop. More... | |
| class | VelocityGains |
| Controller gains for the velocity PID loop. More... | |
Public Member Functions | |
| PositionGains & | positionGains () |
| Controller gains for the position PID loop. More... | |
| const PositionGains & | positionGains () const |
| Controller gains for the position PID loop. More... | |
| VelocityGains & | velocityGains () |
| Controller gains for the velocity PID loop. More... | |
| const VelocityGains & | velocityGains () const |
| Controller gains for the velocity PID loop. More... | |
| EffortGains & | effortGains () |
| Controller gains for the effort PID loop. More... | |
| const EffortGains & | effortGains () const |
| Controller gains for the effort PID loop. More... | |
| FloatField & | springConstant () |
| The spring constant of the module. More... | |
| const FloatField & | springConstant () const |
| The spring constant of the module. More... | |
| EnumField< ControlStrategy > & | controlStrategy () |
| How the position, velocity, and effort PID loops are connected in order to control motor PWM. More... | |
| const EnumField< ControlStrategy > & | controlStrategy () const |
| How the position, velocity, and effort PID loops are connected in order to control motor PWM. More... | |
Actuator-specific settings, such as controller gains.
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inline |
Controller gains for the position PID loop.
|
inline |
Controller gains for the position PID loop.
|
inline |
Controller gains for the velocity PID loop.
|
inline |
Controller gains for the velocity PID loop.
|
inline |
Controller gains for the effort PID loop.
|
inline |
Controller gains for the effort PID loop.
|
inline |
The spring constant of the module.
|
inline |
The spring constant of the module.
|
inline |
How the position, velocity, and effort PID loops are connected in order to control motor PWM.
|
inline |
How the position, velocity, and effort PID loops are connected in order to control motor PWM.