CORC Project
CANOpen Robot Controller Software Documentation
StandingUp.h
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1 
11 #ifndef STANDINGUP_H_INCLUDED
12 #define STANDINGUP_H_INCLUDED
13 
14 #include "ExoTestState.h"
15 
21 class StandingUp : public ExoTestState {
22  public:
28  void entry(void);
34  void during(void);
35  void exit(void);
36  StandingUp(StateMachine *m, ExoRobot *exo, DummyTrajectoryGenerator *tg, const char *name = NULL) : ExoTestState(m, exo, tg, name){};
37 };
38 
39 #endif
StandingUp(StateMachine *m, ExoRobot *exo, DummyTrajectoryGenerator *tg, const char *name=NULL)
Definition: StandingUp.h:36
Example implementation of the Robot class, representing an X2 Exoskeleton, using DummyActuatedJoint a...
Definition: ExoRobot.h:36
State for the ExoTestMachine (implementing ExoTestState) - representing when the exo is standing up (...
Definition: StandingUp.h:21
Example Implementation of TrajectoryGenerator. Includes only two trajectories (Sit-to-Stand and Stand...
Abstract class representing a state machine. Includes a number of State and Transition objects...
Definition: StateMachine.h:25
const char * name
Definition: State.h:91
void entry(void)
Prepare Robot and Trajectory Generator objects to tigger a stand motion loads STAND paramaters into t...
Definition: StandingUp.cpp:4
Example Implementation of State Class. Used with ExoTestMachine.
Definition: ExoTestState.h:30
void exit(void)
Called once when the state exits. Pure virtual function, must be overwritten by each state...
Definition: StandingUp.cpp:16
void during(void)
run the robot objects moveThroughtrajecoty function using the loaded trajectory dictated by the state...
Definition: StandingUp.cpp:12