trick/trick_sims/SIM_robot/models/control/ManipControl.hh

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#ifndef __MANIPCONTROL_HH_
#define __MANIPCONTROL_HH_
/**************************************************************************
PURPOSE: (2D Manipulator class definitions including kinematics and control)
***************************************************************************/
#include "kinematics/ManipKinemat.hh"
#include "utils/utils.hh"
#include <cmath>
#include <vector>
enum ControlFrame
{
Task, /* Manual control velocities in the Task Frame */
EE /* Manual control velocities in the EE's own frame */
};
class ManipControl
{
public:
ControlFrame manualFrame; /* -- Frame for Manual Control */
/* Single Joint Control Mode data */
int singleJointNum; /* -- SingleJoint control joint selection */
double singleJointRate; /* rad/s SingleJoint control joint rate for selected joint */
/* Manual Control Mode data */
double manualCommandRate[2]; /* m/s command rate of EE in manual mode */
/* EEPos Control Mode data */
double desiredPos[2]; /* m Desired EE position in TaskFrame of EE for EEPos control mode */
double Kp; /* -- Proportional gain for EEPos tracking */
double Kd; /* -- Derivative gain for EEPos tracking */
ManipUtils utils; /* -- math utilities */
double commandedJointRate[2]; /* rad/s calculated required joint rates */
/* Information required from kinematics */
double **jacInv; /* -- inverse Jacobian as calculated by kinematics */
double **R_ee_task; /* -- rot matrix from EE to task frame */
void manualControl();
void singleJointControl();
bool EEPositionAuto(double *pos, double *vel);
void clearControlCommands();
ManipControl(int numdof);
private:
int ndof; /* -- number of degrees of freedom */
double commandedEERate_Task[2]; /* m/s command rate of EE in Task frame */
double posEps; /* m error tolerance for EEPosAuto convergence */
void calcResolvedJointRates(); /* -- calculate resolved joint rates for EE motion */
};
#endif