mpiMotionSimpleSCurveJerkPercentCartesianMove

Declaration

mpiMotionSimpleSCurveJerkPercentCartesianMove(MPIMotion  motion,
                                              const      double position[],
                                              double     velocity,
                                              double     acceleration,
                                              double     deceleration,
                                              double     jerkPercent);

Required Header: stdmpi.h

Change History: Added in 04.00.

Description

mpiMotionSimpleSCurveJerkPercentCartesianMove begins a multi-axis move with an S-curve velocity profile. All axes will start and stop at the same time. The move trajectory is calculated as occurring in a Cartesian space with each axis perpendicular to all the others. It is equivalent to mpiMotionSCurveJerkPercentCartesianMove(motion, position, velocity, acceleration, deceleration, jerkPercent, 0.0, MPIMotionPointToPointAttrMaskNONE, NULL).

motion	The Motion object to use.
position	An array of target positions for the mapped axes.
velocity	Rate of change of position. The maximum velocity to use for the constant slew portion of the move. This is a vector velocity for the entire system.
acceleration	Rate of change of velocity. Specifies the initial ramp to reach constant velocity and the final ramp reach zero velocity. This is a vector acceleration for the entire system.
deceleration	Rate of change of velocity. Specifies the final ramp to reach zero velocity. This is a vector deceleration for the entire system.
jerkPercent	The portion of the acceleration ramp to perform jerk profile. Units are in percent. Range is 0.0 to 100.0. If NULL, 66.6% is used for all axes.