/**
* Set a new value for the stop time. If the sensor is active and the stop time is less than the
* current start time, it is ignored. If the stop time is less that now, it is set to now.
*
* @param newStopTime The new stop time
*/
public void setStopTime(double newStopTime) {
// Debug.trace();
if (vfIsActive && (newStopTime < vfStartTime)) {
// ignore stoptime if active and new time is less than start time.
} else {
// superclass will fire the fieldChanged events
super.setStopTime(newStopTime);
if (vrmlClock == null) resetTimeListener(0);
else resetTimeListener(vrmlClock.getTime());
}
}
/**
* Set a new value for the start time. If the sensor is active then it is ignored (as per the
* spec).
*
* @param newStartTime The new start time
*/
public void setStartTime(double newStartTime) {
// Debug.trace();
if (vfIsActive) {
// ignore starttime while active
} else {
// superclass will fire the fieldChanged events
super.setStartTime(newStartTime);
if (vrmlClock != null) {
resetTimeListener(vrmlClock.getTime());
}
}
}
/**
* Set the vrmlClock that this time dependent node will be running with.
*
* @param clk The vrmlClock to use for this node
*/
public void setVRMLClock(VRMLClock clk) {
vrmlClock = clk;
resetTimeListener(vrmlClock.getTime());
}
