public DelayedCall delayCall(Delegate call, float delay, object[] args=null)
{
if (call == null) return null;
var delayedCall = new DelayedCall(call, delay, args);
add(delayedCall);
return delayedCall;
}
/** Delays the execution of a function until a certain time has passed. Creates an
* object of type 'DelayedCall' internally and returns it. Remove that object
* from the juggler to cancel the function call. */
public DelayedCall delayCall(DelayedCall.CallbackDelegate call, float delay)
{
if (call == null) return null;
var delayedCall = new DelayedCall(new DelayedCall.CallbackDelegate(call), delay);
add(delayedCall);
return delayedCall;
}
public DelayedCall delayCall(DelayedCall.CallbackDelegateWithArgs call, float delay, object[] args)
{
if (call == null) return null;
var delayedCall = new DelayedCall(new DelayedCall.CallbackDelegateWithArgs(call), delay, args);
add(delayedCall);
return delayedCall;
}
/**
* Shakes the camera harness
* @param intensity How much to shake the camera (max radius for randomization off center)
* @param pulses How make shake pulses to do before the shake effect stops.
*/
public void shake(float intensity=5f, int pulses=5)
{
if (pulses < 1)
{
return;
}
object[] shakeArgs = new object[]{ intensity };
_shaker = _juggler.delayCall(new shakeDelegate(doShake), CAMERA_SHAKE_INTERVAL, shakeArgs);
_shaker.repeatCount=pulses + 1;
_juggler.add(_shaker);
_shaking=true;
startMoving();
}
