public Point Run(TimeSpan duration)
{
AnimationCueDirectionEnum dir = _currentCue.Next;
// if this is the case then we never have to do time calcs
if (dir == AnimationCueDirectionEnum.StayHere)
{
_isEnd = true;
return _currentCue.Point;
}
while (duration.Ticks >= _remainingTimeAtThisCue.Ticks)
{
duration = duration.Subtract(_remainingTimeAtThisCue);
// move to next
if (dir == AnimationCueDirectionEnum.MoveToNext)
{
AnimationCue cue = _subject.GetNextCue(_currentCue);
_currentCue = cue;
}
else if (dir == AnimationCueDirectionEnum.MoveToBeginning)
{
_currentCue = _subject.First;
}
_remainingTimeAtThisCue = _currentCue.Duration;
dir = _currentCue.Next;
}
_remainingTimeAtThisCue = _remainingTimeAtThisCue.Subtract(duration);
return _currentCue.Point;
}
public AnimationRunner(Animation subject)
{
this._subject = subject;
_currentCue = subject.First;
_remainingTimeAtThisCue = _currentCue.Duration;
_isEnd = false;
}
public static Animation CreateAnimation(Controller controller, string path, string prefix, string suffix,
string[] nos, Point pt, Size sz,
AnimationCueDirectionEnum lastCueDirection, int duration)
{
AnimationCue[] cues = new AnimationCue[nos.Length];
for (int i = 0; i < nos.Length; i++)
{
AnimationCueDirectionEnum cueDirection = AnimationCueDirectionEnum.MoveToNext;
if (i == nos.Length - 1) cueDirection = lastCueDirection;
cues[i] = new AnimationCue(controller.TextureStore.GetTexture(controller.Device, string.Format(@"{0}\{1}{2}{3}.png", path, prefix, nos[i], suffix)),
cueDirection, BasicEngine.TurnTimeSpan.Ticks * duration, pt, sz);
}
Animation animation = new Animation(cues);
return animation;
}
public AnimationCue GetNextCue(AnimationCue cue)
{
AnimationCue cue2 = _cues[cue._arrayIndex + 1];
return cue2;
}
