internal static AnimationControler.AnimePacket AnimeMultiRectPropPacket(string queueName, string propName, object[] objects, Rectangle[] rects, int time, SpeedMode speedMode, bool queue, int queueLevel, object qOwner, AnimationControler.FinalCallback finalCallback, bool CompleteIfCancel)
{
RectArrayThreadParam multiRectParam = new RectArrayThreadParam() { CompleteIfCancel = CompleteIfCancel };
multiRectParam.rects = rects;
multiRectParam.objects = objects;
multiRectParam.time = time;
multiRectParam.PropertyName = propName;
multiRectParam.speedMode = speedMode;
multiRectParam.QueueLevel = queueLevel;
multiRectParam.finalCallback = finalCallback;
multiRectParam.queueName = queueName;
return new AnimationControler.AnimePacket() { isQueue = queue && queueLevel >= 0, queueOwner = qOwner, method = SetMultiRectProperty, threadParam = multiRectParam };
}
private static void SetMultiRectProperty(object rectArrayThreadParam)
{
RectArrayThreadParam td = (RectArrayThreadParam)rectArrayThreadParam;
try
{
int iterations = AnimationControler.GetIterations(td.time);
var calcList = new List<MultiRectCalcData>();
for (int i = 0; i < td.objects.Length; i++)
{
var calc = new MultiRectCalcData();
calcList.Add(calc);
calc.obj = td.objects[i];
calc.currRect = (Rectangle)td.objects[i].GetProperty(td.PropertyName);
calc.finalRect = td.rects[i];
calc.changeX = calc.finalRect.X - calc.currRect.X;
calc.changeY = calc.finalRect.Y - calc.currRect.Y;
calc.changeW = calc.finalRect.Width - calc.currRect.Width;
calc.changeH = calc.finalRect.Height - calc.currRect.Height;
calc.calcX = new SizeCalculator(calc.changeX, td.speedMode, iterations);
calc.calcY = new SizeCalculator(calc.changeY, td.speedMode, iterations);
calc.calcW = new SizeCalculator(calc.changeW, td.speedMode, iterations);
calc.calcH = new SizeCalculator(calc.changeH, td.speedMode, iterations);
calc.newRect = calc.currRect;
calc.prevRect = calc.currRect;
}
StepProcesor procesor = new StepProcesor(iterations, td.time);
procesor.Start((d) =>
{
List<object> objects = new List<object>();
List<object> newRects = new List<object>();
for (int i = 0; i < calcList.Count; i++)
{
var calc = calcList[i];
calc.newRect = new Rectangle(calc.currRect.X + calc.calcX.NextSize, calc.currRect.Y + calc.calcY.NextSize, calc.currRect.Width + calc.calcW.NextSize, calc.currRect.Height + calc.calcH.NextSize);
if (td.animatorState.Canceled)
{
d.Cancel = true;
return;
}
if (calc.newRect != calc.prevRect)
{
objects.Add(calc.obj);
newRects.Add(calc.newRect);
}
//SetObjectProperty(td.control, td.PropertyName, newRect);
calc.prevRect = calc.newRect;
}
if (objects.Count > 0) SetObjectsProperties(td.control, objects.ToArray(), td.PropertyName, newRects.ToArray());
});
if (td.animatorState.Canceled && !td.CompleteIfCancel) return;
foreach (var calc in calcList)
{
List<object> objects = new List<object>();
List<object> newRects = new List<object>();
if (calc.newRect != calc.finalRect)
{
objects.Add(calc.obj);
newRects.Add(calc.finalRect);
}
if (objects.Count > 0)
try
{
SetObjectsProperties(td.control, objects.ToArray(), td.PropertyName, newRects.ToArray());
}
catch (Exception e)
{
}
}
}
finally
{
td.controlState.AnimatorEnd(td.animatorState);
}
}
