public static V2DTransform[] GetV2DTransformArray(V2DGenericTransform[] t)
{
V2DTransform[] result = new V2DTransform[t.Length];
for (int i = 0; i < t.Length; i++)
{
result[i] = t[i];
}
return result;
}
public V2DGenericTransform[] TransformsConversion(V2DInstance obj, List<Transform> trs)
{
V2DGenericTransform[] result = new V2DGenericTransform[trs.Count];
if (trs.Count > 0)
{
MatrixComponents firstMc = trs[0].Matrix.GetMatrixComponents();
float firstAlpha = trs[0].Alpha;
obj.X += firstMc.TranslateX;
obj.Y += firstMc.TranslateY;
obj.Rotation += (float)(firstMc.Rotation * Math.PI / 180);
obj.ScaleX *= firstMc.ScaleX;
obj.ScaleY *= firstMc.ScaleY;
obj.Alpha *= firstAlpha;
for (int i = 0; i < trs.Count; i++)
{
Transform tin = trs[i];
uint sf = (uint)Math.Round(tin.StartTime / (1000d / v2dWorld.FrameRate));
uint ef = (uint)Math.Round(tin.EndTime / (1000d / v2dWorld.FrameRate)) - 1;
MatrixComponents mc = tin.Matrix.GetMatrixComponents();
V2DGenericTransform tout = new V2DGenericTransform(
sf,
ef,
mc.ScaleX / firstMc.ScaleX,
mc.ScaleY / firstMc.ScaleY,
(float)(mc.Rotation * Math.PI / 180) - (float)(firstMc.Rotation * Math.PI / 180),
mc.TranslateX - firstMc.TranslateX,
mc.TranslateY - firstMc.TranslateY,
tin.Alpha / firstAlpha);
//V2DTransform tout = new V2DTransform(
// (uint)Math.Floor(tin.StartTime / (1000d / v2dWorld.FrameRate)),
// (uint)Math.Floor(tin.EndTime / (1000d / v2dWorld.FrameRate)),
// new V2DMatrix( tin.Matrix.ScaleX, tin.Matrix.Rotate0, tin.Matrix.Rotate1, tin.Matrix.ScaleX,
// tin.Matrix.TranslateX, tin.Matrix.TranslateY),
// tin.Alpha);
tout.IsTweening = tin.IsTweening;
result[i] = tout;
}
}
return result;
}