public override object Read(BinaryReader reader, bool xnb)
{
AnimatedTexture obj = new AnimatedTexture();
int width = reader.ReadInt32();
int height = reader.ReadInt32();
obj.FrameWidth = reader.ReadInt32();
obj.FrameHeight = reader.ReadInt32();
int dataSize = reader.ReadInt32();
Texture2D texture = Texture2DHandler.GenTexture(width, height, SurfaceFormat.Color, 1);
#if XNA
//For XNA, we simply pass the data for the only level.
texture.SetData(0, null, reader.ReadBytes(dataSize), 0, dataSize);
#elif UNITY
//Oh, Unity, wh~ oh, just one level. Continue on.
texture.LoadRawTextureData(Texture2DHandler.Remap(reader.ReadBytes(dataSize), SurfaceFormat.Color));
//updateMipmaps is true by default; makeNoLongerReadable should be false.
texture.Apply(false, FmbUtil.Setup.TexturesWriteOnly);
#endif
obj.Texture = texture;
FrameContent[] list = FmbUtil.ReadObject <List <FrameContent> >(reader, xnb).ToArray();
obj.Offsets = FmbHelper.Select <FrameContent, Rectangle>(list, delegate(FrameContent x) { return(x.Rectangle); });
obj.Timing = new AnimationTiming(0, list.Length - 1, FmbHelper.Select <FrameContent, float>(list, delegate(FrameContent x) { return((float)x.Duration.TotalSeconds); }));
obj.PotOffset = new Vector2((float)(FmbHelper.NextPowerOfTwo(obj.FrameWidth) - obj.FrameWidth), (float)(FmbHelper.NextPowerOfTwo(obj.FrameHeight) - obj.FrameHeight));
return(obj);
}
public AnimationTiming(int startFrame, int endFrame, bool loop, float[] frameTimings)
{
Loop = loop;
FrameTimings = FmbHelper.Select <float>(frameTimings, delegate(float x) { return(x != 0f ? x : 0.1f); });
stepPerFrame = 1f / (float)frameTimings.Length;
InitialFirstFrame = StartFrame = startFrame;
InitialEndFrame = EndFrame = endFrame;
}