public void DereferenceFrom(Cel linkTarget)
{
this.X = linkTarget.X;
this.Y = linkTarget.Y;
this.Width = linkTarget.Width;
this.Height = linkTarget.Height;
this.ColorBuffer = linkTarget.ColorBuffer;
this.Opacity = linkTarget.Opacity;
this.UserData = linkTarget.UserData;
}
static IUserDataAcceptor ParseCel(AseFile file, ColorType colorType,
BinaryReader reader, int chunkBytes, Frame frame)
{
var layerIndex = reader.ReadWord(); // 2
var x = reader.ReadInt16(); // 2
var y = reader.ReadInt16(); // 2
var opacity = reader.ReadByte() / 255.0f; // 1
var type = (CelType)reader.ReadWord(); // 2
reader.ReadBytes(7); // 7
Cel cel;
switch (type)
{
case CelType.Raw:
{
var celWidth = reader.ReadWord(); // 2
var celHeight = reader.ReadWord(); // 2
var colorBuffer = ToColorBuffer(colorType, reader.ReadBytes(chunkBytes - 6 - 16 - 4));
cel = new Cel(x, y, celWidth, celHeight, colorBuffer, layerIndex, opacity);
break;
}
case CelType.Linked:
{
var linkedFrame = reader.ReadWord();
cel = new Cel(linkedFrame, layerIndex);
break;
}
case CelType.Compressed:
{
var celWidth = reader.ReadWord();
var celHeight = reader.ReadWord();
var colorBuffer = ToColorBuffer(colorType, reader.ReadCompressedBytes(chunkBytes - 6 - 16 - 4));
cel = new Cel(x, y, celWidth, celHeight, colorBuffer, layerIndex, opacity);
break;
}
default:
{
throw new ArgumentException();
}
}
if (file.FindLayer(cel.LayerIndex) != null)
{
frame.AddCel(cel);
}
return(cel);
}
public bool TryGetCel(int layer, out Cel cel)
{
return(cels.TryGetValue(layer, out cel));
}
public void AddCel(Cel cel)
{
cels.Add(cel.LayerIndex, cel);
}