public LimgState()
{
_limg = new Limg();
EncodingDefinition = LimgSupport.LimgPaletteFormats.ToPaletteDefinition();
EncodingDefinition.AddIndexEncodings(LimgSupport.LimgFormats);
}
public GxtState()
{
_gxt = new GXT();
EncodingDefinition = GxtSupport.GxtFormats.ToColorDefinition();
EncodingDefinition.AddIndexEncodings(GxtSupport.GxtIndexFormats);
}
public BtxState()
{
_btx = new BTX();
EncodingDefinition = BtxSupport.Encodings.ToColorDefinition();
EncodingDefinition.AddPaletteEncodings(BtxSupport.PaletteEncodings);
EncodingDefinition.AddIndexEncodings(BtxSupport.IndexEncodings);
}
public static EncodingDefinition GetEncodingDefinition()
{
var definition = new EncodingDefinition();
definition.AddColorEncodings(ColorFormats);
definition.AddPaletteEncodings(PaletteFormats);
definition.AddIndexEncodings(IndexFormats);
return(definition);
}
public static EncodingDefinition GetEncodingDefinition()
{
var definition = new EncodingDefinition();
definition.AddColorEncodings(ColorFormats);
definition.AddPaletteEncodings(ColorFormats);
definition.AddIndexEncodings(IndexFormats.ToDictionary(x => x.Key, y => new IndexEncodingDefinition(y.Value, new[] { 0, 1, 2 })));
// HINT: The color shader is only applied on color encodings or palette encodings
// Since both, color encodings and palette encodings, share the same encodings declaration
// They also share the same shader declaration
definition.AddColorShaders(Shaders);
definition.AddPaletteShaders(Shaders);
return(definition);
}
