public BlendMode(FileReader reader, BFLYT.Header header)
{
BlendOp = (GX2BlendOp)reader.ReadByte();
SourceFactor = (GX2BlendFactor)reader.ReadByte();
DestFactor = (GX2BlendFactor)reader.ReadByte();
LogicOp = (GX2LogicOp)reader.ReadByte();
}
public TevStage(FileReader reader, BFLYT.Header header)
{
colorFlags = reader.ReadByte();
alphaFlags = reader.ReadByte();
reader.ReadUInt16(); //padding
ColorMode = (TevMode)colorFlags;
AlphaMode = (TevMode)colorFlags;
/* TevSource srcRGB0 = (TevSource)Bit.ExtractBits8(colorFlags, 4, 0);
* TevSource srcRGB1 = (TevSource)Bit.ExtractBits8(colorFlags, 4, 4);
* TevSource srcRGB2 = (TevSource)Bit.ExtractBits8(colorFlags, 4, 8);
* TevColorOp opRGB0 = (TevColorOp)Bit.ExtractBits8(colorFlags, 4, 12);
* TevColorOp opRGB1 = (TevColorOp)Bit.ExtractBits8(colorFlags, 4, 16);
* TevColorOp opRGB2 = (TevColorOp)Bit.ExtractBits8(colorFlags, 4, 20);
*
* ColorSources = new TevSource[] { srcRGB0, srcRGB1, srcRGB2 };
* ColorOperators = new TevColorOp[] { opRGB0, opRGB1, opRGB2 };
* ColorMode = (TevMode)Bit.ExtractBits8(colorFlags, 4, 24);
* ColorScale = (TevScale)Bit.ExtractBits8(colorFlags, 2, 28);
* ColorSavePrevReg = Bit.ExtractBits8(colorFlags, 1, 30) == 1;
*
* TevSource srcAlpha0 = (TevSource)Bit.ExtractBits8(alphaFlags, 4, 0);
* TevSource srcAlpha1 = (TevSource)Bit.ExtractBits8(alphaFlags, 4, 4);
* TevSource srcAlpha2 = (TevSource)Bit.ExtractBits8(alphaFlags, 4, 8);
* TevAlphaOp opAlpha0 = (TevAlphaOp)Bit.ExtractBits8(alphaFlags, 4, 12);
* TevAlphaOp opAlpha1 = (TevAlphaOp)Bit.ExtractBits8(alphaFlags, 4, 16);
* TevAlphaOp opAlpha2 = (TevAlphaOp)Bit.ExtractBits8(alphaFlags, 4, 20);
*
* AlphaSources = new TevSource[] { srcAlpha0, srcAlpha1, srcAlpha2 };
* AlphaOperators = new TevAlphaOp[] { opAlpha0, opAlpha1, opAlpha2 };
* AlphaMode = (TevMode)Bit.ExtractBits8(alphaFlags, 4, 24);
* AlphaScale = (TevScale)Bit.ExtractBits8(alphaFlags, 2, 28);
* AlphaSavePrevReg = Bit.ExtractBits8(alphaFlags, 1, 30) == 1;*/
}
public ProjectionTexGenParam(FileReader reader, BFLYT.Header header)
{
PosX = reader.ReadSingle();
PosY = reader.ReadSingle();
ScaleX = reader.ReadSingle();
ScaleY = reader.ReadSingle();
flags = reader.ReadByte();
reader.Seek(3);
}
public TextureRef(FileReader reader, BFLYT.Header header)
{
ID = reader.ReadInt16();
flag1 = reader.ReadByte();
flag2 = reader.ReadByte();
if (header.Textures.Count > 0 && ID != -1)
{
Name = header.Textures[ID];
}
}
public TexCoordGen(FileReader reader, BFLYT.Header header)
{
GenType = reader.ReadEnum <MatrixType>(false);
Source = reader.ReadEnum <TextureGenerationType>(false);
if (header.VersionMajor >= 8)
{
unkData = reader.ReadBytes(0xE);
}
else
{
unkData = reader.ReadBytes(6);
}
}
public IndirectParameter(FileReader reader, BFLYT.Header header)
{
Rotation = reader.ReadSingle();
ScaleX = reader.ReadSingle();
ScaleY = reader.ReadSingle();
}
public FontShadowParameter(FileReader reader, BFLYT.Header header)
{
BlackColor = reader.ReadColor8RGBA();
WhiteColor = reader.ReadColor8RGBA();
}
public AlphaCompare(FileReader reader, BFLYT.Header header)
{
CompareMode = reader.ReadByte();
reader.ReadBytes(0x3);
Value = reader.ReadUInt32();
}
public static string ToXml(BFLYT.Header header)
{
return("");
}
public static BFLYT.Header FromXml(string text)
{
BFLYT.Header header = new BFLYT.Header();
header.RootGroup = new BFLYT.GRP1();
return(header);
}
public TevStage(FileReader reader, BFLYT.Header header)
{
RGBMode = reader.ReadByte();
AlphaMode = reader.ReadByte();
unk = reader.ReadUInt16();
}
public static BFLYT.Header FromXml(string text)
{
BFLYT.Header header = new BFLYT.Header();
return(header);
}
