private static string ConvertStencilComp(SerializedShaderFloatValue comp)
{
switch (comp.val)
{
case 0f:
return("Disabled");
case 1f:
return("Never");
case 2f:
return("Less");
case 3f:
return("Equal");
case 4f:
return("LEqual");
case 5f:
return("Greater");
case 6f:
return("NotEqual");
case 7f:
return("GEqual");
case 8f:
default:
return("Always");
}
}
private static string ConvertStencilOp(SerializedShaderFloatValue op)
{
switch (op.val)
{
case 0f:
default:
return("Keep");
case 1f:
return("Zero");
case 2f:
return("Replace");
case 3f:
return("IncrSat");
case 4f:
return("DecrSat");
case 5f:
return("Invert");
case 6f:
return("IncrWrap");
case 7f:
return("DecrWrap");
}
}
public SerializedStencilOp(BinaryReader reader)
{
pass = new SerializedShaderFloatValue(reader);
fail = new SerializedShaderFloatValue(reader);
zFail = new SerializedShaderFloatValue(reader);
comp = new SerializedShaderFloatValue(reader);
}
public SerializedShaderVectorValue(BinaryReader reader)
{
x = new SerializedShaderFloatValue(reader);
y = new SerializedShaderFloatValue(reader);
z = new SerializedShaderFloatValue(reader);
w = new SerializedShaderFloatValue(reader);
name = reader.ReadAlignedString();
}
public SerializedShaderRTBlendState(BinaryReader reader)
{
srcBlend = new SerializedShaderFloatValue(reader);
destBlend = new SerializedShaderFloatValue(reader);
srcBlendAlpha = new SerializedShaderFloatValue(reader);
destBlendAlpha = new SerializedShaderFloatValue(reader);
blendOp = new SerializedShaderFloatValue(reader);
blendOpAlpha = new SerializedShaderFloatValue(reader);
colMask = new SerializedShaderFloatValue(reader);
}
public SerializedShaderState(ObjectReader reader)
{
var version = reader.version;
m_Name = reader.ReadAlignedString();
rtBlend = new SerializedShaderRTBlendState[8];
for (var i = 0; i < 8; i++)
{
rtBlend[i] = new SerializedShaderRTBlendState(reader);
}
rtSeparateBlend = reader.ReadBoolean();
reader.AlignStream();
if (version[0] > 2017 || (version[0] == 2017 && version[1] >= 2)) //2017.2 and up
{
zClip = new SerializedShaderFloatValue(reader);
}
zTest = new SerializedShaderFloatValue(reader);
zWrite = new SerializedShaderFloatValue(reader);
culling = new SerializedShaderFloatValue(reader);
if (version[0] >= 2020) //2020.1 and up
{
conservative = new SerializedShaderFloatValue(reader);
}
offsetFactor = new SerializedShaderFloatValue(reader);
offsetUnits = new SerializedShaderFloatValue(reader);
alphaToMask = new SerializedShaderFloatValue(reader);
stencilOp = new SerializedStencilOp(reader);
stencilOpFront = new SerializedStencilOp(reader);
stencilOpBack = new SerializedStencilOp(reader);
stencilReadMask = new SerializedShaderFloatValue(reader);
stencilWriteMask = new SerializedShaderFloatValue(reader);
stencilRef = new SerializedShaderFloatValue(reader);
fogStart = new SerializedShaderFloatValue(reader);
fogEnd = new SerializedShaderFloatValue(reader);
fogDensity = new SerializedShaderFloatValue(reader);
fogColor = new SerializedShaderVectorValue(reader);
fogMode = (FogMode)reader.ReadInt32();
gpuProgramID = reader.ReadInt32();
m_Tags = new SerializedTagMap(reader);
m_LOD = reader.ReadInt32();
lighting = reader.ReadBoolean();
reader.AlignStream();
}
private static string ConvertBlendFactor(SerializedShaderFloatValue factor)
{
switch (factor.val)
{
case 0f:
return("Zero");
case 1f:
default:
return("One");
case 2f:
return("DstColor");
case 3f:
return("SrcColor");
case 4f:
return("OneMinusDstColor");
case 5f:
return("SrcAlpha");
case 6f:
return("OneMinusSrcColor");
case 7f:
return("DstAlpha");
case 8f:
return("OneMinusDstAlpha");
case 9f:
return("SrcAlphaSaturate");
case 10f:
return("OneMinusSrcAlpha");
}
}
private static string ConvertBlendOp(SerializedShaderFloatValue op)
{
switch (op.val)
{
case 0f:
default:
return("Add");
case 1f:
return("Sub");
case 2f:
return("RevSub");
case 3f:
return("Min");
case 4f:
return("Max");
case 5f:
return("LogicalClear");
case 6f:
return("LogicalSet");
case 7f:
return("LogicalCopy");
case 8f:
return("LogicalCopyInverted");
case 9f:
return("LogicalNoop");
case 10f:
return("LogicalInvert");
case 11f:
return("LogicalAnd");
case 12f:
return("LogicalNand");
case 13f:
return("LogicalOr");
case 14f:
return("LogicalNor");
case 15f:
return("LogicalXor");
case 16f:
return("LogicalEquiv");
case 17f:
return("LogicalAndReverse");
case 18f:
return("LogicalAndInverted");
case 19f:
return("LogicalOrReverse");
case 20f:
return("LogicalOrInverted");
}
}
