// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
Property = loader.ReadUInt32();
uint Size = loader.ReadUInt32();
BufferOffset = loader.ReadUInt64();
Reserved = loader.ReadBytes(16);
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
uint size = loader.ReadUInt32();
DecompressedSize = loader.ReadUInt32();
ulong codePointer = loader.ReadUInt64();
loader.Seek((int)codePointer, System.IO.SeekOrigin.Begin);
CompressedData = loader.ReadBytes((int)size);
}
void IResData.Load(BfshaFileLoader loader)
{
ShaderInfoData = loader.LoadSection <ShaderInfoData>();
uint memorySize = loader.ReadUInt32();
loader.ReadUInt32(); //padding
//Stores a bunch of 0s
MemoryData = loader.LoadCustom(() => loader.ReadBytes((int)memorySize));
loader.ReadUInt64(); //offset to parent shader variation
ShaderReflection = loader.Load <ShaderReflection>();
loader.Seek(32); //reserved
}
void IResData.Load(BfshaFileLoader loader)
{
Strings.Clear();
loader.Seek(-0x14, System.IO.SeekOrigin.Current);
uint Signature = loader.ReadUInt32();
uint blockOffset = loader.ReadUInt32();
long BlockSize = loader.ReadInt64();
uint StringCount = loader.ReadUInt32();
for (int i = 0; i < StringCount + 1; i++)
{
ushort size = loader.ReadUInt16();
Strings.Add(loader.ReadString(BinaryStringFormat.ZeroTerminated));
loader.Align(2);
}
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
Name = loader.LoadString();
ChoiceDict = loader.LoadDict();
long ChoiceValuesOffset = loader.ReadOffset();
byte choiceCount = loader.ReadByte();
DefaultIndex = loader.ReadByte(); //Index to default choice value
BlockOffset = loader.ReadUInt16(); // Uniform block offset.
flag = loader.ReadByte();
keyOffset = loader.ReadByte(); //Offset for key table
flags0 = loader.ReadByte(); //Flags for choices
flags1 = loader.ReadByte();
flags2 = loader.ReadUInt32();
uint padding = loader.ReadUInt32();
Choices = loader.LoadCustom(() => loader.ReadUInt32s(choiceCount), ChoiceValuesOffset);
}
private Node ReadNode(BfshaFileLoader loader)
{
return(new Node()
{
Reference = loader.ReadUInt32(),
IdxLeft = loader.ReadUInt16(),
IdxRight = loader.ReadUInt16(),
Key = loader.LoadString(),
});
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
uint dataPointer = loader.ReadUInt32();
uint size = loader.ReadUInt32();
uint handle = loader.ReadUInt32();
Stride = loader.ReadUInt16();
ushort numBuffering = loader.ReadUInt16();
uint contextPointer = loader.ReadUInt32();
Data = loader.LoadCustom(() =>
{
byte[][] data = new byte[numBuffering][];
for (int i = 0; i < numBuffering; i++)
{
data[i] = loader.ReadBytes((int)size);
}
return(data);
});
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
loader.CheckSignature(_signature); //Same binary header as BNSH, BFRES, ETC
uint padding = loader.ReadUInt32();
VersionMajor = loader.ReadInt16();
VersionMinor = loader.ReadByte();
VersionMicro = loader.ReadByte();
ByteOrder = loader.ReadEnum <ByteOrder>(false);
Alignment = loader.ReadByte();
TargetAddressSize = loader.ReadByte(); //Thanks MasterF0X for pointing out the layout of the these
uint OffsetToFileName = loader.ReadUInt32();
uint OffsetPath = loader.ReadUInt32();
uint RelocationTableOffset = loader.ReadUInt32();
uint sizFile = loader.ReadUInt32();
long shaderArchiveOffset = loader.ReadOffset();
long StringPoolOffset = loader.ReadOffset();
long ShaderingModelOffset = loader.ReadOffset();
Name = loader.LoadString();
Path = loader.LoadString();
long ShaderModelArrayOffset = loader.ReadOffset();
ShaderModelDict = loader.LoadDict();
var padding2 = loader.ReadUInt64();
var unk1 = loader.ReadUInt64();
var unk2 = loader.ReadUInt64();
ushort ModelCount = loader.ReadUInt16();
ushort flag = loader.ReadUInt16();
loader.ReadUInt16();
if (VersionMinor >= 7) //padding
{
loader.ReadUInt16();
}
ShaderModels = loader.LoadList <ShaderModel>(ModelCount, ShaderModelArrayOffset);
}
// ---- METHODS (INTERNAL) -------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
// Read the header.
uint signature = loader.ReadUInt32(); //Always 0x00000000
int numNodes = loader.ReadInt32(); // Excludes root node.
int i = 0;
// Read the nodes including the root node.
List <Node> nodes = new List <Node>();
for (; numNodes >= 0; numNodes--)
{
nodes.Add(ReadNode(loader));
i++;
}
_nodes = nodes;
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
Type = loader.ReadByte();
Format = loader.ReadEnum <ShaderFormat>(false);
loader.Seek(2); //padding
CompressionType = loader.ReadUInt32();
VertexShaderCode = ReadShaderCode(loader, Format);
TessellationControlShaderCode = ReadShaderCode(loader, Format);
TessellationEvaluationShaderCode = ReadShaderCode(loader, Format);
GeometryShaderCode = ReadShaderCode(loader, Format);
PixelShaderCode = ReadShaderCode(loader, Format);
ComputeShaderCode = ReadShaderCode(loader, Format);
if (VertexShaderCode != null)
{
VertexShaderCode.ShaderType = ShaderType.VERTEX;
}
if (TessellationControlShaderCode != null)
{
TessellationControlShaderCode.ShaderType = ShaderType.TESS0;
}
if (TessellationEvaluationShaderCode != null)
{
TessellationEvaluationShaderCode.ShaderType = ShaderType.TESS1;
}
if (GeometryShaderCode != null)
{
GeometryShaderCode.ShaderType = ShaderType.GEOMETRY;
}
if (PixelShaderCode != null)
{
PixelShaderCode.ShaderType = ShaderType.PIXEL;
}
if (ComputeShaderCode != null)
{
ComputeShaderCode.ShaderType = ShaderType.COMPUTE;
}
loader.Seek(40); //padding
}
void IResData.Load(BfshaFileLoader loader)
{
ShaderVariations = new List <ShaderVariation>();
StringTable = new StringTable();
loader.CheckSignature(_signature);
uint padding = loader.ReadUInt32();
SetVersionInfo(loader.ReadUInt32());
ByteOrder = loader.ReadEnum <ByteOrder>(false);
Alignment = loader.ReadByte();
TargetAddressSize = loader.ReadByte(); //Thanks MasterF0X for pointing out the layout of the these
uint OffsetToFileName = loader.ReadUInt32();
ushort flag = loader.ReadUInt16();
ushort blockOffset = loader.ReadUInt16();
uint RelocationTableOffset = loader.ReadUInt32();
uint sizFile = loader.ReadUInt32();
loader.Seek(64); //Padding
if (OffsetToFileName != 0)
{
using (loader.TemporarySeek(OffsetToFileName, SeekOrigin.Begin))
{
Name = loader.ReadString(BinaryStringFormat.ZeroTerminated);
}
}
//GRSC Section
loader.CheckSignature(_grscSignature);
loader.Seek(12); //Block header
Unknown = loader.ReadUInt16();
Unknown2 = loader.ReadUInt16();
Unknown3 = loader.ReadByte();
Unknown4 = loader.ReadUInt32();
uint VariationCount = loader.ReadUInt32();
ShaderVariations = loader.LoadList <ShaderVariation>((int)VariationCount);
loader.ReadInt64();
Unknown5 = loader.ReadUInt64();
}
void IResData.Load(BfshaFileLoader loader)
{
Name = loader.LoadString();
long staticOptionArrayOffset = loader.ReadOffset();
StaticOptionDict = loader.LoadDict();
long dynamicOptionArrayOffset = loader.ReadOffset();
DynamiOptionDict = loader.LoadDict();
long attribArrayOffset = loader.ReadOffset();
AttributeDict = loader.LoadDict();
long samplerArrayOffset = loader.ReadOffset();
SamplersDict = loader.LoadDict();
if (loader.BfshaFile.VersionMinor >= 8)
{
loader.ReadInt64();
loader.ReadInt64();
}
long uniformBlockArrayOffset = loader.ReadOffset();
UniformBlockDict = loader.LoadDict();
long uniformArrayOffset = loader.ReadOffset();
if (loader.BfshaFile.VersionMinor >= 7)
{
loader.ReadInt64();
loader.ReadInt64();
loader.ReadInt64();
}
long shaderProgramArrayOffset = loader.ReadOffset();
long tableOffset = loader.ReadOffset();
long shaderArchiveOffset = loader.ReadOffset();
long shaderInfoOffset = loader.ReadOffset();
long shaderFileOffset = loader.ReadOffset();
loader.ReadUInt64();
if (loader.BfshaFile.VersionMinor >= 7)
{
//padding
loader.ReadInt64();
loader.ReadInt64();
}
loader.ReadUInt64();
loader.ReadUInt64();
uint uniformCount = loader.ReadUInt32();
if (loader.BfshaFile.VersionMinor <= 7)
{
loader.ReadUInt32();
}
int defaultProgramIndex = loader.ReadInt32();
ushort staticOptionCount = loader.ReadUInt16();
ushort dynamicOptionCount = loader.ReadUInt16();
ushort shaderProgramCount = loader.ReadUInt16();
byte staticKeyLength = loader.ReadByte();
byte dynamicKeyLength = loader.ReadByte();
byte attribCount = loader.ReadByte();
byte samplerCount = loader.ReadByte();
if (loader.BfshaFile.VersionMinor >= 8)
{
byte imageCount = loader.ReadByte();
}
byte uniformBlockCount = loader.ReadByte();
loader.ReadBytes(5);
if (loader.BfshaFile.VersionMinor >= 7)
{
loader.ReadBytes(6);
}
System.Console.WriteLine($"shaderFileOffset " + shaderFileOffset);
System.Console.WriteLine($"Sampler " + samplerCount);
System.Console.WriteLine($"attribCount " + attribCount);
System.Console.WriteLine($"dynamicOptionCount " + dynamicOptionCount);
System.Console.WriteLine($"staticOptionArrayOffset " + staticOptionArrayOffset);
System.Console.WriteLine($"staticOptionCount " + staticOptionCount);
if (loader.BfshaFile.VersionMinor >= 8)
{
loader.ReadBytes(7);
}
if (loader.BfshaFile.VersionMinor < 7)
{
loader.ReadBytes(4);
}
System.Console.WriteLine($"end pos " + loader.Position);
int BnshSize = 0;
if (shaderFileOffset != 0)
{
//Go into the bnsh file and get the file size
using (loader.TemporarySeek(shaderFileOffset + 0x1C, System.IO.SeekOrigin.Begin))
{
BnshSize = (int)loader.ReadUInt32();
}
}
byte[] BinaryShaderData = loader.LoadCustom(() => loader.ReadBytes(BnshSize), shaderFileOffset);
BnshFile = new BnshFile(new System.IO.MemoryStream(BinaryShaderData));
StaticOptions = loader.LoadList <ShaderOption>(staticOptionCount, staticOptionArrayOffset);
DynamiOptions = loader.LoadList <ShaderOption>(dynamicOptionCount, dynamicOptionArrayOffset);
Attributes = loader.LoadList <Attribute>(attribCount, attribArrayOffset);
Samplers = loader.LoadList <Sampler>(samplerCount, samplerArrayOffset);
UniformBlocks = loader.LoadList <UniformBlock>(uniformBlockCount, uniformBlockArrayOffset);
UniformVars = loader.LoadList <UniformVar>((int)uniformCount, uniformArrayOffset);
}
// ---- METHODS ------------------------------------------------------------------------------------------------
void IResData.Load(BfshaFileLoader loader)
{
long FrameArrayOffset = loader.ReadOffset();
long KeyArrayOffset = loader.ReadOffset();
_flags = loader.ReadUInt16();
ushort numKey = loader.ReadUInt16();
AnimDataOffset = loader.ReadUInt32();
StartFrame = loader.ReadSingle();
EndFrame = loader.ReadSingle();
Scale = loader.ReadSingle();
Offset = loader.ReadSingle();
Delta = loader.ReadSingle();
int padding = loader.ReadInt32();
Frames = loader.LoadCustom(() =>
{
switch (FrameType)
{
case AnimCurveFrameType.Single:
return(loader.ReadSingles(numKey));
case AnimCurveFrameType.Decimal10x5:
float[] dec10x5Frames = new float[numKey];
for (int i = 0; i < numKey; i++)
{
dec10x5Frames[i] = (float)loader.ReadDecimal10x5();
}
return(dec10x5Frames);
case AnimCurveFrameType.Byte:
float[] byteFrames = new float[numKey];
for (int i = 0; i < numKey; i++)
{
byteFrames[i] = loader.ReadByte();
}
return(byteFrames);
default:
throw new ResException($"Invalid {nameof(FrameType)}.");
}
}, FrameArrayOffset);
Keys = loader.LoadCustom(() =>
{
int elementsPerKey = ElementsPerKey;
float[,] keys = new float[numKey, elementsPerKey];
switch (KeyType)
{
case AnimCurveKeyType.Single:
for (int i = 0; i < numKey; i++)
{
for (int j = 0; j < elementsPerKey; j++)
{
keys[i, j] = loader.ReadSingle();
}
}
break;
case AnimCurveKeyType.Int16:
for (int i = 0; i < numKey; i++)
{
for (int j = 0; j < elementsPerKey; j++)
{
keys[i, j] = loader.ReadInt16();
}
}
break;
case AnimCurveKeyType.SByte:
for (int i = 0; i < numKey; i++)
{
for (int j = 0; j < elementsPerKey; j++)
{
keys[i, j] = loader.ReadSByte();
}
}
break;
default:
throw new ResException($"Invalid {nameof(KeyType)}.");
}
return(keys);
}, KeyArrayOffset);
}