public static void Load(ResFileSwitchLoader loader, ResFile resFile)
{
loader.CheckSignature("FRES");
uint padding = loader.ReadUInt32();
resFile.Version = loader.ReadUInt32();
resFile.SetVersionInfo(resFile.Version);
resFile.ByteOrder = loader.ReadByteOrder();
resFile.Alignment = loader.ReadByte();
resFile.TargetAddressSize = loader.ReadByte(); //Thanks MasterF0X for pointing out the layout of the these
uint OffsetToFileName = loader.ReadUInt32();
resFile.Flag = loader.ReadUInt16();
resFile.BlockOffset = loader.ReadUInt16();
uint RelocationTableOffset = loader.ReadUInt32();
uint sizFile = loader.ReadUInt32();
resFile.Name = loader.LoadString();
long modelOffset = loader.ReadOffset();
long modelDictOffset = loader.ReadOffset();
if (loader.ResFile.VersionMajor2 == 9)
{
loader.ReadBytes(32); //reserved
}
resFile.SkeletalAnims = loader.LoadDictValues <SkeletalAnim>();
resFile.MaterialAnims = loader.LoadDictValues <MaterialAnim>();
resFile.BoneVisibilityAnims = loader.LoadDictValues <VisibilityAnim>();
resFile.ShapeAnims = loader.LoadDictValues <ShapeAnim>();
resFile.SceneAnims = loader.LoadDictValues <SceneAnim>();
resFile.MemoryPool = loader.Load <MemoryPool>();
resFile.BufferInfo = loader.Load <BufferInfo>();
resFile.ExternalFiles = loader.LoadDictValues <ExternalFile>();
long padding1 = loader.ReadInt64();
resFile.StringTable = loader.Load <StringTable>();
uint StringPoolSize = loader.ReadUInt32();
ushort numModel = loader.ReadUInt16();
//Read models after buffer data
resFile.Models = loader.LoadDictValues <Model>(modelDictOffset, modelOffset);
if (loader.ResFile.VersionMajor2 == 9)
{
//Count for 2 new sections
ushort unkCount = loader.ReadUInt16();
ushort unk2Count = loader.ReadUInt16();
if (unkCount != 0)
{
throw new System.Exception("unk1 has section!");
}
if (unk2Count != 0)
{
throw new System.Exception("unk2 has section!");
}
}
ushort numSkeletalAnim = loader.ReadUInt16();
ushort numMaterialAnim = loader.ReadUInt16();
ushort numBoneVisibilityAnim = loader.ReadUInt16();
ushort numShapeAnim = loader.ReadUInt16();
ushort numSceneAnim = loader.ReadUInt16();
ushort numExternalFile = loader.ReadUInt16();
uint padding2 = loader.ReadUInt16();
uint padding3 = loader.ReadUInt32();
resFile.Textures = new ResDict <TextureShared>();
foreach (var ext in resFile.ExternalFiles)
{
if (ext.Key.Contains(".bntx"))
{
BntxFile bntx = new BntxFile(new MemoryStream(ext.Value.Data));
ext.Value.LoadedFileData = bntx;
foreach (var tex in bntx.Textures)
{
resFile.Textures.Add(tex.Name, new SwitchTexture(bntx, tex));
}
}
}
resFile.TexPatternAnims = new ResDict <MaterialAnim>();
resFile.MatVisibilityAnims = new ResDict <MaterialAnim>();
resFile.ShaderParamAnims = new ResDict <MaterialAnim>();
resFile.ColorAnims = new ResDict <MaterialAnim>();
resFile.TexSrtAnims = new ResDict <MaterialAnim>();
//Split material animations into shader, texture, and visual animation lists
foreach (var anim in resFile.MaterialAnims.Values)
{
if (anim.Name.Contains("_ftp"))
{
resFile.TexPatternAnims.Add(anim.Name, anim);
}
else if (anim.Name.Contains("_fts"))
{
resFile.ShaderParamAnims.Add(anim.Name, anim);
}
else if (anim.Name.Contains("_fcl"))
{
resFile.ColorAnims.Add(anim.Name, anim);
}
else if (anim.Name.Contains("_fst"))
{
resFile.TexSrtAnims.Add(anim.Name, anim);
}
else if (anim.Name.Contains("_fvt"))
{
resFile.MatVisibilityAnims.Add(anim.Name, anim);
}
else if (anim.MaterialAnimDataList != null && anim.MaterialAnimDataList.Any(x => x.VisibilyCount > 0))
{
resFile.MatVisibilityAnims.Add(anim.Name, anim);
}
else if (anim.MaterialAnimDataList != null && anim.MaterialAnimDataList.Any(x => x.TexturePatternCount > 0))
{
resFile.TexPatternAnims.Add(anim.Name, anim);
}
else
{
resFile.ShaderParamAnims.Add(anim.Name, anim);
}
}
}
public static void Load(ResFileSwitchLoader loader, VertexBuffer vertexBuffer)
{
if (loader.ResFile.VersionMajor2 == 9)
{
vertexBuffer.Flags = loader.ReadUInt32();
}
else
{
loader.LoadHeaderBlock();
}
vertexBuffer.Attributes = loader.LoadDictValues <VertexAttrib>();
vertexBuffer.MemoryPool = loader.Load <MemoryPool>();
long unk = loader.ReadOffset();
if (loader.ResFile.VersionMajor2 > 2 || loader.ResFile.VersionMajor > 0)
{
loader.ReadOffset();// unk2
}
long VertexBufferSizeOffset = loader.ReadOffset();
long VertexStrideSizeOffset = loader.ReadOffset();
long padding = loader.ReadInt64();
int BufferOffset = loader.ReadInt32();
byte numVertexAttrib = loader.ReadByte();
byte numBuffer = loader.ReadByte();
ushort Idx = loader.ReadUInt16();
uint vertexCount = loader.ReadUInt32();
vertexBuffer.VertexSkinCount = (byte)loader.ReadUInt32();
//Buffers use the index buffer offset from memory info section
//This goes to a section in the memory pool which stores all the buffer data, including faces
//To obtain a list of all the buffer data, it would be by the index buffer offset + BufferOffset
var StrideArray = loader.LoadList <VertexBufferStride>(numBuffer, (uint)VertexStrideSizeOffset);
var VertexBufferSizeArray = loader.LoadList <VertexBufferSize>(numBuffer, (uint)VertexBufferSizeOffset);
vertexBuffer.Buffers = new List <Buffer>();
for (int buff = 0; buff < numBuffer; buff++)
{
Buffer data = new Buffer();
data.Flags = VertexBufferSizeArray[buff].GpuAccessFlags;
data.Stride = (ushort)StrideArray[buff].Stride;
uint size = VertexBufferSizeArray[buff].Size;
if (buff == 0)
{
data.BufferOffset = ((int)BufferInfo.BufferOffset + BufferOffset);
}
if (buff > 0)
{
data.BufferOffset = vertexBuffer.Buffers[buff - 1].BufferOffset + vertexBuffer.Buffers[buff - 1].Size;
}
if (data.BufferOffset % 8 != 0)
{
data.BufferOffset = data.BufferOffset + (8 - (data.BufferOffset % 8));
}
data.Data = new byte[1][];
data.Data[0] = loader.LoadCustom(() => //Load buffer data from mem block
{
return(loader.ReadBytes((int)size));
}, (uint)data.BufferOffset);
vertexBuffer.Buffers.Add(data);
}
}
public static void Load(ResFileSwitchLoader loader, Material mat)
{
if (loader.ResFile.VersionMajor2 == 9)
{
mat.Flags = loader.ReadEnum <MaterialFlags>(true);
}
else
{
loader.LoadHeaderBlock();
}
mat.Name = loader.LoadString();
mat.RenderInfos = loader.LoadDictValues <RenderInfo>();
mat.ShaderAssign = loader.Load <ShaderAssign>();
long TextureArrayOffset = loader.ReadInt64();
long TextureNameArray = loader.ReadInt64();
long SamplerArrayOffset = loader.ReadInt64();
mat.Samplers = loader.LoadDictValues <Sampler>();
mat.ShaderParams = loader.LoadDictValues <ShaderParam>();
long SourceParamOffset = loader.ReadInt64();
mat.UserData = loader.LoadDictValues <UserData>();
long VolatileFlagsOffset = loader.ReadInt64();
long userPointer = loader.ReadInt64();
long SamplerSlotArrayOffset = loader.ReadInt64();
long TexSlotArrayOffset = loader.ReadInt64();
if (loader.ResFile.VersionMajor2 != 9)
{
mat.Flags = loader.ReadEnum <MaterialFlags>(true);
}
ushort idx = loader.ReadUInt16();
ushort numRenderInfo = loader.ReadUInt16();
byte numTextureRef = loader.ReadByte();
byte numSampler = loader.ReadByte();
ushort numShaderParam = loader.ReadUInt16();
ushort numShaderParamVolatile = loader.ReadUInt16();
ushort sizParamSource = loader.ReadUInt16();
ushort sizParamRaw = loader.ReadUInt16();
ushort numUserData = loader.ReadUInt16();
if (loader.ResFile.VersionMajor2 != 9)
{
loader.ReadUInt32(); //Padding
}
var textures = loader.LoadCustom(() => loader.LoadStrings(numTextureRef), (uint)TextureNameArray);
mat.TextureRefs = new List <TextureRef>();
if (textures != null)
{
foreach (var tex in textures)
{
mat.TextureRefs.Add(new TextureRef()
{
Name = tex
});
}
}
//Add names to the value as switch does not store any
foreach (var sampler in mat.Samplers)
{
sampler.Value.Name = sampler.Key;
}
mat.ShaderParamData = loader.LoadCustom(() => loader.ReadBytes(sizParamSource), (uint)SourceParamOffset);
mat.VolatileFlags = loader.LoadCustom(() => loader.ReadBytes((int)Math.Ceiling(numShaderParam / 8f)), (uint)VolatileFlagsOffset);
mat.TextureSlotArray = loader.LoadCustom(() => loader.ReadInt64s(numTextureRef), (uint)SamplerSlotArrayOffset);
mat.SamplerSlotArray = loader.LoadCustom(() => loader.ReadInt64s(numSampler), (uint)TexSlotArrayOffset);
}
