public static Formats.Meshes.MeshAttribute ParseMeshAttribute(this SsbhParser parser)
{
var result = new Formats.Meshes.MeshAttribute();
result.Index = parser.ReadInt32();
result.DataType = (Formats.Meshes.MeshAttribute.AttributeDataType)parser.ReadUInt32();
result.BufferIndex = parser.ReadInt32();
result.BufferOffset = parser.ReadInt32();
result.Unk4 = parser.ReadInt32();
result.Unk5 = parser.ReadInt32();
result.Name = parser.ReadOffsetReadString();
{
// TODO: Extract this code to a method?
long absoluteOffset = parser.ReadRelativeGetAbsoluteOffset();
long elementCount = parser.ReadInt64();
long previousPosition = parser.Position;
parser.Seek(absoluteOffset);
result.AttributeStrings = new Formats.SsbhString[elementCount];
for (int i = 0; i < elementCount; i++)
{
result.AttributeStrings[i] = parser.ParseSsbhString();
}
parser.Seek(previousPosition);
}
return(result);
}
public static Formats.HlpbRotateAim ParseHlpbRotateAim(this SsbhParser parser)
{
var result = new Formats.HlpbRotateAim();
result.Name = parser.ReadOffsetReadString();
result.AimBoneName1 = parser.ReadOffsetReadString();
result.AimBoneName2 = parser.ReadOffsetReadString();
result.AimType1 = parser.ReadOffsetReadString();
result.AimType2 = parser.ReadOffsetReadString();
result.TargetBoneName1 = parser.ReadOffsetReadString();
result.TargetBoneName2 = parser.ReadOffsetReadString();
result.Unknown1 = parser.ReadInt32();
result.Unknown2 = parser.ReadInt32();
result.Unknown3 = parser.ReadSingle();
result.Unknown4 = parser.ReadSingle();
result.Unknown5 = parser.ReadSingle();
result.Unknown6 = parser.ReadSingle();
result.Unknown7 = parser.ReadSingle();
result.Unknown8 = parser.ReadSingle();
result.Unknown9 = parser.ReadSingle();
result.Unknown10 = parser.ReadSingle();
result.Unknown11 = parser.ReadSingle();
result.Unknown12 = parser.ReadSingle();
result.Unknown13 = parser.ReadSingle();
result.Unknown14 = parser.ReadSingle();
result.Unknown15 = parser.ReadSingle();
result.Unknown16 = parser.ReadSingle();
result.Unknown17 = parser.ReadSingle();
result.Unknown18 = parser.ReadSingle();
result.Unknown19 = parser.ReadSingle();
result.Unknown20 = parser.ReadSingle();
result.Unknown21 = parser.ReadSingle();
result.Unknown22 = parser.ReadSingle();
return(result);
}
/// <summary>
/// Reads direct information from track
/// </summary>
/// <param name="reader"></param>
/// <param name="flags"></param>
/// <returns></returns>
private object ReadDirect(SsbhParser reader, uint flags)
{
if (CheckFlag(flags, 0x00FF, AnimTrackFlags.Transform))
{
var transform = new AnimTrackTransform()
{
Sx = reader.ReadSingle(),
Sy = reader.ReadSingle(),
Sz = reader.ReadSingle(),
Rx = reader.ReadSingle(),
Ry = reader.ReadSingle(),
Rz = reader.ReadSingle(),
Rw = reader.ReadSingle(),
X = reader.ReadSingle(),
Y = reader.ReadSingle(),
Z = reader.ReadSingle(),
CompensateScale = reader.ReadInt32()
};
return(transform);
}
if (CheckFlag(flags, 0x00FF, AnimTrackFlags.Texture))
{
return(new AnimTrackTexture()
{
UnkFloat1 = reader.ReadSingle(),
UnkFloat2 = reader.ReadSingle(),
UnkFloat3 = reader.ReadSingle(),
UnkFloat4 = reader.ReadSingle(),
Unknown = reader.ReadInt32()
});
}
if (CheckFlag(flags, 0x00FF, AnimTrackFlags.Float))
{
return(reader.ReadSingle());
}
if (CheckFlag(flags, 0x00FF, AnimTrackFlags.PatternIndex))
{
return(reader.ReadInt32());
}
if (CheckFlag(flags, 0x00FF, AnimTrackFlags.Boolean))
{
return(reader.ReadByte() == 1);
}
if (CheckFlag(flags, 0x00FF, AnimTrackFlags.Vector4))
{
return(new AnimTrackCustomVector4(reader.ReadSingle(), reader.ReadSingle(), reader.ReadSingle(), reader.ReadSingle()));
}
return(null);
}
public static Formats.Materials.MatlAttribute.MatlRasterizerState ParseMatlRasterizerState(this SsbhParser parser)
{
var result = new Formats.Materials.MatlAttribute.MatlRasterizerState();
result.FillMode = (Formats.Materials.MatlFillMode)parser.ReadInt32();
result.CullMode = (Formats.Materials.MatlCullMode)parser.ReadInt32();
result.DepthBias = parser.ReadSingle();
result.Unk4 = parser.ReadSingle();
result.Unk5 = parser.ReadSingle();
result.Unk6 = parser.ReadInt32();
result.Unk7 = parser.ReadInt32();
result.Unk8 = parser.ReadSingle();
return(result);
}
public static Formats.Materials.MatlAttribute.MatlBlendState ParseMatlBlendState(this SsbhParser parser)
{
var result = new Formats.Materials.MatlAttribute.MatlBlendState();
result.SourceColor = (Formats.Materials.MatlBlendFactor)parser.ReadInt32();
result.Unk2 = parser.ReadInt32();
result.DestinationColor = (Formats.Materials.MatlBlendFactor)parser.ReadInt32();
result.Unk4 = parser.ReadInt32();
result.Unk5 = parser.ReadInt32();
result.Unk6 = parser.ReadInt32();
result.EnableAlphaSampleToCoverage = parser.ReadInt32();
result.Unk8 = parser.ReadInt32();
result.Unk9 = parser.ReadInt32();
result.Unk10 = parser.ReadInt32();
return(result);
}
public static Formats.SkelBoneEntry ParseSkelBoneEntry(this SsbhParser parser)
{
var result = new Formats.SkelBoneEntry();
result.Name = parser.ReadOffsetReadString();
result.Id = parser.ReadInt16();
result.ParentId = parser.ReadInt16();
result.Type = parser.ReadInt32();
return(result);
}
public static Formats.Materials.MatlAttribute.MatlSampler ParseMatlSampler(this SsbhParser parser)
{
var result = new Formats.Materials.MatlAttribute.MatlSampler();
result.WrapS = (Formats.Materials.MatlWrapMode)parser.ReadInt32();
result.WrapT = (Formats.Materials.MatlWrapMode)parser.ReadInt32();
result.WrapR = (Formats.Materials.MatlWrapMode)parser.ReadInt32();
result.MinFilter = (Formats.Materials.MatlMinFilter)parser.ReadInt32();
result.MagFilter = (Formats.Materials.MatlMagFilter)parser.ReadInt32();
result.TextureFilteringType = (Formats.Materials.FilteringType)parser.ReadInt32();
result.BorderColor = parser.ParseMatlVector4();
result.Unk11 = parser.ReadInt32();
result.Unk12 = parser.ReadInt32();
result.LodBias = parser.ReadSingle();
result.MaxAnisotropy = parser.ReadInt32();
return(result);
}
public static Formats.Meshes.MeshObject ParseMeshObject(this SsbhParser parser)
{
var result = new Formats.Meshes.MeshObject();
result.Name = parser.ReadOffsetReadString();
result.SubIndex = parser.ReadInt64();
result.ParentBoneName = parser.ReadOffsetReadString();
result.VertexCount = parser.ReadInt32();
result.IndexCount = parser.ReadInt32();
result.Unk2 = parser.ReadUInt32();
result.VertexOffset = parser.ReadInt32();
result.VertexOffset2 = parser.ReadInt32();
result.FinalBufferOffset = parser.ReadInt32();
result.BufferIndex = parser.ReadInt32();
result.Stride = parser.ReadInt32();
result.Stride2 = parser.ReadInt32();
result.Unk6 = parser.ReadInt32();
result.Unk7 = parser.ReadInt32();
result.ElementOffset = parser.ReadUInt32();
result.Unk8 = parser.ReadInt32();
result.DrawElementType = (Formats.Meshes.DrawElementType)parser.ReadInt32();
result.RiggingType = (Formats.Meshes.RiggingType)parser.ReadInt32();
result.Unk11 = parser.ReadInt32();
result.Unk12 = parser.ReadInt32();
result.BoundingSphereCenter = parser.ReadVector3();
result.BoundingSphereRadius = parser.ReadSingle();
result.BoundingBoxMin = parser.ReadVector3();
result.BoundingBoxMax = parser.ReadVector3();
result.OrientedBoundingBoxCenter = parser.ReadVector3();
result.OrientedBoundingBoxTransform = parser.ReadMatrix3x3();
result.OrientedBoundingBoxSize = parser.ReadVector3();
{
// TODO: Extract this code to a method?
long absoluteOffset = parser.ReadRelativeGetAbsoluteOffset();
long elementCount = parser.ReadInt64();
long previousPosition = parser.Position;
parser.Seek(absoluteOffset);
result.Attributes = new Formats.Meshes.MeshAttribute[elementCount];
for (int i = 0; i < elementCount; i++)
{
result.Attributes[i] = parser.ParseMeshAttribute();
}
parser.Seek(previousPosition);
}
return(result);
}
public static Formats.Rendering.NrpdSampler ParseNrpdSampler(this SsbhParser parser)
{
var result = new Formats.Rendering.NrpdSampler();
result.Name = parser.ReadOffsetReadString();
result.WrapS = parser.ReadInt32();
result.WrapT = parser.ReadInt32();
result.WrapR = parser.ReadInt32();
result.Unk4 = parser.ReadInt32();
result.Unk5 = parser.ReadInt32();
result.Unk6 = parser.ReadInt32();
result.Unk7 = parser.ReadInt32();
result.Unk8 = parser.ReadInt32();
result.Unk9 = parser.ReadInt32();
result.Unk10 = parser.ReadInt32();
result.Unk11 = parser.ReadInt32();
result.Unk12 = parser.ReadInt32();
result.Unk13 = parser.ReadSingle();
result.Unk14 = parser.ReadInt32();
result.Unk15 = parser.ReadInt32();
result.Unk16 = parser.ReadInt32();
return(result);
}
public static Formats.Materials.MatlAttribute.MatlSampler ParseMatlSampler(this SsbhParser parser)
{
var result = new Formats.Materials.MatlAttribute.MatlSampler();
result.WrapS = (Formats.Materials.MatlWrapMode)parser.ReadInt32();
result.WrapT = (Formats.Materials.MatlWrapMode)parser.ReadInt32();
result.WrapR = (Formats.Materials.MatlWrapMode)parser.ReadInt32();
result.MinFilter = parser.ReadInt32();
result.MagFilter = parser.ReadInt32();
result.Unk6 = parser.ReadInt32();
result.Unk7 = parser.ReadInt32();
result.Unk8 = parser.ReadInt32();
result.Unk9 = parser.ReadInt32();
result.Unk10 = parser.ReadInt32();
result.Unk11 = parser.ReadInt32();
result.Unk12 = parser.ReadInt32();
result.LodBias = parser.ReadSingle();
result.MaxAnisotropy = parser.ReadInt32();
return(result);
}
public static Formats.Materials.MatlAttribute.MatlBlendState ParseMatlBlendState(this SsbhParser parser)
{
var result = new Formats.Materials.MatlAttribute.MatlBlendState();
result.Unk1 = parser.ReadInt32();
result.Unk2 = parser.ReadInt32();
result.BlendFactor1 = parser.ReadInt32();
result.Unk4 = parser.ReadInt32();
result.Unk5 = parser.ReadInt32();
result.BlendFactor2 = parser.ReadInt32();
result.Unk7 = parser.ReadInt32();
result.Unk8 = parser.ReadInt32();
result.Unk9 = parser.ReadInt32();
result.Unk10 = parser.ReadInt32();
result.Unk11 = parser.ReadInt32();
result.Unk12 = parser.ReadInt32();
return(result);
}
