internal int ReadIndex(BinaryReader br, PmxIndexKind kind)
{
switch (kind)
{
case PmxIndexKind.Vertex:
return(this.Header.VertexIndexSize == PmxVertexIndexSize.UInt8
? br.ReadByte()
: this.Header.VertexIndexSize == PmxVertexIndexSize.UInt16
? br.ReadUInt16()
: br.ReadInt32());
case PmxIndexKind.Texture:
return(this.Header.TextureIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.TextureIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32());
case PmxIndexKind.Material:
return(this.Header.MaterialIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.MaterialIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32());
case PmxIndexKind.Bone:
return(this.Header.BoneIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.BoneIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32());
case PmxIndexKind.Morph:
return(this.Header.MorphIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.MorphIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32());
case PmxIndexKind.Rigid:
return(this.Header.RigidIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.RigidIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32());
default:
throw new ArgumentException();
}
}
internal void WriteIndex(BinaryWriter bw, PmxIndexKind kind, int index)
{
switch (kind)
{
case PmxIndexKind.Vertex:
switch (this.Header.VertexIndexSize)
{
case PmxVertexIndexSize.UInt8:
bw.Write((byte)index);
break;
case PmxVertexIndexSize.UInt16:
bw.Write((ushort)index);
break;
case PmxVertexIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Texture:
switch (this.Header.TextureIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Material:
switch (this.Header.MaterialIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Bone:
switch (this.Header.BoneIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Morph:
switch (this.Header.MorphIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Rigid:
switch (this.Header.RigidIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
default:
throw new ArgumentException();
}
}
internal int ReadIndex(BinaryReader br, PmxIndexKind kind)
{
switch (kind)
{
case PmxIndexKind.Vertex:
return this.Header.VertexIndexSize == PmxVertexIndexSize.UInt8
? br.ReadByte()
: this.Header.VertexIndexSize == PmxVertexIndexSize.UInt16
? br.ReadUInt16()
: br.ReadInt32();
case PmxIndexKind.Texture:
return this.Header.TextureIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.TextureIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32();
case PmxIndexKind.Material:
return this.Header.MaterialIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.MaterialIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32();
case PmxIndexKind.Bone:
return this.Header.BoneIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.BoneIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32();
case PmxIndexKind.Morph:
return this.Header.MorphIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.MorphIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32();
case PmxIndexKind.Rigid:
return this.Header.RigidIndexSize == PmxIndexSize.Int8
? br.ReadSByte()
: this.Header.RigidIndexSize == PmxIndexSize.Int16
? br.ReadInt16()
: br.ReadInt32();
default:
throw new ArgumentException();
}
}
internal void WriteIndex(BinaryWriter bw, PmxIndexKind kind, int index)
{
switch (kind)
{
case PmxIndexKind.Vertex:
switch (this.Header.VertexIndexSize)
{
case PmxVertexIndexSize.UInt8:
bw.Write((byte)index);
break;
case PmxVertexIndexSize.UInt16:
bw.Write((ushort)index);
break;
case PmxVertexIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Texture:
switch (this.Header.TextureIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Material:
switch (this.Header.MaterialIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Bone:
switch (this.Header.BoneIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Morph:
switch (this.Header.MorphIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
case PmxIndexKind.Rigid:
switch (this.Header.RigidIndexSize)
{
case PmxIndexSize.Int8:
bw.Write((byte)index);
break;
case PmxIndexSize.Int16:
bw.Write((short)index);
break;
case PmxIndexSize.Int32:
bw.Write(index);
break;
}
break;
default:
throw new ArgumentException();
}
}
