public NMSVertex(BinaryReader handle, NMSSectionStreamDescriptor desc)
{
_data = new List <float[]>();
foreach (var att in desc.Attributes)
{
switch (att.DataType)
{
case 0x140b: _data.Add(ReadCompressedFloats(handle, 4)); break;
case 0x1401: _data.Add(ReadCompressedFloats(handle, 2)); break;
}
}
}
private List <NMSVertex> ReadVertices(BinaryReader handle, int SecId, NMSSectionStreamDescriptor StreamDesc)
{
var array = new List <NMSVertex>();
var meta = SecHeader.HeaderOffsetSections[SecId];
handle.BaseStream.Position = meta.AbsOffset;
long maxPos = meta.AbsOffset + meta.Count;
array = new List <NMSVertex>();
while (handle.BaseStream.Position < maxPos)
{
array.Add(new NMSVertex(handle, StreamDesc));
}
return(array);
}
public void Read(BinaryReader handle)
{
ReadHeader(handle);
SecData4 = ReadSection <NMSSectionUintList>(4, handle);
SecVtxPartsStart = ReadSection <NMSSectionUintList>(5, handle);
SecVtxPartsEnd = ReadSection <NMSSectionUintList>(6, handle);
SecData7 = ReadSection <NMSSectionUintList>(7, handle);
SecData8 = ReadSection <NMSSectionQuatList>(8, handle);
SecData9 = ReadSection <NMSSectionQuatList>(9, handle);
VertexStreamDesc1 = ReadSection <NMSSectionStreamDescriptor>(11, handle);
VertexStreamDesc2 = ReadSection <NMSSectionStreamDescriptor>(13, handle);
ReadIndices(handle);
Vertices1 = ReadVertices(handle, 15, VertexStreamDesc1);
Vertices2 = ReadVertices(handle, 16, VertexStreamDesc2);
}
