public BF2MeshSTMGeometryMaterial(Stream s, BF2MeshHeader header)
{
numMaterials = Helper.ReadU32(s);
materials = new List <BF2MeshSTMMaterial>();
for (int i = 0; i < numMaterials; i++)
{
materials.Add(new BF2MeshSTMMaterial(s, header));
}
}
public BF2MeshSTMLod(Stream s, BF2MeshHeader header)
{
u1 = new BF2MeshVector3(s);
u2 = new BF2MeshVector3(s);
if (header.version == 4)
{
u3 = new BF2MeshVector3(s);
}
numNodes = Helper.ReadU32(s);
nodes = new List <BF2MeshMatrix>();
for (int i = 0; i < numNodes; i++)
{
nodes.Add(new BF2MeshMatrix(s));
}
}
public BF2MeshSTMMaterial(Stream s, BF2MeshHeader header)
{
alphaMode = Helper.ReadU32(s);
shaderFile = Helper.ReadCString(s);
technique = Helper.ReadCString(s);
numTextureMaps = Helper.ReadU32(s);
textureMapFiles = new List <string>();
for (int i = 0; i < numTextureMaps; i++)
{
textureMapFiles.Add(Helper.ReadCString(s));
}
vertexStartIndex = Helper.ReadU32(s);
indiciesStartIndex = Helper.ReadU32(s);
numIndicies = Helper.ReadU32(s);
numVertices = Helper.ReadU32(s);
u1 = Helper.ReadU32(s);
u2 = Helper.ReadU16(s);
u3 = Helper.ReadU16(s);
if (header.version == 0xB)
{
u4 = new BF2MeshVector3(s);
u5 = new BF2MeshVector3(s);
}
}
public BF2MeshBMLod(Stream s, BF2MeshHeader header)
{
if (header.version == 6)
{
u1 = new BF2MeshVector3(s);
u2 = new BF2MeshVector3(s);
u3 = new BF2MeshVector3(s);
u4 = Helper.ReadU32(s);
}
if (header.version == 10)
{
u1 = new BF2MeshVector3(s);
u2 = new BF2MeshVector3(s);
u4 = Helper.ReadU32(s);
if (header.u5 == 1)
{
u5 = new List <BoneEntry>();
for (int i = 0; i < u4; i++)
{
u5.Add(new BoneEntry(new BF2MeshMatrix(s), Helper.ReadCString(s)));
}
}
}
}
