readGMObject.cpp

void CObject3D::ReadGMObject(CFile& file, GMObject& obj)
{
	file.Read(obj.bounds);

	int temp;
	file.Read(temp);
	obj.opacity = temp != 0;
	file.Read(temp);
	obj.bump = temp != 0;
	file.Read(temp);
	obj.rigid = temp != 0;

	file.Skip(28);

	file.Read(obj.vertexListCount);
	file.Read(obj.vertexCount);
	file.Read(obj.faceListCount);
	file.Read(obj.indexCount);

	obj.vertexList = new D3DXVECTOR3[obj.vertexListCount];
	file.Read(obj.vertexList, obj.vertexListCount);

	if (obj.type == GMT_SKIN)
	{
		obj.vertices = new SkinVertex[obj.vertexCount];
		file.Read((SkinVertex*)obj.vertices, obj.vertexCount);
	}
	else
	{
		obj.vertices = new NormalVertex[obj.vertexCount];
		file.Read((NormalVertex*)obj.vertices, obj.vertexCount);
	}

	obj.indices = new ushort[obj.indexCount + obj.vertexCount];
	obj.IIB = obj.indices + obj.indexCount;

	file.Read(obj.indices, obj.indexCount);
	file.Read(obj.IIB, obj.vertexCount);

	file.Read(temp);
	if (temp)
	{
		obj.physiqueVertices = new int[obj.vertexListCount];
		file.Read(obj.physiqueVertices, obj.vertexListCount);
	}

	file.Read(temp);
	obj.material = temp != 0;
	if (obj.material)
	{
		file.Read(obj.materialCount);

		if (obj.materialCount == 0)
			obj.materialCount = 1;

		Material* mat;
		int len;
		obj.materials = new Material[obj.materialCount];
		memset(obj.materials, 0, sizeof(Material) * obj.materialCount);
		for (int i = 0; i < obj.materialCount; i++)
		{
			mat = &obj.materials[i];
			file.Read(mat->material);
			file.Read(len);
			file.Read(mat->textureName, len);
		}
	}

	file.Read(obj.materialBlockCount);
	if (obj.materialBlockCount > 0)
	{
		obj.materialBlocks = new MaterialBlock[obj.materialBlockCount];
		file.Read(obj.materialBlocks, obj.materialBlockCount);
	}
}