protected override void ProcessInnerNode(AseReader reader, AseNode parentNode)
{
AseMesh mesh = parentNode as AseMesh;
if (reader.NodeName == "MESH_FACENORMAL")
{
AseStringTokenizer tokens = new AseStringTokenizer(reader.NodeData);
int index = int.Parse(tokens.GetNext());
AseFace face = mesh.FaceList[index];
face.NormalFace = new AseVertex(
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()));
for (int i = 0; i < 3; i++)
{
reader.ReadNextLine();
tokens = new AseStringTokenizer(reader.NodeData);
if (reader.NodeName == "MESH_VERTEXNORMAL")
{
int vIndex = int.Parse(tokens.GetNext());
if (vIndex == mesh.FaceList[index].A)
{
face.NormalA = new AseVertex(
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()));
}
else if (vIndex == mesh.FaceList[index].B)
{
face.NormalB = new AseVertex(
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()));
}
else if (vIndex == mesh.FaceList[index].C)
{
face.NormalC = new AseVertex(
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()),
float.Parse(tokens.GetNext()));
}
}
else
{
// we must have atleast 3 MESH_VERTEXNORMAL nodes
i--;
}
}
mesh.FaceList[index] = face;
}
}
protected override void ProcessInnerNode(AseReader reader, AseNode parentNode)
{
AseMesh mesh = parentNode as AseMesh;
if (reader.NodeName == "MESH_TFACE")
{
AseStringTokenizer tokens = new AseStringTokenizer(reader.NodeData);
int index = int.Parse(tokens.GetNext());
AseFace face = mesh.FaceList[index];
face.TextureA = int.Parse(tokens.GetNext());
face.TextureB = int.Parse(tokens.GetNext());
face.TextureC = int.Parse(tokens.GetNext());
mesh.FaceList[index] = face;
}
}
public AseGeometryObject() : base()
{
AddNodeParser("NODE_TM", _transform = new AseTransform());
AddNodeParser("MESH", _mesh = new AseMesh());
}
