/// <summary>
/// Constructor for the GeometryData class.
/// </summary>
public Geometry()
{
_objImporter = new WavefrontImporter <float3>();
_LverticeHndl = new List <HandleVertex>();
_LedgeHndl = new List <HandleEdge>();
_LfaceHndl = new List <HandleFace>();
_LvertexPtrCont = new List <VertexPtrCont>();
_LhedgePtrCont = new List <HEdgePtrCont>();
_LedgePtrCont = new List <EdgePtrCont>();
_LfacePtrCont = new List <FacePtrCont>();
_LvertexVal = new List <float3>();
_LfaceNormals = new List <float3>();
_LVertexNormals = new List <float3>();
_LuvCoordinates = new List <float2>();
// For mesh conversion
_LtrianglesFuseeMesh = new List <ushort>();
_LvertDataFuseeMesh = new List <float3>();
_LvertNormalsFuseeMesh = new List <float3>();
_LvertuvFuseeMesh = new List <float2>();
// Performance stuff
_NormalCalcStopWatch = new Stopwatch();
}
public void Instantiate(Vector3 requestedPosition, Quaternion requestedRotation)
{
InfiniObject.CreateObject("New Cube", WavefrontImporter.MeshFromBytes(Properties.Resources.cube), MaterialGenerator.DefaultMaterial(), requestedPosition, requestedRotation, new Vector3(1, 1, 1), 100, 100, true);
}
/// <summary>
/// Constructor for the GeometryData class.
/// </summary>
public Geometry()
{
_objImporter = new WavefrontImporter<float3>();
_LverticeHndl = new List<HandleVertex>();
_LedgeHndl = new List<HandleEdge>();
_LfaceHndl = new List<HandleFace>();
_LvertexPtrCont = new List<VertexPtrCont>();
_LhedgePtrCont = new List<HEdgePtrCont>();
_LedgePtrCont = new List<EdgePtrCont>();
_LfacePtrCont = new List<FacePtrCont>();
_LvertexVal = new List<float3>();
_LfaceNormals = new List<float3>();
_LVertexNormals = new List<float3>();
_LuvCoordinates = new List<float2>();
// For mesh conversion
_LtrianglesFuseeMesh = new List<short>();
_LvertDataFuseeMesh = new List<float3>();
_LvertNormalsFuseeMesh = new List<float3>();
_LvertuvFuseeMesh = new List<float2>();
// Performance stuff
_NormalCalcStopWatch = new Stopwatch();
}
