3DFaceList.h File Reference

C3DFaceList class definition which is a list of C3DFace. More...

Detailed Description

C3DFaceList class definition which is a list of C3DFace.

#include "BitArray.h"
#include "3DBBox.h"
#include "FaceList.h"
#include "3DPointList.h"
#include "3DFace.h"
#include "DependentChannels.h"
#include "MaterialMap.h"

Go to the source code of this file.

Classes
class	FBMaterialID
	This class handles two MaterialID that simplifies operation on faces which have front and back materials. For example Sketchup format use intensively that kind of faces, and FBMaterial is a simple way to know if a face IsSingleMaterial, or if it has different front and back materials. More...
class	CFBMaterialHashMap
	This class gets an object material hash. It returns front and back material pair. @Note if we have a face #1 [Mat #1, Mat #2] and a face #2 [Mat #1, Mat #3] we will get 2 entries with (#1-#2, 1), (#1-#3, 1) More...
class	C3DFaceGridMap
	C3DFaceGridMap is initialized by C3DFaceList::GetFaceGridMap. More...
class	C3DFaceList
	C3DFaceList class which implement a list of C3DFace. Each face contains indexes to 3D points stored in C3DPointList class. Look at CFaceList base class to get more information. More...

Typedefs
typedef enum FaceGridFlags	FaceGridFlags
typedef enum RayCastFlags	RayCastFlags

Enumerations
enum	FaceGridFlags {   FACEGRID_NONE = 0x00 , FACEGRID_CACHE_FOR = 0x0FF , FACEGRID_CACHE_FOR_RAYCAST = 0 , FACEGRID_CACHE_FOR_GETCLOSESTFACE ,   FACEGRID_MULTITHREADED = 0x100 , FACEGRID_REMOVE_DUPLICATED_FACES = 0x200 , FACEGRID_FILL_FULL_BBOX = 0x400 , FACEGRID_IGNORE_NODE_TRANSFORM = 0x800 }
enum	RayCastFlags {   RAYCAST_DEFAULT = 0x00 , RAYCAST_CHECK_BOTHDIR = 0x01 , RAYCAST_TUV_COORDINATE = 0x02 , RAYCAST_SAME_DIRECTION = 0x04 ,   RAYCAST_OPPOSITE_DIRECTION = 0x08 }

Enumeration Type Documentation

RayCastFlags

enum RayCastFlags

This enum gives a control on the faces handled by C3DFaceList::GetRayCastFace and information returned.

Enumerator
RAYCAST_CHECK_BOTHDIR	Test ray cast in both direction.
RAYCAST_TUV_COORDINATE	hitPoint(x, y, z) contains the (t, u, v) coordinates of the found intersection. We can compute the hitPoint in 2 way : hitPoint = eye + t * normal or hitPoint = (1-u-v) * p0 + u * p1 + v * p2 where p0, p1, p2 are the triangle point. Note that if RAYCAST_CHECK_BOTHDIR and that the normal have been flipped to intersect the face, then t will be negative to correctly compute the hitPoint
RAYCAST_SAME_DIRECTION	The provided direction and the normal of the face must have the same direction.
RAYCAST_OPPOSITE_DIRECTION	The provided direction and the normal of the face must have the opposite direction.