meshdelta.h File Reference

#include "maxheap.h"
#include "export.h"
#include "meshadj.h"

Classes
class	VertMove
	This class represents the notion of a mesh edit vertex move. More...
class	UVVertSet
	This class represents the notion of a mesh edit UVW vertex assignment. More...
class	FaceCreate
	This class represents the notion of a face create within a MeshDelta. More...
class	FaceRemap
	This class represents the notion of a mesh edit Face Remap, which changes one or more of the vertices a face uses. More...
class	FaceChange
	This class represents the notion of a mesh edit Face Change, which changes the visibility of the face's edges, its hidden state and/or its material ID. More...
class	FaceSmooth
	This class represents the notion of the edit mesh Face Smooth operation. More...
class	MapDelta
	Represents some kind of change to a mesh map. More...
class	VDataDelta
class	MeshDelta
class	MeshDeltaUser
class	MeshDeltaUserData

Macros
#define	MDELTA_VMOVE   0x0001
#define	MDELTA_VCLONE   0x0004
#define	MDELTA_VCREATE   MDELTA_VCLONE
#define	MDELTA_VDELETE   0x0008
#define	MDELTA_VDATA   0x0010
#define	MDELTA_FREMAP   0x0020
#define	MDELTA_FCHANGE   0x0040
#define	MDELTA_FCREATE   0x0080
#define	MDELTA_FDELETE   0x0100
#define	MDELTA_FDATA   0x0200
#define	MDELTA_NUMBERS   0x0400
#define	MDELTA_FSMOOTH   0x0800
#define	MDELTA_ALL   0xffff
#define	FR_V0   1
	Remap the 0th vertex.
#define	FR_V1   2
	Remap the 1st vertex.
#define	FR_V2   4
	Remap the 2nd vertex.
#define	FR_ALL   7
	Remap all the vertices.
#define	ATTRIB_EDGE_A   (1<<0)
	Alter edge between v0 and v1.
#define	ATTRIB_EDGE_B   (1<<1)
	Alter edge between v1 and v2.
#define	ATTRIB_EDGE_C   (1<<2)
	Alter edge between v2 and v0.
#define	ATTRIB_EDGE_ALL   7
	Alter all the edges.
#define	ATTRIB_HIDE_FACE   (1<<3)
	Alter the face hidden state.
#define	ATTRIB_MATID   (1<<4)
	Alter the material ID.
#define	ATTRIB_MATID_SHIFT   5
#define	ATTRIB_MATID_MASK   0xffff
#define	EM_MESHUIPARAM_LAST_INT   MuiShowFNormals
#define	EM_SL_OBJECT   0
#define	EM_SL_VERTEX   1
#define	EM_SL_EDGE   2
#define	EM_SL_FACE   3
#define	EM_SL_POLYGON   4
#define	EM_SL_ELEMENT   5
#define	EM_SHORTCUT_ID   0x38ba1366
#define	MDUID_EM_SELTYPE   40001
#define	MDUID_EM_SELTYPE_BACK   40002
#define	MDUID_EM_SELTYPE_VERTEX   40003
#define	MDUID_EM_SELTYPE_EDGE   40004
#define	MDUID_EM_SELTYPE_FACE   40005
#define	MDUID_EM_SELTYPE_POLYGON   40006
#define	MDUID_EM_SELTYPE_ELEMENT   40007
#define	MDUID_EM_SELTYPE_OBJ   40008
#define	MDUID_EM_AUTOSMOOTH   40009
#define	MDUID_EM_ATTACH   40010
#define	MDUID_EM_BREAK   40011
#define	MDUID_EM_IGBACK   40012
#define	MDUID_EM_BEVEL   40013
#define	MDUID_EM_CREATE   40014
#define	MDUID_EM_CUT   40015
#define	MDUID_EM_DIVIDE   40016
#define	MDUID_EM_EXTRUDE   40017
#define	MDUID_EM_FLIPNORM   40018
#define	MDUID_EM_SS_BACKFACE   40019
#define	MDUID_EM_UNIFY_NORMALS   40020
#define	MDUID_EM_HIDE   40021
#define	MDUID_EM_EDGE_INVIS   40022
#define	MDUID_EM_IGNORE_INVIS   40023
#define	MDUID_EM_IGNORE_INVIS   40023
#define	MDUID_EM_COLLAPSE   40024
#define	MDUID_EM_SHOWNORMAL   40025
#define	MDUID_EM_SELOPEN   40026
#define	MDUID_EM_REMOVE_ISO   40027
#define	MDUID_EM_SLICEPLANE   40028
#define	MDUID_EM_SOFTSEL   40029
#define	MDUID_EM_SLICE   40030
#define	MDUID_EM_DETACH   40031
#define	MDUID_EM_TURNEDGE   40032
#define	MDUID_EM_UNHIDE   40033
#define	MDUID_EM_EDGE_VIS   40034
#define	MDUID_EM_SELBYVERT   40035
#define	MDUID_EM_AUTOEDGE   40036
#define	MDUID_EM_WELD   40038
#define	MDUID_EM_EXPLODE   40039
#define	MDUID_EM_CHAMFER   40040
#define	MDUID_EM_WELD_TARGET   40041
#define	MDUID_EM_ATTACH_LIST   40042
#define	MDUID_EM_VIEW_ALIGN   40043
#define	MDUID_EM_GRID_ALIGN   40044
#define	MDUID_EM_SPLIT   40045
#define	MDUID_EM_REFINE_CUTENDS   40046
#define	MDUID_EM_COPY_NAMEDSEL   40047
#define	MDUID_EM_PASTE_NAMEDSEL   40048
#define	MDUID_EM_MAKE_PLANAR   40049
#define	MDUID_EM_VERT_COLOR   40050
#define	MDUID_EM_VERT_ILLUM   40051
#define	MDUID_EM_FLIP_NORMAL_MODE   40052

Enumerations
enum	meshCommandMode {   McmCreate , McmAttach , McmExtrude , McmBevel ,   McmChamfer , McmSlicePlane , McmCut , McmWeldTarget ,   McmFlipNormalMode , McmDivide , McmTurnEdge , McmEditSoftSelection }
enum	meshButtonOp {   MopHide , MopUnhideAll , MopDelete , MopDetach ,   MopBreak , MopViewAlign , MopGridAlign , MopMakePlanar ,   MopCollapse , MopTessellate , MopExplode , MopSlice ,   MopWeld , MopRemoveIsolatedVerts , MopSelectOpenEdges , MopCreateShapeFromEdges ,   MopShowNormal , MopFlipNormal , MopUnifyNormal , MopAutoSmooth ,   MopVisibleEdge , MopInvisibleEdge , MopAutoEdge , MopAttachList ,   MopSelectByID , MopSelectBySG , MopClearAllSG , MopSelectByColor ,   MopCopyNS , MopPasteNS , MopEditVertColor , MopEditVertIllum }
enum	meshUIParam {   MuiSelByVert , MuiIgBack , MuiIgnoreVis , MuiSoftSel ,   MuiSSUseEDist , MuiSSEDist , MuiSSBack , MuiWeldBoxSize ,   MuiExtrudeType , MuiShowVNormals , MuiShowFNormals , MuiSliceSplit ,   MuiCutRefine , MuiPolyThresh , MuiFalloff , MuiPinch ,   MuiBubble , MuiWeldDist , MuiNormalSize , MuiDeleteIsolatedVerts }

Functions
DllExport void	FindTriangulation (Mesh &m, int deg, int *vv, int *tri)

Macro Definition Documentation

MDELTA_VMOVE

#define MDELTA_VMOVE   0x0001

MDELTA_VCLONE

#define MDELTA_VCLONE   0x0004

MDELTA_VCREATE

#define MDELTA_VCREATE   MDELTA_VCLONE

MDELTA_VDELETE

#define MDELTA_VDELETE   0x0008

MDELTA_VDATA

#define MDELTA_VDATA   0x0010

MDELTA_FREMAP

#define MDELTA_FREMAP   0x0020

MDELTA_FCHANGE

#define MDELTA_FCHANGE   0x0040

MDELTA_FCREATE

#define MDELTA_FCREATE   0x0080

MDELTA_FDELETE

#define MDELTA_FDELETE   0x0100

MDELTA_FDATA

#define MDELTA_FDATA   0x0200

MDELTA_NUMBERS

#define MDELTA_NUMBERS   0x0400

MDELTA_FSMOOTH

#define MDELTA_FSMOOTH   0x0800

MDELTA_ALL

#define MDELTA_ALL   0xffff

FR_V0

#define FR_V0   1

Remap the 0th vertex.

FR_V1

#define FR_V1   2

Remap the 1st vertex.

FR_V2

#define FR_V2   4

Remap the 2nd vertex.

FR_ALL

#define FR_ALL   7

Remap all the vertices.

ATTRIB_EDGE_A

#define ATTRIB_EDGE_A   (1<<0)

Alter edge between v0 and v1.

ATTRIB_EDGE_B

#define ATTRIB_EDGE_B   (1<<1)

Alter edge between v1 and v2.

ATTRIB_EDGE_C

#define ATTRIB_EDGE_C   (1<<2)

Alter edge between v2 and v0.

ATTRIB_EDGE_ALL

#define ATTRIB_EDGE_ALL   7

Alter all the edges.

ATTRIB_HIDE_FACE

#define ATTRIB_HIDE_FACE   (1<<3)

Alter the face hidden state.

ATTRIB_MATID

#define ATTRIB_MATID   (1<<4)

Alter the material ID.

ATTRIB_MATID_SHIFT

#define ATTRIB_MATID_SHIFT   5

ATTRIB_MATID_MASK

#define ATTRIB_MATID_MASK   0xffff

EM_MESHUIPARAM_LAST_INT

#define EM_MESHUIPARAM_LAST_INT   MuiShowFNormals

EM_SL_OBJECT

#define EM_SL_OBJECT   0

EM_SL_VERTEX

#define EM_SL_VERTEX   1

EM_SL_EDGE

#define EM_SL_EDGE   2

EM_SL_FACE

#define EM_SL_FACE   3

EM_SL_POLYGON

#define EM_SL_POLYGON   4

EM_SL_ELEMENT

#define EM_SL_ELEMENT   5

EM_SHORTCUT_ID

#define EM_SHORTCUT_ID   0x38ba1366

MDUID_EM_SELTYPE

#define MDUID_EM_SELTYPE   40001

MDUID_EM_SELTYPE_BACK

#define MDUID_EM_SELTYPE_BACK   40002

MDUID_EM_SELTYPE_VERTEX

#define MDUID_EM_SELTYPE_VERTEX   40003

MDUID_EM_SELTYPE_EDGE

#define MDUID_EM_SELTYPE_EDGE   40004

MDUID_EM_SELTYPE_FACE

#define MDUID_EM_SELTYPE_FACE   40005

MDUID_EM_SELTYPE_POLYGON

#define MDUID_EM_SELTYPE_POLYGON   40006

MDUID_EM_SELTYPE_ELEMENT

#define MDUID_EM_SELTYPE_ELEMENT   40007

MDUID_EM_SELTYPE_OBJ

#define MDUID_EM_SELTYPE_OBJ   40008

MDUID_EM_AUTOSMOOTH

#define MDUID_EM_AUTOSMOOTH   40009

MDUID_EM_ATTACH

#define MDUID_EM_ATTACH   40010

MDUID_EM_BREAK

#define MDUID_EM_BREAK   40011

MDUID_EM_IGBACK

#define MDUID_EM_IGBACK   40012

MDUID_EM_BEVEL

#define MDUID_EM_BEVEL   40013

MDUID_EM_CREATE

#define MDUID_EM_CREATE   40014

MDUID_EM_CUT

#define MDUID_EM_CUT   40015

MDUID_EM_DIVIDE

#define MDUID_EM_DIVIDE   40016

MDUID_EM_EXTRUDE

#define MDUID_EM_EXTRUDE   40017

MDUID_EM_FLIPNORM

#define MDUID_EM_FLIPNORM   40018

MDUID_EM_SS_BACKFACE

#define MDUID_EM_SS_BACKFACE   40019

MDUID_EM_UNIFY_NORMALS

#define MDUID_EM_UNIFY_NORMALS   40020

MDUID_EM_HIDE

#define MDUID_EM_HIDE   40021

MDUID_EM_EDGE_INVIS

#define MDUID_EM_EDGE_INVIS   40022

MDUID_EM_IGNORE_INVIS [1/2]

#define MDUID_EM_IGNORE_INVIS   40023

MDUID_EM_IGNORE_INVIS [2/2]

#define MDUID_EM_IGNORE_INVIS   40023

MDUID_EM_COLLAPSE

#define MDUID_EM_COLLAPSE   40024

MDUID_EM_SHOWNORMAL

#define MDUID_EM_SHOWNORMAL   40025

MDUID_EM_SELOPEN

#define MDUID_EM_SELOPEN   40026

MDUID_EM_REMOVE_ISO

#define MDUID_EM_REMOVE_ISO   40027

MDUID_EM_SLICEPLANE

#define MDUID_EM_SLICEPLANE   40028

MDUID_EM_SOFTSEL

#define MDUID_EM_SOFTSEL   40029

MDUID_EM_SLICE

#define MDUID_EM_SLICE   40030

MDUID_EM_DETACH

#define MDUID_EM_DETACH   40031

MDUID_EM_TURNEDGE

#define MDUID_EM_TURNEDGE   40032

MDUID_EM_UNHIDE

#define MDUID_EM_UNHIDE   40033

MDUID_EM_EDGE_VIS

#define MDUID_EM_EDGE_VIS   40034

MDUID_EM_SELBYVERT

#define MDUID_EM_SELBYVERT   40035

MDUID_EM_AUTOEDGE

#define MDUID_EM_AUTOEDGE   40036

MDUID_EM_WELD

#define MDUID_EM_WELD   40038

MDUID_EM_EXPLODE

#define MDUID_EM_EXPLODE   40039

MDUID_EM_CHAMFER

#define MDUID_EM_CHAMFER   40040

MDUID_EM_WELD_TARGET

#define MDUID_EM_WELD_TARGET   40041

MDUID_EM_ATTACH_LIST

#define MDUID_EM_ATTACH_LIST   40042

MDUID_EM_VIEW_ALIGN

#define MDUID_EM_VIEW_ALIGN   40043

MDUID_EM_GRID_ALIGN

#define MDUID_EM_GRID_ALIGN   40044

MDUID_EM_SPLIT

#define MDUID_EM_SPLIT   40045

MDUID_EM_REFINE_CUTENDS

#define MDUID_EM_REFINE_CUTENDS   40046

MDUID_EM_COPY_NAMEDSEL

#define MDUID_EM_COPY_NAMEDSEL   40047

MDUID_EM_PASTE_NAMEDSEL

#define MDUID_EM_PASTE_NAMEDSEL   40048

MDUID_EM_MAKE_PLANAR

#define MDUID_EM_MAKE_PLANAR   40049

MDUID_EM_VERT_COLOR

#define MDUID_EM_VERT_COLOR   40050

MDUID_EM_VERT_ILLUM

#define MDUID_EM_VERT_ILLUM   40051

MDUID_EM_FLIP_NORMAL_MODE

#define MDUID_EM_FLIP_NORMAL_MODE   40052

Enumeration Type Documentation

meshCommandMode

enum meshCommandMode

Enumerator
McmCreate
McmAttach
McmExtrude
McmBevel
McmChamfer
McmSlicePlane
McmCut
McmWeldTarget
McmFlipNormalMode
McmDivide
McmTurnEdge
McmEditSoftSelection

                     { McmCreate, McmAttach, McmExtrude, McmBevel, McmChamfer,
      McmSlicePlane, McmCut, McmWeldTarget, McmFlipNormalMode, McmDivide, McmTurnEdge,McmEditSoftSelection };

meshButtonOp

enum meshButtonOp

Enumerator
MopHide
MopUnhideAll
MopDelete
MopDetach
MopBreak
MopViewAlign
MopGridAlign
MopMakePlanar
MopCollapse
MopTessellate
MopExplode
MopSlice
MopWeld
MopRemoveIsolatedVerts
MopSelectOpenEdges
MopCreateShapeFromEdges
MopShowNormal
MopFlipNormal
MopUnifyNormal
MopAutoSmooth
MopVisibleEdge
MopInvisibleEdge
MopAutoEdge
MopAttachList
MopSelectByID
MopSelectBySG
MopClearAllSG
MopSelectByColor
MopCopyNS
MopPasteNS
MopEditVertColor
MopEditVertIllum

                     { MopHide, MopUnhideAll, MopDelete, MopDetach, MopBreak, MopViewAlign,
      MopGridAlign, MopMakePlanar, MopCollapse, MopTessellate, MopExplode, MopSlice, MopWeld,
      MopRemoveIsolatedVerts, MopSelectOpenEdges, MopCreateShapeFromEdges, MopShowNormal,
      MopFlipNormal, MopUnifyNormal, MopAutoSmooth, MopVisibleEdge, MopInvisibleEdge, MopAutoEdge,
      MopAttachList, MopSelectByID, MopSelectBySG, MopClearAllSG, MopSelectByColor,
      MopCopyNS, MopPasteNS, MopEditVertColor, MopEditVertIllum };

meshUIParam

enum meshUIParam

Enumerator
MuiSelByVert
MuiIgBack
MuiIgnoreVis
MuiSoftSel
MuiSSUseEDist
MuiSSEDist
MuiSSBack
MuiWeldBoxSize
MuiExtrudeType
MuiShowVNormals
MuiShowFNormals
MuiSliceSplit
MuiCutRefine
MuiPolyThresh
MuiFalloff
MuiPinch
MuiBubble
MuiWeldDist
MuiNormalSize
MuiDeleteIsolatedVerts

                 { MuiSelByVert, MuiIgBack, MuiIgnoreVis, MuiSoftSel, MuiSSUseEDist,
      MuiSSEDist, MuiSSBack, MuiWeldBoxSize, MuiExtrudeType, MuiShowVNormals,
      MuiShowFNormals, MuiSliceSplit, MuiCutRefine, // end of integer values
      MuiPolyThresh, MuiFalloff, MuiPinch, MuiBubble, MuiWeldDist, MuiNormalSize,
      MuiDeleteIsolatedVerts // MuiDeleteIsolatedVerts is an integer value, but also supports float
      };

Function Documentation

FindTriangulation()

DllExport void FindTriangulation	(	Mesh &	m,
		int	deg,
		int *	vv,
		int *	tri
	)

Remarks

This global function is available in release 3.0 and later only. Finds a triangulation of an n-sided polygon using vertices in the specified mesh. As long as the vertices are coplanar, this algorithm will find a proper triangulation, even for nonconvex polygons.

Parameters:

Mesh &m The mesh containing the vertices used in the polygon. int deg The size of the polygon. int *vv The vertex indices of the polygon, in order around the perimeter. For instance, if deg is 5 and w points to an array containing (3, 6, 8, 0, 7), the polygon is presumed to have the outline described by m.verts[3], m.verts[6], m.verts[8], m.verts[0], and m.verts[7]. int *tri This is where the output is placed. Note that this should point to an array of size at least (deg-2)*3, to hold all the triangles. The values placed in this array are indices into the w array – that is, given a 5-sided polygon, one triangle in this list might be (0,2,3), indicating you should use the 0th, 2nd, and 3rd elements of w to form the triangle. Put another way, to make a face from the n'th triangle given by this array, you would set: f.v[0] = w[tri[n*3+0]]; f.v[1] = w[tri[n*3+1]]; f.v[2] = w[tri[n*3+2]];