This reference page is linked to from the following overview topics: Primitive Pipeline Objects, The NURBS API, NURBS Base Classes, Using the API to Create and Modify 3ds Max NURBS Models, Accessing Details of NURBS Objects, Parameter Ranges for Curves and Surfaces, Creating and Retrieving 3ds Max NURBS Objects, Creating Primitive NURBS Objects, Modifying Existing NURBS Objects.

#include "export.h"
#include "maxheap.h"
#include "point3.h"
#include "maxtess.h"
#include "tab.h"
#include "strbasic.h"
#include "point2.h"
#include "matrix3.h"

Classes
class	NURBSObject
class	NURBSPoint
class	NURBSTexturePoint
class	NURBSIndependentPoint
class	NURBSControlVertex
class	NURBSPointConstPoint
class	NURBSCurveConstPoint
class	NURBSCurveCurveIntersectionPoint
class	NURBSSurfConstPoint
class	NURBSCurveSurfaceIntersectionPoint
class	NURBSTrimPoint
class	NURBSCurve
class	NURBSCVCurve
class	NURBSPointCurve
class	NURBSBlendCurve
class	NURBSOffsetCurve
class	NURBSXFormCurve
class	NURBSMirrorCurve
class	NURBSFilletCurve
class	NURBSChamferCurve
class	NURBSIsoCurve
class	NURBSSurfaceEdgeCurve
class	NURBSProjectVectorCurve
class	NURBSProjectNormalCurve
class	NURBSSurfSurfIntersectionCurve
class	NURBSCurveOnSurface
class	NURBSPointCurveOnSurface
class	NURBSSurfaceNormalCurve
class	NURBSTextureSurface
class	NURBSTextureChannelSet
class	NURBSTextureChannel
class	NURBSSurface
class	NURBSCVSurface
class	NURBSPointSurface
class	NURBSBlendSurface
class	NURBSNBlendSurface
class	NURBSOffsetSurface
class	NURBSXFormSurface
class	NURBSMirrorSurface
class	NURBSRuledSurface
class	NURBSULoftSurface
class	NURBSUVLoftSurface
class	NURBSExtrudeSurface
class	NURBSLatheSurface
class	NURBSCapSurface
class	NURBS1RailSweepSurface
class	NURBS2RailSweepSurface
class	NURBSMultiCurveTrimSurface
class	NURBSFilletSurface
class	NURBSDisplay
class	NURBSFuseSurfaceCV
class	NURBSFuseCurveCV
class	NURBSSet
class	NURBSProceeduralSurface
class	NURBSProceeduralCurve
Defines
#define	EDITABLE_SURF_CLASS_ID Class_ID(0x76a11646, 0x12a822fb)
#define	FITPOINT_PLANE_CLASS_ID Class_ID(0x76a11646, 0xbadbeff)
#define	EDITABLE_CVCURVE_CLASS_ID Class_ID(0x76a11646, 0x12a83145)
#define	EDITABLE_FPCURVE_CLASS_ID Class_ID(0x76a11646, 0x12a92143)
#define	NURBS_NAME_SIZE 80
Typedefs
typedef ULONG_PTR	NURBSId
typedef Tab< NURBSId >	NURBSIdTab
typedef Tab< BOOL >	BoolTab
typedef Tab< NURBSControlVertex >	NURBSCVTab
typedef Tab< double >	NURBSKnotTab
typedef NURBSResult(*	SurfParamRangeProc )(double &uMin, double &uMax, double &vMin, double &vMax)
typedef NURBSResult(*	SurfEvalProc )(double u, double v, Point3 &pt)
typedef NURBSResult(*	SurfEvalTan )(double u, double v, Point3 &uTan, Point3 &vTan)
typedef NURBSResult(*	SurfEvalMixedProc )(double u, double v, Point3 &mixed)
typedef NURBSResult(*	CurveParamRangeProc )(double &tMin, double &tMax)
typedef NURBSResult(*	CurveEvalProc )(double u, Point3 &pt)
typedef NURBSResult(*	CurveEvalTan )(double u, Point3 &pt, Point3 &tan)
typedef NURBSResult(*	CurveArcLengthProc )(double &arcLength)
typedef Tab< NURBSId >	NURBSIdList
Enumerations
enum	NURBSResult { kNOk, kNInvalidObject, kNInvalidId, kNInvalidParameter, kNBad }
enum	NURBSMirrorAxis { kMirrorX, kMirrorY, kMirrorZ, kMirrorXY, kMirrorXZ, kMirrorYZ }
enum	NURBSConstType { kNConstOnObject, kNConstOffset, kNConstNormal, kNConstTangent }
enum	NURBSKind { kNURBSPoint, kNURBSTexturePoint, kNURBSCV, kNURBSCurve, kNURBSSurface }
enum	NURBSParamaterization { kCentripetalKnots, kUniformKnots }
enum	NURBSAutoParam { kNotAutomatic, kAutoCentripetal, kAutoUniform }
enum	NURBSType { kNPoint, kNPointCPoint, kNCurveCPoint, kNCurveCurveIntersectionPoint, kNSurfaceCPoint, kNCurveSurfaceIntersectionPoint, kNTexturePoint, kNCV, kNCVCurve, kNPointCurve, kNBlendCurve, kNOffsetCurve, kNXFormCurve, kNMirrorCurve, kNFilletCurve, kNChamferCurve, kNIsoCurve, kNProjectVectorCurve, kNProjectNormalCurve, kNSurfSurfIntersectionCurve, kNCurveOnSurface, kNPointCurveOnSurface, kNSurfaceNormalCurve, kNSurfaceEdgeCurve, kNCVSurface, kNPointSurface, kNBlendSurface, kNOffsetSurface, kNXFormSurface, kNMirrorSurface, kNRuledSurface, kNULoftSurface, kNExtrudeSurface, kNLatheSurface, kNUVLoftSurface, kNNBlendSurface, kN1RailSweepSurface, kN2RailSweepSurface, kNCapSurface, kNMultiCurveTrimSurface, kNFilletSurface }
enum	NURBSTessType { kNTessSurface, kNTessDisplacement, kNTessCurve }
enum	NURBSSubObjectLevel { kNTopLevel = 0, kNSurfaceCVLevel, kNSurfaceLevel, kNCurveCVLevel, kNPointLevel, kNCurveLevel, kNImportsLevel }
enum	NURBSTrimDirection { kNone = 0, kPositive = 1, kNegative = 2 }
enum	NURBSTexSurfType { kNMapDefault, kNMapUserDefined, kNMapSufaceMapper }
Functions
int	FindIndex (NURBSIdTab ids, NURBSId id)
DllExport NURBSResult	GenNURBSCVSurfaceProceedurally (NURBSProceeduralSurface *pSurf, double tolerence, NURBSCVSurface &surf)
DllExport NURBSResult	GenNURBSCVCurveProceedurally (NURBSProceeduralCurve *pCrv, double tolerence, NURBSCVCurve &crv)
DllExport NURBSResult	GenNURBSLatheSurface (NURBSCVCurve &curve, Point3 &origin, Point3 &north, float start, float end, NURBSCVSurface &surf)
DllExport NURBSResult	GenNURBSSphereSurface (float radius, Point3 &center, Point3 &northAxis, Point3 &refAxis, float startAngleU, float endAngleU, float startAngleV, float endAngleV, BOOL open, NURBSCVSurface &surf)
DllExport NURBSResult	GenNURBSCylinderSurface (float radius, float height, Point3 &origin, Point3 &symAxis, Point3 &refAxis, float startAngle, float endAngle, BOOL open, NURBSCVSurface &surf)
DllExport NURBSResult	GenNURBSConeSurface (float radius1, float radius2, float height, Point3 &origin, Point3 &symAxis, Point3 &refAxis, float startAngle, float endAngle, BOOL open, NURBSCVSurface &surf)
DllExport NURBSResult	GenNURBSTorusSurface (float majorRadius, float minorRadius, Point3 &origin, Point3 &symAxis, Point3 &refAxis, float startAngleU, float endAngleU, float startAngleV, float endAngleV, BOOL open, NURBSCVSurface &surf)
DllExport Object *	CreateNURBSObject (IObjParam ip, NURBSSet nset, Matrix3 &mat)
DllExport int	AddNURBSObjects (Object obj, IObjParam ip, NURBSSet *nset)
DllExport Object *	CreateNURBSLatheShape (IObjParam ip, MSTR name, TimeValue t, ShapeObject shape, Matrix3 &axis, float degrees, int capStart, int capEnd, int capType, BOOL weldCore, BOOL flipNormals, BOOL texturing, int segs, BOOL matIds, BOOL shapeIDs)
DllExport Object *	CreateNURBSExtrudeShape (IObjParam ip, MSTR name, TimeValue t, ShapeObject shape, float amount, int capStart, int capEnd, int capType, BOOL texturing, BOOL matIds, BOOL shapeIDs)
DllExport BOOL	GetNURBSSet (Object *object, TimeValue t, NURBSSet &nset, BOOL Relational)
DllExport NURBSResult	SetSurfaceApprox (Object obj, BOOL viewport, TessApprox tess, BOOL clearSurfs=FALSE)
DllExport NURBSResult	SetCurveApprox (Object obj, BOOL viewport, TessApprox tess, BOOL clearSurfs)
DllExport NURBSResult	SetDispApprox (Object obj, TessApprox tess, BOOL clearSurfs)
DllExport NURBSResult	SetSurfaceDisplaySettings (Object *obj, NURBSDisplay &disp)
DllExport NURBSResult	GetSurfaceDisplaySettings (Object *obj, NURBSDisplay &disp)
DllExport NURBSResult	Transform (Object *obj, NURBSIdTab &ids, SetXFormPacket &xPack, Matrix3 &mat, TimeValue t)
DllExport NURBSResult	BreakCurve (Object *obj, NURBSId id, double u, TimeValue t)
DllExport NURBSResult	BreakSurface (Object *obj, NURBSId id, BOOL breakU, double param, TimeValue t)
DllExport NURBSResult	JoinCurves (Object *obj, NURBSId id1, NURBSId id2, BOOL begin1, BOOL begin2, double tolerance, double ten1, double ten2, TimeValue t)
DllExport NURBSResult	JoinSurfaces (Object *obj, NURBSId id1, NURBSId id2, int edge1, int edge2, double tolerance, double ten1, double ten2, TimeValue t)
DllExport NURBSResult	ZipCurves (Object *obj, NURBSId id1, NURBSId id2, BOOL begin1, BOOL begin2, double tolerance, TimeValue t)
DllExport NURBSResult	ZipSurfaces (Object *obj, NURBSId id1, NURBSId id2, int edge1, int edge2, double tolerance, TimeValue t)
DllExport NURBSId	MakeIndependent (Object *obj, NURBSId id, TimeValue t)
DllExport NURBSId	MakeRigid (Object *obj, NURBSId id, TimeValue t)
DllExport void	SetApproxPreset (Object *pObj, int i)
DllExport void	ToggleShadedLattice (Object *pObj)
DllExport TessApprox *	GetTessPreset (int which, int preset)
DllExport void	SetTessPreset (int which, int preset, TessApprox &tess)
DllExport Object *	BuildEMObjectFromLofterObject (Object *loftObject, double tolerance)
DllExport Object *	BuildEMObjectFromPatchObject (Object *patchObject)
DllExport Object *	DetachObjects (TimeValue t, INode pNode, Object pobj, NURBSIdList list, char *newObjName, BOOL copy, BOOL relational)
DllExport NURBSSubObjectLevel	GetSelectionLevel (Object *pObj)
DllExport NURBSResult	SetSelectionLLevel (Object *pObj, NURBSSubObjectLevel level)
DllExport NURBSResult	GetSelection (Object *pObj, NURBSSubObjectLevel level, BitArray &selset)
DllExport NURBSResult	SetSelection (Object *pObj, NURBSSubObjectLevel level, BitArray &selset)
DllExport NURBSResult	MoveCurrentSelection (Object *pObj, NURBSSubObjectLevel level, TimeValue t, Matrix3 &partm, Matrix3 &tmAxis, Point3 &val, BOOL localOrigin)
DllExport NURBSResult	RotateCurrentSelection (Object *pObj, NURBSSubObjectLevel level, TimeValue t, Matrix3 &partm, Matrix3 &tmAxis, Quat &val, BOOL localOrigin)
DllExport NURBSResult	ScaleCurrentSelection (Object *pObj, NURBSSubObjectLevel level, TimeValue t, Matrix3 &partm, Matrix3 &tmAxis, Point3 &val, BOOL localOrigin)
DllExport int	SubObjectCount (Object *pObj, NURBSSubObjectLevel level)
DllExport int	NamedSelSetCount (Object *pObj, NURBSSubObjectLevel level)
DllExport MCHAR *	GetNamedSelSetName (Object *pObj, NURBSSubObjectLevel level, int i)
DllExport NURBSResult	GetNamedSelSet (Object pObj, NURBSSubObjectLevel level, MCHAR name, BitArray &selSet)
DllExport NURBSResult	SetNamedSelSet (Object pObj, NURBSSubObjectLevel level, MCHAR name, BitArray &sel)
DllExport NURBSResult	AppendNamedSelSet (Object pObj, NURBSSubObjectLevel level, MCHAR name, BitArray &sel)
DllExport NURBSResult	DeleteCurrentSelection (Object *pObj, NURBSSubObjectLevel level)
DllExport NURBSResult	MapNURBSIdToSelSetIndex (Object *pObj, NURBSId id, int &index, NURBSSubObjectLevel &level)
DllExport NURBSResult	MapSelSetIndexToNURBSId (Object *pObj, int index, NURBSSubObjectLevel level, NURBSId &id)
DllExport void	ApplyUVWMapAsTextureSurface (Object *pObj, int type, float utile, float vtile, float wtile, int uflip, int vflip, int wflip, int cap, const Matrix3 &tm, int channel)
DllExport void	UpdateSurfaceMapper (Modifier *pMod)

Define Documentation

#define EDITABLE_SURF_CLASS_ID Class_ID(0x76a11646, 0x12a822fb)

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Definition at line 31 of file surf_api.h.

#define FITPOINT_PLANE_CLASS_ID Class_ID(0x76a11646, 0xbadbeff)

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Definition at line 32 of file surf_api.h.

#define EDITABLE_CVCURVE_CLASS_ID Class_ID(0x76a11646, 0x12a83145)

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Definition at line 33 of file surf_api.h.

#define EDITABLE_FPCURVE_CLASS_ID Class_ID(0x76a11646, 0x12a92143)

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Definition at line 34 of file surf_api.h.

#define NURBS_NAME_SIZE 80

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Definition at line 36 of file surf_api.h.

Typedef Documentation

typedef ULONG_PTR NURBSId

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Definition at line 39 of file surf_api.h.

typedef Tab< NURBSId > NURBSIdTab

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Definition at line 40 of file surf_api.h.

typedef Tab<BOOL> BoolTab

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Definition at line 41 of file surf_api.h.

typedef Tab<NURBSControlVertex> NURBSCVTab

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Definition at line 1398 of file surf_api.h.

typedef Tab<double> NURBSKnotTab

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Definition at line 1399 of file surf_api.h.

typedef NURBSResult(* SurfParamRangeProc)(double &uMin, double &uMax, double &vMin, double &vMax)

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Remarks:: The surface parameter range procedure. This retrieves the minimum and maximum valid values for u and v as passed to the SurfEvalProc().

Parameters:: double& uMin

The min U value.

double& uMax

The max U value.

double& vMin

The min V value.

double& vMax

The max V value.

Returns:: See NURBS Results.

Definition at line 6567 of file surf_api.h.

typedef NURBSResult(* SurfEvalProc)(double u, double v, Point3 &pt)

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Remarks:: This evaluates the surface for the point or position at a given U and V parameter.

Parameters:: double u

Specifies the U point along the surface to evaluate. This value must be between the uMin and uMax as returned from SurfParamRangeProc().

double v

Specifies the V point along the surface to evaluate. This value must be between the vMin and vMax as returned from SurfParamRangeProc().

Point3& pt

The output point on the surface at (u,v).

Returns:: See NURBS Results.

Definition at line 6582 of file surf_api.h.

typedef NURBSResult(* SurfEvalTan)(double u, double v, Point3 &uTan, Point3 &vTan)

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Remarks:: This evaluates the surface for the partial derivative with respect to U and the partial derivative with respect to V at a given U and V parameter. That partial derivative with respect to U is a tangent vector in the U direction and the partial derivative with respect to V is a tangent vector in the V direction.

Parameters:: double u

Specifies the U point along the curve to evaluate. This value must be between the uMin and uMax as returned from SurfParamRangeProc().

double v

Specifies the V point along the surface to evaluate. This value must be between the vMin and vMax as returned from SurfParamRangeProc().

Point3& uTan

The tangent along u.

Point3& vTan

The tangent along v.

Returns:: See NURBS Results.

Definition at line 6602 of file surf_api.h.

typedef NURBSResult(* SurfEvalMixedProc)(double u, double v, Point3 &mixed)

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Remarks:: This evaluates the surface for the mixed partial derivative with respect to U and V at a given U and V parameter.

Parameters:: double u

Specifies the U point along the curve to evaluate. This value must be between the uMin and uMax as returned from SurfParamRangeProc().

double v

Specifies the V point along the surface to evaluate. This value must be between the vMin and vMax as returned from SurfParamRangeProc().

Point3& mixed

This is the resulting mixed partial derivative vector that has been evaluated.

Returns:: See NURBS Results.

Data Members:: SurfParamRangeProc mParamProc;

The surface parameter range procedure. Note: This procedure must be implemented.

SurfEvalProc mEvalProc;

The surface evaluation procedure. Note: This procedure must be implemented.

SurfEvalTan mEvalTanProc;

The surface tangent evaluation procedure. Note: This procedure is optional.

SurfEvalMixedProc mEvalMixedProc;

The mixed partial derivative procedure. Note: This procedure is optional.

Definition at line 6628 of file surf_api.h.

typedef NURBSResult(* CurveParamRangeProc)(double &tMin, double &tMax)

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Remarks:: The curve parameter range procedure. This retrieves the minimum and maximum valid values for u as passed to the CurveEvalProc().

Parameters:: double& tMin

The minimum value.

double& tMax

The maximum value.

Returns:: See NURBS Results.

Definition at line 6684 of file surf_api.h.

typedef NURBSResult(* CurveEvalProc)(double u, Point3 &pt)

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Remarks:: The curve evaluation procedure. This retrieves the point on the curve based on the u parameter.

Parameters:: double u

Specifies the U point along the curve to evaluate.

Point3& pt

The output point on the curve at U.

Returns:: See NURBS Results.

Definition at line 6693 of file surf_api.h.

typedef NURBSResult(* CurveEvalTan)(double u, Point3 &pt, Point3 &tan)

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Remarks:: The curve point and tangent evaluation procedure. This retrieves the point and tangent at the point on the curve based on the U parameter.

Parameters:: double u

Specifies the point along the curve to evaluate.

Point3& pt

The output point at U.

Point3& tan

The output tangent at U.

Returns:: See NURBS Results.

Definition at line 6704 of file surf_api.h.

typedef NURBSResult(* CurveArcLengthProc)(double &arcLength)

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Remarks:: Retrieves the length of the curve.

Parameters:: double& arcLength

The output arc length.

Returns:: See NURBS Results.

Data Members:: CurveParamRangeProc mParamProc;

The curve parameter range procedure. Note: This procedure must be implemented.

CurveEvalProc mEvalProc;

The curve evaluate procedure. Note: This procedure must be implemented.

CurveEvalTan mEvalTanProc;

The curve evaluate tangent procedure. Note: This procedure is optional.

CurveArcLengthProc mArcLengthProc;

The curve arc length procedure. Note: This procedure is optional.

Definition at line 6720 of file surf_api.h.

typedef Tab<NURBSId> NURBSIdList

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Definition at line 6827 of file surf_api.h.

Function Documentation

int FindIndex	(	NURBSIdTab	ids,
		NURBSId	id
	)

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DllExport NURBSResult GenNURBSCVSurfaceProceedurally	(	NURBSProceeduralSurface *	pSurf,
		double	tolerence,
		NURBSCVSurface &	surf
	)

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Remarks:: This global function is available in release 3.0 and later only.

To use this function you need to create an instance of NURBSProceeduralSurface setting at least the ParameterRange and Eval procedures. The others can be NULL unless you have fast versions of them. This call then fills in a NURBSCVSurface with the surface that is defined by the procedures and the tolerence.

Parameters:: NURBSProceeduralSurface *pSurf

Points to the NURBSProceeduralSurface to generate CV surfaces from.

double tolerence

The tolerance is the allowable deviation of the approximating NURBS surface to the surface defined by the procs.

NURBSCVSurface& surf

The generated NURBSCVSurface is returned here.

Returns:: See NURBS Results.

DllExport NURBSResult GenNURBSCVCurveProceedurally	(	NURBSProceeduralCurve *	pCrv,
		double	tolerence,
		NURBSCVCurve &	crv
	)

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Remarks:: This global function is available in release 3.0 and later only.

To use this API you need to create an instance of NURBSProceeduralCurve setting at least the ParameterRange and Eval procedures. The others can be NULL unless you have fast versions of them. The call tothis function then fills in a NURBSCVCurve with the curve that is defined by the proceedures and the tolerence.

Parameters:: *pCrv

Points to the NURBSProceeduralCurve object used to generate the curve procedurally.

double tolerence

The tolerance is the allowable deviation of the approximating NURBS surface to the surface defined by the procs.

NURBSCVCurve& crv

The generated curve is returned here.

Returns:: See NURBS Results.

DllExport NURBSResult GenNURBSLatheSurface	(	NURBSCVCurve &	curve,
		Point3 &	origin,
		Point3 &	north,
		float	start,
		float	end,
		NURBSCVSurface &	surf
	)

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DllExport NURBSResult GenNURBSSphereSurface	(	float	radius,
		Point3 &	center,
		Point3 &	northAxis,
		Point3 &	refAxis,
		float	startAngleU,
		float	endAngleU,
		float	startAngleV,
		float	endAngleV,
		BOOL	open,
		NURBSCVSurface &	surf
	)

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DllExport NURBSResult GenNURBSCylinderSurface	(	float	radius,
		float	height,
		Point3 &	origin,
		Point3 &	symAxis,
		Point3 &	refAxis,
		float	startAngle,
		float	endAngle,
		BOOL	open,
		NURBSCVSurface &	surf
	)

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DllExport NURBSResult GenNURBSConeSurface	(	float	radius1,
		float	radius2,
		float	height,
		Point3 &	origin,
		Point3 &	symAxis,
		Point3 &	refAxis,
		float	startAngle,
		float	endAngle,
		BOOL	open,
		NURBSCVSurface &	surf
	)

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DllExport NURBSResult GenNURBSTorusSurface	(	float	majorRadius,
		float	minorRadius,
		Point3 &	origin,
		Point3 &	symAxis,
		Point3 &	refAxis,
		float	startAngleU,
		float	endAngleU,
		float	startAngleV,
		float	endAngleV,
		BOOL	open,
		NURBSCVSurface &	surf
	)

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DllExport Object* CreateNURBSObject	(	IObjParam *	ip,
		NURBSSet *	nset,
		Matrix3 &	mat
	)

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DllExport int AddNURBSObjects	(	Object *	obj,
		IObjParam *	ip,
		NURBSSet *	nset
	)

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DllExport Object* CreateNURBSLatheShape	(	IObjParam *	ip,
		MSTR	name,
		TimeValue	t,
		ShapeObject *	shape,
		Matrix3 &	axis,
		float	degrees,
		int	capStart,
		int	capEnd,
		int	capType,
		BOOL	weldCore,
		BOOL	flipNormals,
		BOOL	texturing,
		int	segs,
		BOOL	matIds,
		BOOL	shapeIDs
	)

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DllExport Object* CreateNURBSExtrudeShape	(	IObjParam *	ip,
		MSTR	name,
		TimeValue	t,
		ShapeObject *	shape,
		float	amount,
		int	capStart,
		int	capEnd,
		int	capType,
		BOOL	texturing,
		BOOL	matIds,
		BOOL	shapeIDs
	)

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DllExport BOOL GetNURBSSet	(	Object *	object,
		TimeValue	t,
		NURBSSet &	nset,
		BOOL	Relational
	)

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DllExport NURBSResult SetSurfaceApprox	(	Object *	obj,
		BOOL	viewport,
		TessApprox *	tess,
		BOOL	clearSurfs = `FALSE`
	)

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DllExport NURBSResult SetCurveApprox	(	Object *	obj,
		BOOL	viewport,
		TessApprox *	tess,
		BOOL	clearSurfs
	)

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DllExport NURBSResult SetDispApprox	(	Object *	obj,
		TessApprox *	tess,
		BOOL	clearSurfs
	)

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DllExport NURBSResult SetSurfaceDisplaySettings	(	Object *	obj,
		NURBSDisplay &	disp
	)

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DllExport NURBSResult GetSurfaceDisplaySettings	(	Object *	obj,
		NURBSDisplay &	disp
	)

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DllExport NURBSResult Transform	(	Object *	obj,
		NURBSIdTab &	ids,
		SetXFormPacket &	xPack,
		Matrix3 &	mat,
		TimeValue	t
	)

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DllExport NURBSResult BreakCurve	(	Object *	obj,
		NURBSId	id,
		double	u,
		TimeValue	t
	)

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DllExport NURBSResult BreakSurface	(	Object *	obj,
		NURBSId	id,
		BOOL	breakU,
		double	param,
		TimeValue	t
	)

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DllExport NURBSResult JoinCurves	(	Object *	obj,
		NURBSId	id1,
		NURBSId	id2,
		BOOL	begin1,
		BOOL	begin2,
		double	tolerance,
		double	ten1,
		double	ten2,
		TimeValue	t
	)

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DllExport NURBSResult JoinSurfaces	(	Object *	obj,
		NURBSId	id1,
		NURBSId	id2,
		int	edge1,
		int	edge2,
		double	tolerance,
		double	ten1,
		double	ten2,
		TimeValue	t
	)

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DllExport NURBSResult ZipCurves	(	Object *	obj,
		NURBSId	id1,
		NURBSId	id2,
		BOOL	begin1,
		BOOL	begin2,
		double	tolerance,
		TimeValue	t
	)

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DllExport NURBSResult ZipSurfaces	(	Object *	obj,
		NURBSId	id1,
		NURBSId	id2,
		int	edge1,
		int	edge2,
		double	tolerance,
		TimeValue	t
	)

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DllExport NURBSId MakeIndependent	(	Object *	obj,
		NURBSId	id,
		TimeValue	t
	)

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DllExport NURBSId MakeRigid	(	Object *	obj,
		NURBSId	id,
		TimeValue	t
	)

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DllExport void SetApproxPreset	(	Object *	pObj,
		int	i
	)

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DllExport void ToggleShadedLattice ( Object * pObj )

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DllExport TessApprox* GetTessPreset	(	int	which,
		int	preset
	)

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DllExport void SetTessPreset	(	int	which,
		int	preset,
		TessApprox &	tess
	)

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DllExport Object* BuildEMObjectFromLofterObject	(	Object *	loftObject,
		double	tolerance
	)

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DllExport Object* BuildEMObjectFromPatchObject ( Object * patchObject )

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DllExport Object* DetachObjects	(	TimeValue	t,
		INode *	pNode,
		Object *	pobj,
		NURBSIdList	list,
		char *	newObjName,
		BOOL	copy,
		BOOL	relational
	)

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DllExport NURBSSubObjectLevel GetSelectionLevel ( Object * pObj )

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DllExport NURBSResult SetSelectionLLevel	(	Object *	pObj,
		NURBSSubObjectLevel	level
	)

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DllExport NURBSResult GetSelection	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		BitArray &	selset
	)

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DllExport NURBSResult SetSelection	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		BitArray &	selset
	)

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DllExport NURBSResult MoveCurrentSelection	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		TimeValue	t,
		Matrix3 &	partm,
		Matrix3 &	tmAxis,
		Point3 &	val,
		BOOL	localOrigin
	)

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DllExport NURBSResult RotateCurrentSelection	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		TimeValue	t,
		Matrix3 &	partm,
		Matrix3 &	tmAxis,
		Quat &	val,
		BOOL	localOrigin
	)

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DllExport NURBSResult ScaleCurrentSelection	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		TimeValue	t,
		Matrix3 &	partm,
		Matrix3 &	tmAxis,
		Point3 &	val,
		BOOL	localOrigin
	)

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DllExport int SubObjectCount	(	Object *	pObj,
		NURBSSubObjectLevel	level
	)

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DllExport int NamedSelSetCount	(	Object *	pObj,
		NURBSSubObjectLevel	level
	)

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DllExport MCHAR* GetNamedSelSetName	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		int	i
	)

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DllExport NURBSResult GetNamedSelSet	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		MCHAR *	name,
		BitArray &	selSet
	)

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DllExport NURBSResult SetNamedSelSet	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		MCHAR *	name,
		BitArray &	sel
	)

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DllExport NURBSResult AppendNamedSelSet	(	Object *	pObj,
		NURBSSubObjectLevel	level,
		MCHAR *	name,
		BitArray &	sel
	)

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DllExport NURBSResult DeleteCurrentSelection	(	Object *	pObj,
		NURBSSubObjectLevel	level
	)

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DllExport NURBSResult MapNURBSIdToSelSetIndex	(	Object *	pObj,
		NURBSId	id,
		int &	index,
		NURBSSubObjectLevel &	level
	)

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DllExport NURBSResult MapSelSetIndexToNURBSId	(	Object *	pObj,
		int	index,
		NURBSSubObjectLevel	level,
		NURBSId &	id
	)

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DllExport void ApplyUVWMapAsTextureSurface	(	Object *	pObj,
		int	type,
		float	utile,
		float	vtile,
		float	wtile,
		int	uflip,
		int	vflip,
		int	wflip,
		int	cap,
		const Matrix3 &	tm,
		int	channel
	)

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DllExport void UpdateSurfaceMapper ( Modifier * pMod )

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surf_api.h File Reference

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Defines

Typedefs

Enumerations

Functions

Define Documentation

Typedef Documentation

Function Documentation