CRhinoSurfaceFillet Class Reference

New interactive attempt at FilletSrf. More...

#include <rhinoSdkUtilities.h>

Public Member Functions
	CRhinoSurfaceFillet (const ON_BrepFace &Face, const ON_2dPoint &uv, const ON_Curve &Curve, double t, double radius, double tolerance)
	FilletSrfCrv. More...
	CRhinoSurfaceFillet (const ON_BrepFace &FaceA, const ON_2dPoint &uvA, const ON_BrepFace &FaceB, const ON_2dPoint &uvB, double radius, bool bAllowExtend, double tolerance)
	FilletSrfSrf. More...
	CRhinoSurfaceFillet (const ON_BrepFace &FaceA, const ON_2dPoint &uvA, const ON_BrepFace &FaceB, const ON_2dPoint &uvB, double radius, double tolerance)
	CRhinoSurfaceFillet (const ON_BrepFace &RailFace, const ON_Curve &Rail3d, const ON_BrepFace &Face, const ON_2dPoint &uv, double tolerance)
	~CRhinoSurfaceFillet ()
bool	ChangeRadius (double new_radius)
	bool WhateverElse(); More...
void	DebugArcData (ON_SimpleArray< ON_Curve * > &Crvs) const
	Center,start, apex, end. More...
void	DebugArcs (ON_SimpleArray< ON_Curve * > &Crvs) const
void	DebugPlines (int which_one, ON_SimpleArray< ON_Curve * > &Crvs) const
	0,1 for rails, 2 for center, 3-apex More...
bool	G2ChordalQuintic (int rail_degree, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
bool	IsInitialized ()
bool	NonRationalCubic (int rail_degree, double TanSlider, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
bool	NonRationalCubicArcs (int rail_degree, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
	Arc approximation. More...
bool	NonRationalQuartic (int rail_degree, double TanSlider, double InnerSlider, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
bool	NonRationalQuarticArcs (int rail_degree, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
	Arc approximation. More...
bool	NonRationalQuintic (int rail_degree, double TanSlider, double InnerSlider, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
bool	NonRationalQuinticArcs (int rail_degree, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
	Arc approximation. More...
bool	RationalArcs (int rail_degree, bool bExtend, ON_SimpleArray< ON_Brep * > &Fillets)
bool	TrimBreps (bool bExtend, ON_SimpleArray< ON_Brep * > TrimmedBreps[2])
	Trim input breps with the rails. More...

Detailed Description

New interactive attempt at FilletSrf.

Constructor & Destructor Documentation

CRhinoSurfaceFillet() [1/4]

CRhinoSurfaceFillet::CRhinoSurfaceFillet	(	const ON_BrepFace &	FaceA,
		const ON_2dPoint &	uvA,
		const ON_BrepFace &	FaceB,
		const ON_2dPoint &	uvB,
		double	radius,
		bool	bAllowExtend,
		double	tolerance
	)

FilletSrfSrf.

CRhinoSurfaceFillet() [2/4]

CRhinoSurfaceFillet::CRhinoSurfaceFillet	(	const ON_BrepFace &	FaceA,
		const ON_2dPoint &	uvA,
		const ON_BrepFace &	FaceB,
		const ON_2dPoint &	uvB,
		double	radius,
		double	tolerance
	)

CRhinoSurfaceFillet() [3/4]

CRhinoSurfaceFillet::CRhinoSurfaceFillet	(	const ON_BrepFace &	RailFace,
		const ON_Curve &	Rail3d,
		const ON_BrepFace &	Face,
		const ON_2dPoint &	uv,
		double	tolerance
	)

FilletSrfToRail Result will have v-min along Rail3d, v-max along the calculated rail on Face. CRhinoSurfaceFillet(const ON_BrepFace& RailFace, const ON_Curve& Rail3d, ///<On RailFace const ON_BrepFace& Face, const ON_2dPoint& uv,///<In Face's pspace bool bAllowExtend, double tolerance);

Parameters

Rail3d	On RailFace
uv	In Face's pspace

CRhinoSurfaceFillet() [4/4]

CRhinoSurfaceFillet::CRhinoSurfaceFillet	(	const ON_BrepFace &	Face,
		const ON_2dPoint &	uv,
		const ON_Curve &	Curve,
		double	t,
		double	radius,
		double	tolerance
	)

FilletSrfCrv.

CRhinoSurfaceFillet(const ON_BrepFace& Face, const ON_2dPoint& uv, const ON_Curve& Curve, double t, double radius, bool bAllowExtend, double tolerance);

~CRhinoSurfaceFillet()

CRhinoSurfaceFillet::~CRhinoSurfaceFillet

(

)

Member Function Documentation

ChangeRadius()

bool CRhinoSurfaceFillet::ChangeRadius

(

double

new_radius

)

bool WhateverElse();

This will clear out the existing rails and fillet surfaces, and redo the offset intersections, etc. DO NOT use this for SrfToRail - there is no radius..
The trimmed brep must be redone.

DebugArcData()

void CRhinoSurfaceFillet::DebugArcData

(

ON_SimpleArray< ON_Curve * > &

Crvs

)

const

Center,start, apex, end.

DebugArcs()

void CRhinoSurfaceFillet::DebugArcs

(

ON_SimpleArray< ON_Curve * > &

Crvs

)

const

DebugPlines()

void CRhinoSurfaceFillet::DebugPlines	(	int	which_one,
		ON_SimpleArray< ON_Curve * > &	Crvs
	)		const

0,1 for rails, 2 for center, 3-apex

G2ChordalQuintic()

bool CRhinoSurfaceFillet::G2ChordalQuintic	(	int	rail_degree,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

IsInitialized()

bool CRhinoSurfaceFillet::IsInitialized

(

)

Call this before calling TrimBreps or any of the fillet creation functions. If it returns false, none of them will work.

NonRationalCubic()

bool CRhinoSurfaceFillet::NonRationalCubic	(	int	rail_degree,
		double	TanSlider,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

NonRationalCubicArcs()

bool CRhinoSurfaceFillet::NonRationalCubicArcs	(	int	rail_degree,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

Arc approximation.

NonRationalQuartic()

bool CRhinoSurfaceFillet::NonRationalQuartic	(	int	rail_degree,
		double	TanSlider,
		double	InnerSlider,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

NonRationalQuarticArcs()

bool CRhinoSurfaceFillet::NonRationalQuarticArcs	(	int	rail_degree,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

Arc approximation.

NonRationalQuintic()

bool CRhinoSurfaceFillet::NonRationalQuintic	(	int	rail_degree,
		double	TanSlider,
		double	InnerSlider,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

NonRationalQuinticArcs()

bool CRhinoSurfaceFillet::NonRationalQuinticArcs	(	int	rail_degree,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

Arc approximation.

RationalArcs()

bool CRhinoSurfaceFillet::RationalArcs	(	int	rail_degree,
		bool	bExtend,
		ON_SimpleArray< ON_Brep * > &	Fillets
	)

These make fillet surfaces and hack them up to active pieces. Each adjusts cross sections and calls FitCrossSections().

TrimBreps()

bool CRhinoSurfaceFillet::TrimBreps	(	bool	bExtend,
		ON_SimpleArray< ON_Brep * >	TrimmedBreps[2]
	)

Trim input breps with the rails.

If the two input breps are the same, TrimmedBreps[1] will be empty. The constructor idoes everything necessary for this to be called. Calles to the various fillet creation members will not change the result.