FacetModeler::Torus Class Reference

#include <FMMdlSurface.h>

Inheritance diagram for FacetModeler::Torus:

Public Member Functions
	Torus (const OdGeLine3d &axis, const OdGeVector3d &startDir, double majorRadius, double minorRadius, OdUInt32 majorApprox, OdUInt32 minorApprox)
Type	type () const
double	majorRadius () const
double	minorRadius () const
OdUInt32	majorApproximation () const
OdUInt32	minorApproximation () const
OdGeVector3d	normal (const Vertex &atV, const Face &atF) const
void	transform (const OdGeMatrix3d &x)
int	compare (const Surface *pOther, double e) const
Surface *	copy (Body &to) const
Public Member Functions inherited from FacetModeler::Revolution
	Revolution (const OdGeLine3d &axis, const OdGeVector3d &startDir)
const OdGeLine3d &	axis () const
const OdGeVector3d &	startDir () const
Public Member Functions inherited from FacetModeler::Surface
	Surface ()
Surface *	next () const
void	setNext (Surface *s)
	~Surface ()
Public Member Functions inherited from FacetModeler::Entity
	Entity ()
	Entity (const Entity &ent)
Entity &	operator= (const Entity &entity)
OdUInt32	flags () const
void	setFlags (OdUInt32 iFlags)
bool	isFlagOn (OdUInt32 iFlag) const
void	setIsFlagOn (OdUInt32 iFlag, bool bOn)
TagType	tag () const
void	setTag (TagType nTag)
virtual	~Entity ()

Protected Attributes
double	m_majorRadius
double	m_minorRadius
OdUInt32	m_majorApprox
OdUInt32	m_minorApprox
Protected Attributes inherited from FacetModeler::Revolution
OdGeLine3d	m_axis
OdGeVector3d	m_startDir

Additional Inherited Members
Public Types inherited from FacetModeler::Surface
enum	Type {   kUndefined = 0 , kCylinder = 1 , kCone = 2 , kSphere = 3 ,   kTorus = 4 , kShaded = 5 }
Protected Member Functions inherited from FacetModeler::Surface
int	surface_compare (const Surface *pOther, double eps) const
virtual Surface *	clone (Body &to) const

Detailed Description

Represents facet body toroidal objects.

Definition at line 585 of file FMMdlSurface.h.

Constructor & Destructor Documentation

Torus()

FacetModeler::Torus::Torus	(	const OdGeLine3d &	axis,
		const OdGeVector3d &	startDir,
		double	majorRadius,
		double	minorRadius,
		OdUInt32	majorApprox,
		OdUInt32	minorApprox )

Constructor. Creates a torus with the specified axis line, start direction, major and minor radii, and major and minor approximations.

Parameters

axis	[in] Axis of the torus.
startDir	[in] Start direction of rotation.
majorRadius	[in] Major radius value.
minorRadius	[in] Minor radius value.
majorApprox	[in] Major approximation.
minorApprox	[in] Minor approximation.

Member Function Documentation

compare()

int FacetModeler::Torus::compare ( const Surface * pOther, double e ) const

virtual

Compares surfaces with the specified tolerance.

Parameters

pOther	[in] Other surface to compare with.
eps	[in] Comparison tolerance.

Returns

0 - if the surfaces are equal, 1 - if a parameter of this surface is greater than the corresponding parameter of another surface, -1 - otherwise.

Remarks

The main purpose of the method is to sort surfaces.

Reimplemented from FacetModeler::Revolution.

copy()

Surface * FacetModeler::Torus::copy ( Body & to ) const

virtual

Creates a copy of the surface to the specified body.

Parameters

to	[in] Destination body.

Returns

Pointer to the newly created surface.

Reimplemented from FacetModeler::Surface.

majorApproximation()

OdUInt32 FacetModeler::Torus::majorApproximation

(

)

const

Gets the major approximation.

Returns

Major approximation as OdUInt32.

majorRadius()

double FacetModeler::Torus::majorRadius

(

)

const

Gets the major radius value.

Returns

Value of the major radius.

minorApproximation()

OdUInt32 FacetModeler::Torus::minorApproximation

(

)

const

Gets the minor approximation.

Returns

Minor approximation as OdUInt32.

minorRadius()

double FacetModeler::Torus::minorRadius

(

)

const

Gets the minor radius value.

Returns

Value of the minor radius.

normal()

OdGeVector3d FacetModeler::Torus::normal ( const Vertex & atV, const Face & atF ) const

virtual

Gets the normal at the specified vertex on the specified face.

Parameters

atV	[in] The vertex at which the normal is computed.
atF	[in] The face for which the normal is computed.

Returns

Normal at the specified vertex on the specified face.

Remarks

Parameter atF is unused.

Reimplemented from FacetModeler::Surface.

transform()

void FacetModeler::Torus::transform ( const OdGeMatrix3d & x )

virtual

Transforms the surface with the given transformation matrix.

Parameters

x	[in] Given transformation matrix.

Reimplemented from FacetModeler::Revolution.

type()

Type FacetModeler::Torus::type ( ) const

virtual

Gets the surface type.

Returns

Type of the surface as a Type enumeration value.

Reimplemented from FacetModeler::Surface.

Member Data Documentation

m_majorApprox

OdUInt32 FacetModeler::Torus::m_majorApprox

protected

Definition at line 681 of file FMMdlSurface.h.

m_majorRadius

double FacetModeler::Torus::m_majorRadius

protected

Definition at line 679 of file FMMdlSurface.h.

m_minorApprox

OdUInt32 FacetModeler::Torus::m_minorApprox

protected

Definition at line 682 of file FMMdlSurface.h.

m_minorRadius

double FacetModeler::Torus::m_minorRadius

protected

Definition at line 680 of file FMMdlSurface.h.

---

The documentation for this class was generated from the following file:

• FMMdlSurface.h