#include <u3d_triangled_abstract_surface.hpp>

Inheritance diagram for U3dTriangledAbstractSurface:

Classes
class	Delone2DTriangulator

Public Member Functions
	U3dTriangledAbstractSurface (U3dMathAbstractSurface *ms, U3dPoint zeroPoint)

	U3dTriangledAbstractSurface (const U3dTriangledAbstractSurface &other)

virtual void	addPoint (U3dPoint *)=0

virtual bool	removePoint (int pointId)=0

virtual void	movePoint (int pointId, double x, double y, double z)=0

virtual class U3dBox	getBox () const =0

const U3dTriangle *	getTriangle (int id) const throw (std::out_of_range)

int	getTrianglesNum () const

void	severance (U3dTriangledAbstractSurface *other, const U3D_COLOR &)

void	severance_old (const U3dTriangledAbstractSurface *other, const U3D_COLOR &)

void	setWhitePoint (const U3dPoint &p)

U3dPoint	getWhitePoint () const

const U3dPoint *	getPoint (int id) const throw (std::out_of_range)

U3dPoint *	getPoint (int id) throw (std::out_of_range)

bool	getPoint (int id, double &x, double &y, double &z)

int	getPointsNum ()

void	getPoints (U3dPointsAr &ps)

void	getInitialPoints (U3dPointsAr &ps)

const U3dPointsAr &	getInitialPoints () const

virtual bool	getSideColor (const U3dPoint &p, U3D_COLOR &u3dcolor) const

virtual void	getIntersections (U3dPoint p0, U3dPoint p1, std::vector< int > &int_trIds, U3dPointsAr &int_points)

bool	isTriangulated ()

const std::set< int > &	getActTrNums ()

U3dMathAbstractSurface *	getMathSurf ()

	U3dTriangledAbstractSurface (U3dMathAbstractSurface *ms, U3dPoint zeroPoint)

	U3dTriangledAbstractSurface (const U3dTriangledAbstractSurface &other)

virtual void	addPoint (U3dPoint *)=0

virtual bool	removePoint (int pointId)=0

virtual void	movePoint (int pointId, double x, double y, double z)=0

virtual class U3dBox	getBox () const =0

const U3dTriangle *	getTriangle (int id) const throw (std::out_of_range)

int	getTrianglesNum () const

void	severance (U3dTriangledAbstractSurface *other, const U3D_COLOR &)

void	severance_old (const U3dTriangledAbstractSurface *other, const U3D_COLOR &)

void	setWhitePoint (const U3dPoint &p)

U3dPoint	getWhitePoint () const

const U3dPoint *	getPoint (int id) const throw (std::out_of_range)

U3dPoint *	getPoint (int id) throw (std::out_of_range)

bool	getPoint (int id, double &x, double &y, double &z)

int	getPointsNum ()

void	getPoints (U3dPointsAr &ps)

void	getInitialPoints (U3dPointsAr &ps)

virtual bool	getSideColor (const U3dPoint &p, U3D_COLOR &u3dcolor) const

virtual void	getIntersections (U3dPoint p0, U3dPoint p1, std::vector< int > &int_trIds, U3dPointsAr &int_points)

bool	isTriangulated ()

const int_set &	getActTrNums ()

U3dMathAbstractSurface *	getMathSurf ()

Protected Member Functions
virtual void	calculateTrPlanes ()

virtual void	calculateTrPlanes ()

Protected Attributes
U3dMathAbstractSurface *	m_math_surf

U3dPointsAr	m_tps

U3dTrianglesAr	m_triangles

U3dPointsAr	m_initPoints

std::set< int >	m_actTrNums

bool	m_is_triangulated

U3dPoint	m_white_point

int_set	m_actTrNums

Friends
class	Intersect

Detailed Description

Class for trianguled surfaces

Template for trianguled surfaces

Member Function Documentation

const int_set& U3dTriangledAbstractSurface::getActTrNums ( )

inline

Get set of numbers of active triangles

const std::set<int>& U3dTriangledAbstractSurface::getActTrNums ( )

inline

Get set of numbers of active triangles

void U3dTriangledAbstractSurface::getInitialPoints ( U3dPointsAr & ps )

inline

Return initial points

void U3dTriangledAbstractSurface::getInitialPoints ( U3dPointsAr & ps )

inline

Return initial points

const U3dPointsAr& U3dTriangledAbstractSurface::getInitialPoints ( ) const

inline

Return initial points (const)

virtual void U3dTriangledAbstractSurface::getIntersections	(	U3dPoint	p0,
		U3dPoint	p1,
		std::vector< int > &	int_trIds,
		U3dPointsAr &	int_points
	)

virtual

Get all triangles, which took part in intersection with segment p0-p1

virtual void U3dTriangledAbstractSurface::getIntersections	(	U3dPoint	p0,
		U3dPoint	p1,
		std::vector< int > &	int_trIds,
		U3dPointsAr &	int_points
	)

virtual

Get all triangles, which took part in intersection with segment p0-p1

const U3dPoint* U3dTriangledAbstractSurface::getPoint	(	int	id	)	const
throw	(	std::out_of_range
	)

inline

Return triangle point from provided index. Return false if out of range

bool U3dTriangledAbstractSurface::getPoint	(	int	id,
		double &	x,
		double &	y,
		double &	z
	)

inline

Return triangle point coordinates from provided index Return false if out of range

const U3dPoint* U3dTriangledAbstractSurface::getPoint	(	int	id	)	const
throw	(	std::out_of_range
	)

inline

Return triangle point from provided index. Return false if out of range

bool U3dTriangledAbstractSurface::getPoint	(	int	id,
		double &	x,
		double &	y,
		double &	z
	)

inline

Return triangle point coordinates from provided index Return false if out of range

void U3dTriangledAbstractSurface::getPoints ( U3dPointsAr & ps )

inline

Return triangles points

void U3dTriangledAbstractSurface::getPoints ( U3dPointsAr & ps )

inline

Return triangles points

int U3dTriangledAbstractSurface::getPointsNum ( )

inline

Return number of triangles points

int U3dTriangledAbstractSurface::getPointsNum ( )

inline

Return number of triangles points

virtual bool U3dTriangledAbstractSurface::getSideColor	(	const U3dPoint &	p,
		U3D_COLOR &	u3dcolor
	)		const

virtual

Second parameter becomes true, if specified point lies to the white side of surface. Return value is true, if method succeed, and false otherwise.Determine from side of which color spicified point is placed.

Reimplemented in U3dPlaneTriangledSurface, and U3dPlaneTriangledSurface.

virtual bool U3dTriangledAbstractSurface::getSideColor	(	const U3dPoint &	p,
		U3D_COLOR &	u3dcolor
	)		const

virtual

Second parameter becomes true, if specified point lies to the white side of surface. Return value is true, if method succeed, and false otherwise.Determine from side of which color spicified point is placed.

Reimplemented in U3dPlaneTriangledSurface, and U3dPlaneTriangledSurface.

const U3dTriangle* U3dTriangledAbstractSurface::getTriangle	(	int	id	)	const
throw	(	std::out_of_range
	)

inline

Return triangle with provided index or NULL if out of range

const U3dTriangle* U3dTriangledAbstractSurface::getTriangle	(	int	id	)	const
throw	(	std::out_of_range
	)

inline

Return triangle with provided index or NULL if out of range

int U3dTriangledAbstractSurface::getTrianglesNum ( ) const

inline

Return number of triangles

int U3dTriangledAbstractSurface::getTrianglesNum ( ) const

inline

Return number of triangles

U3dPoint U3dTriangledAbstractSurface::getWhitePoint ( ) const

inline

Get white point of this surface

U3dPoint U3dTriangledAbstractSurface::getWhitePoint ( ) const

inline

Get white point of this surface

bool U3dTriangledAbstractSurface::isTriangulated ( )

inline

Return true if interpolation was made

bool U3dTriangledAbstractSurface::isTriangulated ( )

inline

Return true if interpolation was made

void U3dTriangledAbstractSurface::setWhitePoint ( const U3dPoint & p )

inline

Set white point for this surface

void U3dTriangledAbstractSurface::setWhitePoint ( const U3dPoint & p )

inline

Set white point for this surface

void U3dTriangledAbstractSurface::severance	(	U3dTriangledAbstractSurface *	other,
		const U3D_COLOR &
	)

Make serverance with other surface form specidied by U3D_COLOR side

void U3dTriangledAbstractSurface::severance	(	U3dTriangledAbstractSurface *	other,
		const U3D_COLOR &
	)

Make serverance with other surface form specidied by U3D_COLOR side

Member Data Documentation

bool U3dTriangledAbstractSurface::m_is_triangulated

protected

If triangulation was made

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

/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/mth/u3d_triangled_abstract_surface.hpp
/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/vel3dmod/u3d_triangled_abstract_surface.hpp

Classes

Public Member Functions

Protected Member Functions

Protected Attributes

Friends

Detailed Description

Member Function Documentation

Member Data Documentation