Sphere Class Reference

To store and treat a sphere. More...

#include <Figure.h>

Inheritance diagram for Sphere:

Public Member Functions
	Sphere ()
	Default construcor.
	Sphere (const Point< real_t > &c, real_t r, int code=1)
	Constructor.
void	setRadius (real_t r)
	Assign radius of sphere.
real_t	getRadius () const
	Return radius of sphere.
void	setCenter (const Point< real_t > &c)
	Assign coordinates of center of sphere.
Point< real_t >	getCenter () const
	Return coordinates of center of sphere.
real_t	getSignedDistance (const Point< real_t > &p) const
	Return signed distance of a given point from the current sphere.
Sphere &	operator+= (Point< real_t > a)
	Operator +=.
Sphere &	operator+= (real_t a)
	Operator *=.
void	getSignedDistance (const Grid &g, Vect< real_t > &d) const
	Calculate signed distance to current figure with respect to grid points.
Public Member Functions inherited from Figure
	Figure ()
	Default constructor.
	Figure (const Figure &f)
	Copy constructor.
virtual	~Figure ()
	Destructor.
void	setCode (int code)
	Choose a code for the domain defined by the figure.
Figure &	operator= (const Figure &f)
	Operator =.
void	getSignedDistance (const Grid &g, Vect< real_t > &d) const
	Calculate signed distance to current figure with respect to grid points.
real_t	dLine (const Point< real_t > &p, const Point< real_t > &a, const Point< real_t > &b) const
	Compute signed distance from a line.

Detailed Description

To store and treat a sphere.

Constructor & Destructor Documentation

Sphere()

Sphere	(	const Point< real_t > &	c,
		real_t	r,
		int	code = 1 )

Constructor.

Parameters

[in]	c	Coordinates of center of sphere
[in]	r	Radius
[in]	code	Code to assign to the generated sphere [Default: 1]

Member Function Documentation

getSignedDistance() [1/2]

void getSignedDistance	(	const Grid &	g,
		Vect< real_t > &	d ) const

Calculate signed distance to current figure with respect to grid points.

Parameters

[in]	g	Grid instance
[in]	d	Vect instance containing calculated distance from each grid index to Figure

Remarks

Vector d doesn't need to be sized before invoking this function

getSignedDistance() [2/2]

real_t getSignedDistance ( const Point< real_t > & p ) const

virtual

Return signed distance of a given point from the current sphere.

The computed distance is negative if p lies in the ball, positive if it is outside, and 0 on the sphere

Parameters

[in]

p

Point<double> instance

Reimplemented from Figure.

operator+=() [1/2]

Sphere & operator+=

(

Point< real_t >

a

)

Operator +=.

Translate sphere by a vector a

operator+=() [2/2]

Sphere & operator+=

(

real_t

a

)

Operator *=.

Scale sphere by a factor a