#include <Imprinter.h>

Inheritance diagram for Imprinter:

Collaboration diagram for Imprinter:

Public Types
enum	face_t { facing_up, facing_down, facing_side, other }
Public Member Functions
	Imprinter (const double sizeX=0.1, const double sizeY=0.1, const double sizeZ=0.05, const double resolutionX=0.001, const double resolutionY=0.001)
	Imprinter (const Imprinter &ip)
virtual	~Imprinter ()
	> Copy constructor
Imprinter &	operator= (const Imprinter &b)
Imprinter &	operator+= (const Imprinter &a)
const Imprinter	operator+ (const Imprinter &a) const
void	Paint ()
bool	SetupField (const size_t sizeX, const size_t sizeY, const double resolutionX=0.001, const double resolutionY=0.001)
void	ClearField (void)
bool	IsEmpty (void) const
bool	SetupBox (const double sizeX, const double sizeY, const double sizeZ, const double resolutionX=0.001, const double resolutionY=0.001)
size_t	MemoryUsageInBytes (void)
void	InitOutSides (void)
void	InitImprinting (void)
void	InsertTriangle (Vector3 a, Vector3 b, Vector3 c, face_t facetype=other)
void	InsertGeometrie (const Geometry *geometry, AffineTransformMatrix shift)
void	FinishImprint (void)
void	SetupSphere (double radius, const double resolutionX=0.001, const double resolutionY=0.001)
void	SetupCylinder (double radius, double height, const double resolutionX=0.001, const double resolutionY=0.001)
void	SetupDisc (double radius, const double resolutionX=0.001, const double resolutionY=0.001)
bool	IsFilled (int x, int y, double height)
bool	IsFilledAbove (int x, int y, double height)
bool	IsFilled (size_t p, double height)
bool	IsFilled (size_t p)
bool	IsOnOuterBorder (size_t p)
bool	IsSurrounded (size_t p)
bool	IsVisible (int x, int y)
bool	IsVisible (size_t p)
double	GetMeanLevel (int x, int y)
double	GetMeanLevel (size_t p)
double	GetLevel (double x, double y)
void	CleanOutlier (void)
void	Limit (void)
void	FoldRaise (const Imprinter &b)
void	FoldReplace (const Imprinter &b)
void	FoldLower (int x, int y, double z, const Imprinter &b)
void	HardInvert (void)
void	MaxFilling (void)
void	InvertTop (void)
void	InvertZ (void)
void	FlipX (void)
void	FlipY (void)
void	Rot90 (void)
void	Rot180 (void)
void	Rot270 (void)
double	GetSizeX (void)
double	GetSizeY (void)
double	GetSizeZ (void)
double	GetSizeRX (void)
double	GetSizeRY (void)
Public Attributes
bool	displayBox
bool	displayField
bool	displayUpUp
bool	displayUpDown
bool	displayDownUp
bool	displayDownDown
bool	refresh
Protected Attributes
ImprinterElement *	field
double	sx
double	sy
double	sz
double	rx
double	ry
size_t	nx
size_t	ny
size_t	N
GLuint	displayListIndex
bool	displayListGenerated
Vector3	colorNormal
Vector3	colorUnscratched
Vector3	colorTodo

Detailed Description

...

Member Enumeration Documentation

enum Imprinter::face_t

Enumerator:

facing_up
facing_down
facing_side
other

Constructor & Destructor Documentation

Imprinter::Imprinter	(	const double	sizeX = `0.1`,
		const double	sizeY = `0.1`,
		const double	sizeZ = `0.05`,
		const double	resolutionX = `0.001`,
		const double	resolutionY = `0.001`
	)

Imprinter::Imprinter ( const Imprinter & ip )

Imprinter::~Imprinter ( ) [virtual]

> Copy constructor

Member Function Documentation

void Imprinter::CleanOutlier ( void )

void Imprinter::ClearField ( void )

void Imprinter::FinishImprint ( void )

void Imprinter::FlipX ( void )

void Imprinter::FlipY ( void )

void Imprinter::FoldLower	(	int	x,
		int	y,
		double	z,
		const Imprinter &	b
	)

void Imprinter::FoldRaise ( const Imprinter & b )

void Imprinter::FoldReplace ( const Imprinter & b )

double Imprinter::GetLevel	(	double	x,
		double	y
	)

double Imprinter::GetMeanLevel	(	int	x,
		int	y
	)

double Imprinter::GetMeanLevel ( size_t p )

double Imprinter::GetSizeRX ( void ) [inline]

double Imprinter::GetSizeRY ( void ) [inline]

double Imprinter::GetSizeX ( void ) [inline]

double Imprinter::GetSizeY ( void ) [inline]

double Imprinter::GetSizeZ ( void ) [inline]

void Imprinter::HardInvert ( void )

void Imprinter::InitImprinting ( void )

void Imprinter::InitOutSides ( void )

void Imprinter::InsertGeometrie	(	const Geometry *	geometry,
		AffineTransformMatrix	shift
	)

void Imprinter::InsertTriangle	(	Vector3	a,
		Vector3	b,
		Vector3	c,
		face_t	facetype = `other`
	)

void Imprinter::InvertTop ( void )

void Imprinter::InvertZ ( void )

bool Imprinter::IsEmpty ( void ) const [inline]

bool Imprinter::IsFilled	(	int	x,
		int	y,
		double	height
	)

bool Imprinter::IsFilled ( size_t p )

bool Imprinter::IsFilled	(	size_t	p,
		double	height
	)

bool Imprinter::IsFilledAbove	(	int	x,
		int	y,
		double	height
	)

bool Imprinter::IsOnOuterBorder ( size_t p )

bool Imprinter::IsSurrounded ( size_t p )

bool Imprinter::IsVisible	(	int	x,
		int	y
	)

bool Imprinter::IsVisible ( size_t p )

void Imprinter::Limit ( void )

void Imprinter::MaxFilling ( void )

size_t Imprinter::MemoryUsageInBytes ( void )

const Imprinter Imprinter::operator+ ( const Imprinter & a ) const

Imprinter & Imprinter::operator+= ( const Imprinter & a )

Imprinter & Imprinter::operator= ( const Imprinter & b )

void Imprinter::Paint ( void )

Reimplemented in Target, and Workpiece.

void Imprinter::Rot180 ( void )

void Imprinter::Rot270 ( void )

void Imprinter::Rot90 ( void )

bool Imprinter::SetupBox	(	const double	sizeX,
		const double	sizeY,
		const double	sizeZ,
		const double	resolutionX = `0.001`,
		const double	resolutionY = `0.001`
	)