#include <TYRectangle.h>

Inheritance diagram for TYRectangle:

Collaboration diagram for TYRectangle:

[legend]

Public Member Functions
	TYRectangle ()

	TYRectangle (const TYRectangle &other)

	TYRectangle (const TYPoint &pt0, const TYPoint &pt1, const TYPoint &pt2, const TYPoint &pt3)

	TYRectangle (const TYSegment &seg0, const TYSegment &seg1)

virtual	~TYRectangle ()

void	set (TYPoint pt0, TYPoint pt1, TYPoint pt2, TYPoint pt3)

void	setDimension (float lon, float haut)

void	setSize (float sizeX, float sizeY)

void	getSize (float &sizeX, float &sizeY)

float	getSizeX ()

float	getSizeY ()

double	getMinX () const

double	getMinY () const

double	getMaxY () const

double	getDiagSize ()

double	getCircleEqDiameter ()

void	scale (float factorX, float factorY)

void	scale (float factor)

bool	intersectRect (LPTYRectangle pRect, TYPoint originRect=TYPoint(0, 0, 0), TYPoint origin=TYPoint(0, 0, 0))

TYRectangle &	operator= (const TYRectangle &other)
	Operateur =. More...

bool	operator== (const TYRectangle &other) const
	Operateur ==. More...

bool	operator!= (const TYRectangle &other) const
	Operateur !=. More...

virtual bool	deepCopy (const TYElement *pOther, bool copyId=true, bool pUseCopyTag=false)

virtual std::string	toString () const

virtual DOM_Element	toXML (DOM_Element &domElement)

virtual int	fromXML (DOM_Element domElement)

virtual double	surface () const

virtual OVector3D	normal () const

virtual OPlan	plan () const

virtual TYTabPoint	getContour (int n=-1) const

virtual TYTabPoint3D	getOContour (int n=-1) const

virtual int	intersects (const TYSurfaceInterface *pSurf, OSegment3D &seg) const

virtual int	intersects (const OSegment3D &seg, OPoint3D &pt) const

virtual int	intersects (const OPoint3D &pt) const

bool	isValid () const

ORepere3D	getORepere3D () const

TYPolygon *	toPolygon () const

virtual const OPlan &	getPlan () const

virtual void	inverseNormale ()

void	exportMesh (std::deque< OPoint3D > &points, std::deque< OTriangle > &triangles, const TYGeometryNode &geonode) const
	Export the surface as a triangular mesh. More...

Public Member Functions inherited from TYElement
void *	getAllUses ()

void	setAllUses (void *allUses)

void	cleanAllUses ()

	TYElement ()

	TYElement (TYElement *pParent, bool PutInInstanceList=true)

	TYElement (const TYElement &other, bool PutInInstanceList=true)

virtual	~TYElement ()

void	setID (TYUUID id)

void	setID (const QString &str_id)

const TYUUID &	getID () const

QString	getStringID () const

bool	hasNullID () const

void	regenerateID ()

void	setName (QString name)

void	setName (std::string name)

virtual QString	getName () const

void	setParent (TYElement *pParent)

TYElement *	getParent () const

virtual void	setIsAcousticModified (bool isModified)

bool	getIsAcousticModified ()

virtual void	setIsGeometryModified (bool isModified)

bool	getIsGeometryModified ()

TYElement &	operator= (const TYElement &other)

bool	operator== (const TYElement &other) const

bool	operator!= (const TYElement &other) const

bool	callFromXMLIfEqual (DOM_Element &domElement, int *pRetVal=NULL)

std::string	getMetierName ()

virtual void	updateCurrentCalcul (TYListID &listID, bool recursif=true)

virtual void	getChilds (LPTYElementArray &childs, bool recursif=true)

virtual void	setInCurrentCalcul (bool state, bool recurschild=true, bool recursparent=true)

virtual bool	isInCurrentCalcul ()

void	addCopy ()
	Increment le compteur de nombre de copies. More...

void	setCopyCount (const unsigned int copyCount)
	Modifie la vaeur du compteur. More...

Public Member Functions inherited from IRefCount
	IRefCount ()

virtual	~IRefCount ()

virtual int	incRef ()

virtual int	decRef ()

int	getRefCount () const

Public Member Functions inherited from OPrototype
virtual	~OPrototype ()

virtual OPrototype *	clone () const =0

virtual const char *	getClassName () const

bool	isA (const char *className) const

Public Member Functions inherited from TYSurfaceInterface
	TYSurfaceInterface ()

virtual	~TYSurfaceInterface ()

virtual int	intersectsPlan (const OPlan &plan, OSegment3D &seg) const

Public Attributes
TYPoint	_pts [4]
	Sommets. More...

OPlan	_plan

OBox	_box

OVector3D	_normale

Static Public Attributes
static const int	_nbPts = 4

Additional Inherited Members
Static Public Member Functions inherited from TYElement
static LPTYElementArray	findTypeCollectionAndCallFromXML (DOM_Element parentElem, const char *type)

static void	setLogInstances (bool log)

static bool	getLogInstances ()

static TYElement *	getInstance (TYUUID uuid)

static void	purgeInstances ()

static bool	testId (const TYUUID &id, const TYElement *pElem)

static TYUUID	newID ()

static TYUUID	fromString (QString id)

static QString	toString (TYUUID &uuid)

static uint64	getConstructorCount ()

static uint64	getDestructorCount ()

static uint64	getIdGenerationCount ()

static bool	getIsSavedOk ()

static void	setIsSavedOk (const bool &toSave)

static void	setRegenerateID (const bool &bRegenerate)

static bool	getRegenerateID ()

Static Public Member Functions inherited from OPrototype
static OPrototype *	findAndClone (const char *className)

static int	findPrototype (const char *className)

static OPrototype *	safeDownCast (OPrototype *pObject)

static void	add_factory (const char *, IOProtoFactory::ptr_type factory)

Protected Member Functions inherited from OPrototype
	OPrototype ()

Protected Attributes inherited from TYElement
QString	_name
	Nom courant de l'element. More...

TYElement *	_pParent
	Reference sur l'element parent. More...

bool	_bPutInInstanceList

unsigned int	_copyCount

bool	_inCurrentCalcul
	Indique si cet element est actif dans le Calcul courant. More...

bool	_isAcousticModified
	Indicateur de modification acoustique. More...

bool	_isGeometryModified
	Indicateur de modification de la geometrie. More...

LPTYElementGraphic	_pGraphicObject
	L'object graphique metier associe a cet element. More...

void *	_allUses
	Multi purpose void pointer (use for compatibility actually) More...

Protected Attributes inherited from IRefCount
int	m_refCount
	The reference counter. More...

Detailed Description

Classe de definition d'un rectangle.

Definition at line 32 of file TYRectangle.h.

Constructor & Destructor Documentation

◆ TYRectangle() [1/4]

TYRectangle::TYRectangle ( )

Constructeur par defaut.

Definition at line 34 of file TYRectangle.cpp.

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◆ TYRectangle() [2/4]

TYRectangle::TYRectangle ( const TYRectangle & other )

Constructeur par copie.

Definition at line 44 of file TYRectangle.cpp.

◆ TYRectangle() [3/4]

TYRectangle::TYRectangle	(	const TYPoint &	pt0,
		const TYPoint &	pt1,
		const TYPoint &	pt2,
		const TYPoint &	pt3
	)

Constructeur a partir de 4 points.

             0-----------1
             |           |
             |           |
             |           |
             3-----------2

Parameters

pt0	Le point 0 du rectangle.
pt1	Le point 1 du rectangle.
pt2	Le point 2 du rectangle.
pt3	Le point 3 du rectangle.

Definition at line 49 of file TYRectangle.cpp.

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◆ TYRectangle() [4/4]

TYRectangle::TYRectangle	(	const TYSegment &	seg0,
		const TYSegment &	seg1
	)

Constructeur a partir du premier segment (n°0, segment directeur) et du second segment (n°1). Le point B du segment 0 et le point A du segment 1 doivent evidement etre confondus.

             ----- 0 -----
             |           |
             3           1
             |           |
             ----- 2 -----

Parameters

seg0	Le segment 0 du rectangle (segment directeur).
seg1	Le segment 1 du rectangle.

Definition at line 77 of file TYRectangle.cpp.

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◆ ~TYRectangle()

TYRectangle::~TYRectangle ( )

virtual

Destructeur.

Definition at line 112 of file TYRectangle.cpp.

Member Function Documentation

◆ deepCopy()

bool TYRectangle::deepCopy	(	const TYElement *	pOther,
		bool	copyId = `true`,
		bool	pUseCopyTag = `false`
	)

virtual

Effectue une copie en allouant de la memoire (deep copy) et non pas en copiant seulement les pointeurs (shallow copy). Cette methode s'utilise comme l'operateur egal. L'ID peut ne pas etre copie, le parent n'est jamais copie.

Parameters

pOther	L'element a copier.
copyId	Copie l'identifiant unique ou pas.

Returns: true si la copie est possible; false sinon.

Reimplemented from TYElement.

Definition at line 387 of file TYRectangle.cpp.

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◆ exportMesh()

void TYRectangle::exportMesh	(	std::deque< OPoint3D > &	points,
		std::deque< OTriangle > &	triangles,
		const TYGeometryNode &	geonode
	)		const

virtual

Export the surface as a triangular mesh.

NB : This function expect empty deques and will clear the deque passed.

Parameters

points	output argument filled with the vertices of the triangulation
triangles	output argument filled with the faces of the triangulation

Reimplemented from TYSurfaceInterface.

Definition at line 654 of file TYRectangle.cpp.

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◆ fromXML()

int TYRectangle::fromXML ( DOM_Element domElement )

virtual

Extrait les informations a partir du noeud DOM passe afin de recuperer les parametres de la classe.

Parameters

domElement Le noeud DOM a partir duquel les parametres doivent etre recuperes.

Returns: 1 si la recuperation des parametres a reussie.

Reimplemented from TYElement.

Definition at line 442 of file TYRectangle.cpp.

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◆ getCircleEqDiameter()

double TYRectangle::getCircleEqDiameter ( )

Retourne le diametre du cercle de surface equivalente

Returns: un double

Definition at line 267 of file TYRectangle.cpp.

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◆ getContour()

TYTabPoint TYRectangle::getContour ( int n = -1 ) const

virtual

Retourne un tableau de points correspondant au contour de cette surface.

Parameters

n	Le nombre de portion pour le decoupage. Si n=-1, n sera calcule a partir de la precision de distance definie par defaut. Pour certaine surface, le nombre de portion demande ne sera pas forcement le nombre de points obtenus.

Returns: Un tableau de points representant le contour de cette surface.

Implements TYSurfaceInterface.

Definition at line 510 of file TYRectangle.cpp.

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◆ getDiagSize()

double TYRectangle::getDiagSize ( )

Retourne la longueur de la diagonale du rectangle

Returns: la longueur de la diagonale

Definition at line 259 of file TYRectangle.cpp.

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◆ getMaxY()

double TYRectangle::getMaxY ( ) const

Retourne la valeur max en Y

Definition at line 218 of file TYRectangle.cpp.

◆ getMinX()

double TYRectangle::getMinX ( ) const

Retourne la valeur min en X

Definition at line 194 of file TYRectangle.cpp.

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◆ getMinY()

double TYRectangle::getMinY ( ) const

Retourne la valeur min en Y

Definition at line 206 of file TYRectangle.cpp.

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◆ getOContour()

TYTabPoint3D TYRectangle::getOContour ( int n = -1 ) const

virtual

Implements TYSurfaceInterface.

Definition at line 522 of file TYRectangle.cpp.

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◆ getORepere3D()

ORepere3D TYRectangle::getORepere3D ( ) const

Calcule le repere local a ce rectangle par rapport au repere global.

Definition at line 615 of file TYRectangle.cpp.

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◆ getPlan()

virtual const OPlan& TYRectangle::getPlan ( ) const

inlinevirtual

retourne le plan associe a cette surface

Definition at line 239 of file TYRectangle.h.

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◆ getSize()

void TYRectangle::getSize	(	float &	sizeX,
		float &	sizeY
	)

Retourne les dimensions de ce rectangle node.

Parameters

sizeX	La taille en X.
sizeY	La taille en Y.

Definition at line 178 of file TYRectangle.cpp.

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◆ getSizeX()

float TYRectangle::getSizeX ( )

Retourne la taille en X de ce rectangle node.

Returns: La taille en X.

Definition at line 184 of file TYRectangle.cpp.

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◆ getSizeY()

float TYRectangle::getSizeY ( )

Retourne la taille en Y de ce rectangle node.

Returns: La taille en Y.

Definition at line 189 of file TYRectangle.cpp.

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◆ intersectRect()

bool TYRectangle::intersectRect	(	LPTYRectangle	pRect,
		TYPoint	originRect = `TYPoint(0, 0, 0)`,
		TYPoint	origin = `TYPoint(0, 0, 0)`
	)

Test l'intersection avec un autre rectangle.

Parameters

pRect	L'autre rectangle.
originRect	L'origine du repere a appliquer a l'autre rectangle.
origin	L'origine du repere a appliquer au rectangle.

Returns: 1 si l'intersection existe, 0 sinon.

Definition at line 273 of file TYRectangle.cpp.

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◆ intersects() [1/3]

int TYRectangle::intersects	(	const TYSurfaceInterface *	pSurf,
		OSegment3D &	seg
	)		const

virtual

Calcule le segment d'intersection avec une autre surface.

Parameters

pSurf	La surface dont on cherche l'intersection.
seg	Le segment resultant de l'intersection.

Returns: INTERS_OUI (1) si l'intersection existe, INTERS_CONFONDU (2) si les elements sont confondus, INTERS_NULLE (0) s'il n'y a pas d'intersection.

Reimplemented from TYSurfaceInterface.

Definition at line 534 of file TYRectangle.cpp.

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◆ intersects() [2/3]

int TYRectangle::intersects	(	const OSegment3D &	seg,
		OPoint3D &	pt
	)		const

virtual

Calcule le point d'intersection avec un segment.

Parameters

seg	Le segment dont on cherche l'intersection.
pt	Le point resultant de l'intersection.

Returns: INTERS_OUI (1) si l'intersection existe, INTERS_CONFONDU (2) si les elements sont confondus, INTERS_NULLE (0) s'il n'y a pas d'intersection.

Implements TYSurfaceInterface.

Definition at line 539 of file TYRectangle.cpp.

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◆ intersects() [3/3]

int TYRectangle::intersects ( const OPoint3D & pt ) const

virtual

Test si le point se trouve a l'interieur de la surface, sur le meme plan.

Parameters

pt	Le point pour lequel on effectue le test.

Returns: INTERS_OUI (1) si le point est a l'interieur de la surface, INTERS_NULLE (0) si le point est a l'exterieur de la surface.

Implements TYSurfaceInterface.

Definition at line 556 of file TYRectangle.cpp.

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◆ inverseNormale()

void TYRectangle::inverseNormale ( )

virtual

Inverse la normale a la surface

Reimplemented from TYSurfaceInterface.

Definition at line 642 of file TYRectangle.cpp.

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◆ isValid()

bool TYRectangle::isValid ( ) const

Test si ce rectangle est valide. Les 4 points de ce rectangle doivent appartenir au meme plan, et les 4 angles doivent etre droits.

Returns: true si le rectangle est valide; false sinon.

Definition at line 574 of file TYRectangle.cpp.

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◆ normal()

OVector3D TYRectangle::normal ( ) const

virtual

Calcule la normale a cette surface.

Implements TYSurfaceInterface.

Definition at line 492 of file TYRectangle.cpp.

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◆ operator!=()

bool TYRectangle::operator!= ( const TYRectangle & other ) const

Operateur !=.

Definition at line 382 of file TYRectangle.cpp.

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◆ operator=()

TYRectangle & TYRectangle::operator= ( const TYRectangle & other )

Operateur =.

Definition at line 337 of file TYRectangle.cpp.

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◆ operator==()

bool TYRectangle::operator== ( const TYRectangle & other ) const

Operateur ==.

Definition at line 368 of file TYRectangle.cpp.

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◆ plan()

OPlan TYRectangle::plan ( ) const

virtual

Calcule le plan dans lequel cette surface est inscrit.

Implements TYSurfaceInterface.

Definition at line 505 of file TYRectangle.cpp.

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◆ scale() [1/2]

void TYRectangle::scale	(	float	factorX,
		float	factorY
	)

Applique un facteur d'echelle au rectangle.

Parameters

factorX	Le facteur d'echelle en X.
factorY	Le facteur d'echelle en Y.

Definition at line 230 of file TYRectangle.cpp.

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◆ scale() [2/2]

void TYRectangle::scale ( float factor )

inline

Applique un facteur d'echelle au rectangle.

Parameters

factor Le facteur d'echelle.

Definition at line 176 of file TYRectangle.h.

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◆ set()

void TYRectangle::set	(	TYPoint	pt0,
		TYPoint	pt1,
		TYPoint	pt2,
		TYPoint	pt3
	)

Assigne des valeurs a l'objet.

Parameters

pt0	Le point 0 du rectangle.
pt1	Le point 1 du rectangle.
pt2	Le point 2 du rectangle.
pt3	Le point 3 du rectangle.

Definition at line 116 of file TYRectangle.cpp.

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◆ setDimension()

void TYRectangle::setDimension	(	float	lon,
		float	haut
	)

Definit les points de l'objet a partir de ses dimensions.

Parameters

lon	La longueur du rectangle.
haut	La hauteur du rectangle.

Definition at line 143 of file TYRectangle.cpp.

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◆ setSize()

void TYRectangle::setSize	(	float	sizeX,
		float	sizeY
	)

Idem setDimension(). Redimensionne le rectangle node en appliquant le meme facteur d'echelle aux sous rectangles.

Parameters

sizeX	La nouvelle taille en X.
sizeY	La nouvelle taille en Y.

Definition at line 173 of file TYRectangle.cpp.

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◆ surface()

double TYRectangle::surface ( ) const

virtual

Calcule l'aire de la surface totale.

Implements TYSurfaceInterface.

Definition at line 483 of file TYRectangle.cpp.

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◆ toPolygon()

TYPolygon * TYRectangle::toPolygon ( ) const

Convertit ce rectangle en un polygone. Remqarque : L'appelant est responsable de la gestion de la memoire de l'element retourne.

Returns: Un nouveau polygone representant ce rectangle.

Definition at line 630 of file TYRectangle.cpp.

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◆ toString()

std::string TYRectangle::toString ( ) const

virtual

Retourne une chaine de caractere donnant des informations sur cet objet (utile pour le debugage).

Returns: Une chaine de caractere informative sur cet objet.

Reimplemented from TYElement.

Definition at line 420 of file TYRectangle.cpp.

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◆ toXML()

DOM_Element TYRectangle::toXML ( DOM_Element & domElement )

virtual

Construit une arborescence DOM a partir du noeud passe afin de sauvegarder les parametres au format XML.

Parameters

domElement Le noeud DOM parent a partir duquel l'arborescence doit etre creee.

Returns: Le noeud DOM nouvellement cree.

Reimplemented from TYElement.

Definition at line 430 of file TYRectangle.cpp.

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Member Data Documentation

◆ _box

OBox TYRectangle::_box

Definition at line 263 of file TYRectangle.h.

◆ _nbPts

const int TYRectangle::_nbPts = 4

static

Definition at line 266 of file TYRectangle.h.

◆ _normale

OVector3D TYRectangle::_normale

Definition at line 264 of file TYRectangle.h.

◆ _plan

OPlan TYRectangle::_plan

Definition at line 262 of file TYRectangle.h.

◆ _pts

TYPoint TYRectangle::_pts[4]

Sommets.

Definition at line 261 of file TYRectangle.h.

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

/home/docs/checkouts/readthedocs.org/user_builds/codetympan/checkouts/latest/Tympan/models/business/geometry/TYRectangle.h
/home/docs/checkouts/readthedocs.org/user_builds/codetympan/checkouts/latest/Tympan/models/business/geometry/TYRectangle.cpp

Public Member Functions

Public Attributes

Static Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ TYRectangle() [1/4]

◆ TYRectangle() [2/4]

◆ TYRectangle() [3/4]

◆ TYRectangle() [4/4]

◆ ~TYRectangle()

Member Function Documentation

◆ deepCopy()

◆ exportMesh()

◆ fromXML()

◆ getCircleEqDiameter()

◆ getContour()

◆ getDiagSize()

◆ getMaxY()

◆ getMinX()

◆ getMinY()

◆ getOContour()

◆ getORepere3D()

◆ getPlan()

◆ getSize()

◆ getSizeX()

◆ getSizeY()

◆ intersectRect()

◆ intersects() [1/3]

◆ intersects() [2/3]

◆ intersects() [3/3]

◆ inverseNormale()

◆ isValid()

◆ normal()

◆ operator!=()

◆ operator=()

◆ operator==()

◆ plan()

◆ scale() [1/2]

◆ scale() [2/2]

◆ set()

◆ setDimension()

◆ setSize()

◆ surface()

◆ toPolygon()

◆ toString()

◆ toXML()

Member Data Documentation

◆ _box

◆ _nbPts

◆ _normale

◆ _plan

◆ _pts