MGLoop is a boundary of a face, a boundary of 2D manifold cell. [詳解]

MGLoop の継承関係図

公開型
enum	LoopKind { UNDEFINED =-1, INACTIVE =0, PERIMITER_LOOP =1, OUTER_LOOP =2, INNER_LOOP =3, NETWORK =4 }

基底クラス MGComplex に属する継承公開型
typedef std::list< MGCellNB * >	container_type

typedef container_type::iterator	cellItr

typedef container_type::const_iterator	const_cellItr

typedef container_type::iterator	pcellItr

typedef container_type::const_iterator	const_pcellItr

typedef container_type::iterator	bcellItr

typedef container_type::const_iterator	const_bcellItr

公開メンバ関数
	MGLoop ()
	Void constructor. [詳解]

	MGLoop (MGEdge *edge)
	Construct a loop of one edge. [詳解]

	MGLoop (const MGLoop &loop2)
	Copy constructor. [詳解]

	MGLoop (const MGCurve &param_curve, const MGCurve &world_curve)

	MGLoop (const MGCurve &param_curve, const MGInterval &range1, const MGCurve &world_curve, const MGInterval &range2)

	MGLoop (std::auto_ptr< MGCurve > &param_curve, std::auto_ptr< MGCurve > &world_curve)

MGLoop &	operator= (const MGGel &gel2)

MGLoop &	operator= (const MGLoop &gel2)

MGLoop &	operator+= (const MGVector &v)
	Object transformation. [詳解]

MGLoop &	operator-= (const MGVector &v)

MGLoop &	operator*= (double scale)

MGLoop &	operator*= (const MGMatrix &mat)

MGLoop &	operator*= (const MGTransf &tr)

bool	operator< (const MGLoop &gel2) const

bool	operator< (const MGComplex &gel2) const
	comparison [詳解]

bool	operator< (const MGGel &gel2) const

bool	active () const
	Test if this is active boundary. [詳解]

void	append (MGEdge *edge)

void	append_edge_from_crv (const MGSurface &srf, const MGCurve &wcrv, double &tLast, double terror, const std::vector< double > &pspan, int peri_num, bool orientation_is_opposite=false)

double	area () const

bool	both_end_on_perimeter (int &pid_s, int &pid_e, const MGFSurface *srf=0) const

MGLoop *	clone (MGCell &parent) const

MGLoop *	clone () const

MGLoop *	clone_without_binders (MGCell &parent) const

MGLoop *	clone_without_binders () const

bool	closed () const
	Test if this is closed boundary. [詳解]

MGLEPoint	closest (const MGPosition &P, double &distance) const

bool	closest_world (const MGStraight &sl, MGLEPoint &closest, double &dist) const

int	common (const MGLoop &loop2, std::vector< MGLEPoint > &pranges1, std::vector< double > &branges1, std::vector< MGLEPoint > &pranges2, std::vector< double > &branges2) const

double	compute_area () const

void	copy_boundary (const MGBoundary &loop)

void	copy_boundary_without_binders (const MGBoundary &loop)
	Copy boundary data into this, but does not copy the binders. [詳解]

MGPvector< MGCurve >	curves () const

MGPvector< MGCurve >	curves_world () const

MGEdge *	edge (int i)
	Return i-th edge pointer. [詳解]

const MGEdge *	edge (int i) const

bool	edge_exist () const
	Test if at least one edge is included in this loop. [詳解]

int	edge_num (const MGEdge *e) const

MGPosition	end_point () const

MGLEPoint	end_LPoint () const

double	error () const

MGVector	eval (const MGLPoint &t, int nderi=0) const
	Evaluation of the loop at the point t. [詳解]

MGVector	eval (int i, double t, int nderi=0) const
	Evaluation of the loop at i-th edge's parameter t. [詳解]

const MGFace *	face () const

MGFace *	face ()
	Return MGFace pointer if this MGGel is an MGFace, else return null. [詳解]

const MGEdge *	first_edge () const
	Return pointer of the first edge. [詳解]

MGEdge *	first_edge ()

int	get_loop_id_in_face () const

int	inside (double u, double v) const

int	inside (const MGPosition &uv) const

long	identify_type () const
	Return Object's type ID (TID) [詳解]

MGLCisect_vector	isect (const MGCurve &param_curve) const

MGLCisect_vector	isect (double error, const MGCurve &param_curve) const

std::vector< MGLEPoint >	isect_1D (double f, int coordinate=0) const

MGLCisect_vector	isect_with_endpoints (const MGCurve &param_curve) const

bool	is_inactive (const MGFSurface *srf=0) const
	Test if this loop is inactive or not. [詳解]

bool	is_inner_boundary (const MGFSurface *srf=0) const

bool	is_outer_boundary (const MGFSurface *srf=0) const

bool	is_perimeter_boundary (const MGFSurface *srf=0) const

bool	is_network (const MGFSurface *srf=0) const
	Test if this loop is network. [詳解]

MGLLisect_vector	isect (const MGLoop &loop2) const
	Compute intersections of two loops. [詳解]

void	join (bool start, const MGLoop &loop2)

void	join (bool start, MGLoop *loop2)

void	join (bool start, std::auto_ptr< MGLoop > &loop2)

void	join_C1_edges (int parameter_normalization=2)

const MGEdge *	last_edge () const
	Return edge pointer of the last edge. [詳解]

MGEdge *	last_edge ()

void	make_close ()

bool	make_vertex (const MGLEPoint &lp, MGEdge &pre, MGEdge &aft, MGPVertex **pvertex=0)

int	manifold_dimension () const
	Get manifold dimension. [詳解]

bool	merge_network (const MGCurve &param_curve, double error)

bool	merge_trim (const MGCurve &param_curve)

bool	merge_trim (const MGCurve &param_curve, const MGInterval &range1)

bool	merge_trim (const MGCurve &param_curve, const MGCurve &world_curve)

bool	merge_trim (const MGCurve &param_curve, const MGInterval &range1, const MGCurve &world_curve)

bool	merge_trim (const MGLoop &loop2)

MGPosition	mid_point () const

void	negate ()

void	negate_as_boundary (const MGCellNB *parent=0)

int	number_of_edges () const
	Get the number of edge included. [詳解]

bool	on_perimeter_end (int &pid_e, const MGFSurface *surf=0) const

bool	on_perimeter_start (int &pid_s, const MGFSurface *surf=0) const

bool	on_surface_perimeter (const MGFace &f) const
	Test if all the edges included are on a surface perimeter. [詳解]

std::ostream &	out (std::ostream &) const
	Output function. [詳解]

void	prepend (MGEdge *e)
	Prepend edge to the start of the loop. [詳解]

bool	remove_pendent_edge (const MGFSurface &face)

void	remove_garbage_edge (double error)

const MGSurface *	surface () const
	Obtain parent surface pointer. [詳解]

MGLEPoint	start_LPoint () const

MGPosition	start_point () const

std::vector< MGEdge * >	subdivide (const std::vector< MGLEPoint > &ranges)

MGEdge *	subdivide (MGLEPoint &le1, MGLEPoint &le2)

void	trim (const MGLEPoint &t1, const MGLEPoint &t2)

void	trim_end (const MGLEPoint &t1)
	Trim the loop. Result is from start to t1. [詳解]

void	trim_start (const MGLEPoint &t1)
	Trim the loop. Result is from t1 to end. [詳解]

基底クラス MGBoundary に属する継承公開メンバ関数
	MGBoundary ()
	Void constructor. [詳解]

	MGBoundary (MGCellNB *pcell)
	Constructor of one parameter cell. [詳解]

	MGBoundary (std::list< MGCellNB * > &pcells)
	Constructor from list of member pcells. [詳解]

	MGBoundary (const MGBoundary &boundary)
	Boundary data pcells that constitute complex. [詳解]

virtual	~MGBoundary ()
	original boundary. [詳解]

virtual MGBoundary &	operator= (const MGBoundary &gel2)

MGUnit_vector	direction_star (int i) const

bool	empty ()

bool	equal_direction (int i, const MGBoundary &bound2, int j) const

int	number_of_pcells () const
	Obtain how many parameter cells are included in the boundary. [詳解]

void	set_binder (int i, MGCellNB &binder) const

MGCell *	set_parent (MGCell &new_parent) const

const MGCellNB *	star () const
	Get the star cell. [詳解]

MGCellNB *	star ()

基底クラス MGComplex に属する継承公開メンバ関数
	MGComplex ()
	Void constructor. [詳解]

	MGComplex (const MGComplex &complex)

	MGComplex (const MGCellNB &cell)

	MGComplex (MGCellNB *cell)

virtual	~MGComplex ()

virtual MGComplex &	operator= (const MGComplex &gel2)

MGComplex	operator+ (const MGVector &v) const

MGComplex	operator- (const MGVector &v) const

MGComplex	operator* (double s) const

MGComplex	operator* (const MGMatrix &mat) const

MGComplex	operator* (const MGTransf &tr) const

MGComplex	operator/ (double s) const

const_bcellItr	bcell_begin () const
	Obtain first bcell iterator. [詳解]

bcellItr	bcell_begin ()

const_bcellItr	bcell_end () const
	Obtain end bcell iterator(next of the last bcell). [詳解]

bcellItr	bcell_end ()

const MGCellNB *	bcelli (int i) const
	Obtain i-the pcell in the m_bcells sequence. MGCellNB version. [詳解]

MGCellNB *	bcelli (int i)

const_bcellItr	bcellIterator (int i) const
	Obtain i-the pcell in the m_bcells sequence. MGCellNB version. [詳解]

bcellItr	bcellIterator (int i)

bool	bcell_exist () const
	Cehck if bcell exist. [詳解]

MGCellNB *	binder (int i) const
	Obtain the binder of i-the pcell, may be null. [詳解]

std::vector< MGCellNB * >	binders () const

const MGBox &	box () const
	Return the box of this complex. [詳解]

MGPosition	center () const

void	drawWire (mgVBO &vbo, double span_length, int line_density=1) const

virtual void	drawWire_in_star (mgVBO &vbo, double span_length, int line_density=1) const

virtual void	draw3DVertex (mgVBO &vbo) const

virtual void	draw3DVertex_in_star (mgVBO &vbo) const

void	erase_first_pcell ()

void	erase_last_pcell ()
	erase first pcell. [詳解]

void	erase_pcell (MGCellNB *pcell)
	erase last pcell. [詳解]

const MGCellNB *	first_pcell () const
	Get fisrt pcell pointer. [詳解]

MGCellNB *	first_pcell ()

bool	includes (const MGCellNB *cell) const

const MGCellNB *	last_pcell () const
	Get last pcell pointer. [詳解]

MGCellNB *	last_pcell ()

int	number_of_bcells () const
	count number of bcells of the complex [詳解]

int	number_of_pcells () const
	count number of pcells of the complex [詳解]

const_pcellItr	pcell_begin () const
	Obtain first pcell iterator. [詳解]

pcellItr	pcell_begin ()

const_pcellItr	pcell_end () const
	Obtain end pcell iterator(next of the last pcell). [詳解]

pcellItr	pcell_end ()

const MGCellNB *	pcelli (int i) const
	Obtain i-the pcell. MGCellNB version. [詳解]

MGCellNB *	pcelli (int i)

const_pcellItr	pcellIterator (int i) const
	Obtain i-th pcell iterator. [詳解]

pcellItr	pcellIterator (int i)

bool	pcell_exist () const
	Cehck if pcell exist. [詳解]

std::vector< MGCellNB * >	pcells ()

std::vector< const MGCellNB * >	pcells () const

MGPosition	pick_closest (const MGStraight &sl) const

const MGCellNB *	star () const

MGCellNB *	star ()

基底クラス MGTopology に属する継承公開メンバ関数
	MGTopology ()
	Void constructor(初期化なしでオブジェクトを作成する。) [詳解]

	MGTopology (const MGTopology &topo)
	Copy constructor. [詳解]

virtual	~MGTopology ()

virtual MGTopology &	operator= (const MGTopology &gel2)

virtual MGisects	intersection (const MGObject &obj2) const

virtual MGisects	intersection (const MGCurve &obj2) const

virtual MGisects	intersection (const MGFSurface &obj2) const

virtual MGisects	intersection (const MGSurface &obj2) const

virtual MGisects	intersection (const MGFace &obj2) const

virtual MGisects	intersection (const MGShell &obj2) const

MGTopology *	topology ()
	Return MGTopology pointer if this MGGel is an MGTopology, else return null. [詳解]

const MGTopology *	topology () const

基底クラス MGObject に属する継承公開メンバ関数
	MGObject ()
	Void constructor(初期化なしでオブジェクトを作成する。) [詳解]

	MGObject (const MGObject &obj2)
	Copy constructor. [詳解]

virtual	~MGObject ()
	Virtual Destructor. [詳解]

virtual MGObject &	operator= (const MGObject &obj2)

MGAppearance *	appearance ()

const MGAppearance *	appearance () const

virtual void	shade (mgVBO &vbo, const MGDrawParam &para, mgVBO::ELEMENT_TARGET target=mgVBO::SHADING) const
	Shade the object in world coordinates. [詳解]

MGAppearance *	ensure_appearance ()

virtual void	make_display_list (MGCL::VIEWMODE vmode=MGCL::DONTCARE) const
	Make a display list of this gel. [詳解]

bool	has_common (const MGObject &obj2) const

const MGObject *	includes_object () const
	Test if this gel includes an object. [詳解]

MGObject *	includes_object ()
	Test if this gel includes an object. [詳解]

virtual MGisects	intersection (const MGPoint &obj2) const

void	remove_appearance ()
	Remove the MGAppearance of this MGAttribedGel. [詳解]

virtual MGObject *	object ()
	Return MGObject pointer if this MGGel is an MGObject, else return null. [詳解]

virtual const MGObject *	object () const

virtual const MGFSurface *	fsurface () const
	Get the MGFSurface pointer if this is MGSurface or MGFace. [詳解]

virtual MGFSurface *	fsurface ()

void	set_appearance (const MGAppearance &appr2)

virtual void	transform (const MGVector &v)
	Transform the gel by the argument. [詳解]

virtual void	transform (double scale)
	translation [詳解]

virtual void	transform (const MGMatrix &mat)
	scaling. [詳解]

virtual void	transform (const MGTransf &tr)
	matrix transformation. [詳解]

基底クラス MGAttribedGel に属する継承公開メンバ関数
	MGAttribedGel ()
	void constructor. [詳解]

	MGAttribedGel (const MGAttribedGel &gel2)
	copy constructor. [詳解]

virtual MGAttribedGel &	operator= (const MGAttribedGel &gel2)

virtual	~MGAttribedGel ()

void	copy_appearance (const MGAttribedGel &gel2)

mgVBO *	dlist_name () const

virtual bool	displayList_is_made (MGCL::VIEWMODE vmode) const
	Judge if the display list for vmode is made or not. [詳解]

void	deleteDlistName () const

virtual void	drawAttrib (mgVBO &vbo, bool no_color=false) const
	Process of draw or render attributes. [詳解]

virtual void	render_attribute () const

virtual int	get_draw_attrib_mask () const
	Obtain attribute mask for glPushAttrib(). [詳解]

virtual int	get_render_attrib_mask () const

int	getVBOElementsNumber () const
	Get the number of elements of m_dlistName. [詳解]

int	getVBOShaderElementsNumber () const
	Get the number of shading elements of m_dlistName. [詳解]

virtual bool	no_display () const

void	remove_GLattrib (long tid)
	Removed the attribute of specified type. [詳解]

virtual void	set_GLattrib (MGGLAttrib *attr)

virtual void	set_display ()
	Set this group as display or no display group. [詳解]

virtual void	set_no_display ()

bool	visible () const

void	set_name (const MGName &newName)

const MGName *	get_name () const

void	set_color (const MGColor &newColor)

const MGColor *	get_color () const

void	setDlistName (mgVBO *vbo=0) const

void	setDirty (bool is_dirty) const
	Set dirty flag(s) of this VBO(m_dlistName). [詳解]

基底クラス MGGel に属する継承公開メンバ関数
virtual	~MGGel ()
	Virtual Destructor. [詳解]

virtual bool	operator== (const MGGel &gel2) const
	Comparison. [詳解]

virtual bool	operator!= (const MGGel &gel2) const

virtual bool	operator> (const MGGel &gel2) const

virtual int	out_to_IGES (MGIgesOfstream &igesfile, int SubordinateEntitySwitch=0) const

virtual MGAttrib *	attrib ()
	Return MGAttrib pointer if this MGGel is an MGAttrib, else return null. [詳解]

virtual const MGAttrib *	attrib () const

virtual MGGroup *	group ()
	Return MGGroup pointer if this MGGel is an MGGroup, else return null. [詳解]

virtual const MGGroup *	group () const

virtual MGGeometry *	geometry ()
	Return MGGeometry pointer if this MGGel is an MGGeometry, else return null. [詳解]

virtual const MGGeometry *	geometry () const

virtual MGPoint *	point ()
	Return point pointer if this MGGel is an MGPoint, else return null. [詳解]

virtual const MGPoint *	point () const

virtual MGCurve *	curve ()
	Return curve pointer if this MGGel is an MGCurve, else return null. [詳解]

virtual const MGCurve *	curve () const

virtual MGSurface *	surf ()
	Return MGSurface pointer if this MGGel is an MGSurface, else return null. [詳解]

virtual const MGSurface *	surf () const

virtual MGShell *	shell ()
	Return MGShell pointer if this MGGel is an MGShell, else return null. [詳解]

virtual const MGShell *	shell () const

std::string	string_content () const

bool	type_is (const MGAbstractGels &types) const

virtual void	display_arrows (mgSysGL &sgl) const

virtual void	display_break_points (mgSysGL &sgl) const

virtual void	display_control_polygon (mgSysGL &sgl) const

virtual void	display_curvatures (mgSysGL &sgl, double scale, int density, bool use_radius) const

限定公開メンバ関数
	MGLoop (std::list< MGCellNB * > boundaries)

	MGLoop (const MGLoop &loop, MGCellMap &cmap)

MGLoop *	clone (MGCell &parent, MGCellMap &cmap) const

MGLoop *	clone (MGCellMap &cmap) const

std::string	whoami () const

void	ReadMembers (MGIfstream &buf)
	Read Object's member data. [詳解]

void	WriteMembers (MGOfstream &buf) const
	Write Object's Member Data. [詳解]

基底クラス MGBoundary に属する継承限定公開メンバ関数
	MGBoundary (const MGBoundary &boundary, MGCellMap &cmap)

void	connect_bound (int i, MGBoundary *bound2, int j)

void	disconnect (int i)

void	free_binders ()

MGBoundary &	set_boundary (const MGBoundary &gel2)

基底クラス MGComplex に属する継承限定公開メンバ関数
	MGComplex (std::list< MGCellNB * > &pcells)

	MGComplex (const MGComplex &complex, MGCellMap &cmap)
	Binder cells of the pcells in complex will be registered in cmap. [詳解]

cellItr	append_bcell (MGCellNB *cell) const
	cellmap to register binder association. [詳解]

cellItr	add_cell (MGCellNB *cell, bool pcell, cellItr loc)

cellItr	append_pcell (MGCellNB *cell)
	Append a PCell to the end of pcell sequence. [詳解]

virtual void	compute_box () const
	Compute the box from the scratch. [詳解]

void	copy_without_binders (const MGComplex &comp)

void	erase_all_elements ()

cellItr	prepend_pcell (MGCellNB *cell)
	Prepend a PCell to the end of pcell sequence. [詳解]

MGComplex &	set_complex (const MGComplex &comp2)

基底クラス MGObject に属する継承限定公開メンバ関数
MGObject &	set_object (const MGObject &gel2)

フレンド
MG_DLL_DECLR friend MGEdge *	edge_from_iterator (pcellItr i)
	Get edge pointer from its iterator in MGComplex of MGBoudarynD. [詳解]

MG_DLL_DECLR friend const MGEdge *	edge_from_iterator (const_pcellItr i)

MG_DLL_DECLR friend MGVector	eval (const MGLEPoint &t, int nderi=0)
	Evaluation of the loop at the point t. [詳解]

MG_DLL_DECLR friend int	inside_outer_loop (const MGPosition &uv, const std::vector< const MGLoop * > &loop, const MGSurface *surf=0)
	Test if (u,v) is inside the outer boundary(of std::vector<MGLoop*>& boundaries). [詳解]

その他の継承メンバ
基底クラス MGBoundary に属する継承限定公開変数類
MGCell *	m_parent_cell
	Cell that has this boundary as a boundary. [詳解]

基底クラス MGComplex に属する継承限定公開変数類
MGBox	m_box

基底クラス MGAttribedGel に属する継承限定公開変数類
std::auto_ptr< mgVBO >	m_dlistName
	display name if m_dlistName!=0; [詳解]

詳解

MGLoop is a boundary of a face, a boundary of 2D manifold cell.

MGLoop accepts parameter space curve and world space curve of of a boundary curve, and constructs a boundary of a face from the two types of curves. Input curves direction indicate which part of the face will be target part after trimed by the boundary. In 2D space (u,v) of the parameter space, LEFT side of the parameter curve along the curve's direction is the target part of face.

構築子と解体子

MGLoop::MGLoop ( )

Void constructor.

MGLoop::MGLoop ( MGEdge * edge )

explicit

Construct a loop of one edge.

MGLoop::MGLoop ( const MGLoop & loop2 )

Copy constructor.

MGLoop::MGLoop	(	const MGCurve &	param_curve,
		const MGCurve &	world_curve
	)

Construct a Loop of one edge of one curve cell. param_curve is parameter space representation of the face of which this loop will be a boundary, will make parameter cell. world_curve is world coordinate representation of the face of which this loop will be a boundary, will make binder cell. range1 is parameter range of the curve param_curve, range2 is parameter range of the curve world_curve. When range1,2 are not specified, the start and the end of the curve are treated as their ranges. ***param_curve and world_curve must have the same direction.

MGLoop::MGLoop	(	const MGCurve &	param_curve,
		const MGInterval &	range1,
		const MGCurve &	world_curve,
		const MGInterval &	range2
	)

MGLoop::MGLoop	(	std::auto_ptr< MGCurve > &	param_curve,
		std::auto_ptr< MGCurve > &	world_curve
	)

MGLoop::MGLoop ( std::list< MGCellNB * > boundaries )

protected

Fundamental constructor. Construct from boundary complex(i.e. MGLoop). This constructor takes the ownership of MGCell* in boundary.

引数

boundaries Boundary data of the super class MGBoundary.

MGLoop::MGLoop	(	const MGLoop &	loop,
		MGCellMap &	cmap
	)

protected

Copy constructor with mapping. Binder cells of the pcells in loop will be registered in cmap

引数

loop	original Loop.
cmap	cellmap to register binder association.

関数詳解

bool MGLoop::active ( ) const

virtual

Test if this is active boundary.

MGBoundaryを実装しています。

void MGLoop::append ( MGEdge * edge )

Append edge to the end of loop. "append" connects the edge's start to the end of the loop.

void MGLoop::append_edge_from_crv	(	const MGSurface &	srf,
		const MGCurve &	wcrv,
		double &	tLast,
		double	terror,
		const std::vector< double > &	pspan,
		int	peri_num,
		bool	orientation_is_opposite = `false`
	)

Build one edge of srf from the curve wcrv on srf and common information pspan and peri_num, which are a perimeter peri_num's parameter spans(psapn). wcrv must not be a MGCompositeCurve. One edge is generated and append to this loop.

引数

srf	The target surface.
wcrv	curve of world coordinates on this face that may coincide to a perimeter of the surface of this face.
tLast	wcrv's parameter value to start is input and the end param value of the last edge generated will be output.
terror	wcrv's parameter space error.
pspan	common parameter value of a perimeter peri_num.
peri_num	pspan and peri_num are output of getPerimeterCommon(). Refer to it.
orientation_is_opposite	orientation flag of wcrv to edge. True if opposite.

double MGLoop::area ( ) const

Compute curvilinear integral of the parameter space of the area sorrounded by the loop.

bool MGLoop::both_end_on_perimeter	(	int &	pid_s,
		int &	pid_e,
		const MGFSurface *	srf = `0`
	)		const

Test if loop is a perimeter boundary or not. If yes, get the perimeter ids. pid_s, e are valid only when both_end_on_perimeter() is true, contain perimeter numbers of the start or end of the loop.

MGLoop* MGLoop::clone ( MGCell & parent ) const

virtual

Make a clone. Output is a newed object, must be deleted by calling program.

MGBoundaryを実装しています。

MGLoop* MGLoop::clone ( ) const

virtual

Construct new object by copying to newed area. User must delete this copied object by "delete".

MGBoundaryを実装しています。

MGLoop* MGLoop::clone	(	MGCell &	parent,
		MGCellMap &	cmap
	)		const

protectedvirtual

Make a clone. The forms that have cmap as an argumetnt is to register binder association. Returned is pointer of newed object, must be deleted. When parent is specified, clone's parent is set to the parent.

MGBoundaryを実装しています。

MGLoop* MGLoop::clone ( MGCellMap & cmap ) const

protectedvirtual

MGBoundaryを実装しています。

MGLoop* MGLoop::clone_without_binders ( MGCell & parent ) const

virtual

Make a clone that has not binders. Output is a newed object, must be deleted by calling program.

MGBoundaryを実装しています。

MGLoop* MGLoop::clone_without_binders ( ) const

virtual

MGBoundaryを実装しています。

bool MGLoop::closed ( ) const

virtual

Test if this is closed boundary.

MGBoundaryを実装しています。

MGLEPoint MGLoop::closest	(	const MGPosition &	P,
		double &	distance
	)		const

Compute closest point from the point P to this loop. Returned is the loop's point, and distance is the length of distance between P and MGLEPoint. All the coordinate values are of parameter space of the face's surface.

bool MGLoop::closest_world	(	const MGStraight &	sl,
		MGLEPoint &	closest,
		double &	dist
	)		const

Compute closest point closest(P in the world) of the loop(MGLEPoint) from the straight sl to this loop's world coordinate rep. The function's return value is true: if a point whose distance is smaller than dist is found, false: if not. Returned to closest is the loop's point, and the distance between P and MGLEPoint's world rep is set into dist if found. The coordinates of P are of world coordinate space of the loops world coordinate rep. This must be a boundary of a surface(that is, face() must not be null.

int MGLoop::common	(	const MGLoop &	loop2,
		std::vector< MGLEPoint > &	pranges1,
		std::vector< double > &	branges1,
		std::vector< MGLEPoint > &	pranges2,
		std::vector< double > &	branges2
	)		const

Compute common range of two loops, this and loop2. Function's return value is number of ranges obtained. In variable ranges, common ranges are output as: Let n be output of the function, then ranges1.size()=ranges2.size()=2*n. ranges1[2*i+0] and ranges1[2*i+1] are parameter values of this loop, and ranges2[2*i+0] and ranges2[2*i+1] are parameter values of loop2. Although ranges1[2*i+0] < ranges1[2*i+1] always holds, ranges2[2*i+0] < ranges2[2*i+1], or ranges2[2*i+0] > ranges2[2*i+1]. Let f1() be this loop, and f2() be loop2, then f1(ranges1[j]) and f2(ranges2[j]) represent the same point in star Face world for 0<=j<n*2 . This and loop2 must have each star faces.

double MGLoop::compute_area ( ) const

Compute curvilinear integral of the loop. Computation is done in the parameter space of the face.

void MGLoop::copy_boundary ( const MGBoundary & loop )

virtual

Copy loop data into this. This boundary data is cleared and loop's boundary is copied into this.

MGBoundaryを再実装しています。

void MGLoop::copy_boundary_without_binders ( const MGBoundary & loop )

virtual

Copy boundary data into this, but does not copy the binders.

MGBoundaryを再実装しています。

MGPvector<MGCurve> MGLoop::curves ( ) const

Obtain vector of curves(TrimmedCurve) of the loop. The curves are of parameter space expression. Let crvs be the output of curves() and wcrvs of curves_world(), then crvs[i] corresponds to wcrvs[i] one by one.

MGPvector<MGCurve> MGLoop::curves_world ( ) const

Obtain vector of curves(world coordinate expression) of the loop. Output curves are MGTrimmedCurve of edge's binders. When some of the edges do not have binders, they will be created. Let crvs be the output of curves() and wcrvs of curves_world(), then crvs[i] corresponds to wcrvs[i] one by one.

MGEdge* MGLoop::edge ( int i )

Return i-th edge pointer.

const MGEdge* MGLoop::edge ( int i ) const

bool MGLoop::edge_exist ( ) const

inline

Test if at least one edge is included in this loop.

int MGLoop::edge_num ( const MGEdge * e ) const

Get edge number in this loop. If e is not a member of this loop, 0 will be returned.

MGLEPoint MGLoop::end_LPoint ( ) const

Return end point of this loop as MGLEPoint. loop must include at least one edge, or this output is undefined.

MGPosition MGLoop::end_point ( ) const

Return end point of this loop as MGPosition. The point is of parameter space.

double MGLoop::error ( ) const

Get error of this loop. This is obtained from the parent surface. If parent surface did not exist, error=the box of the loop by relative zero.

MGVector MGLoop::eval	(	const MGLPoint &	t,
		int	nderi = `0`
	)		const

Evaluation of the loop at the point t.

MGVector MGLoop::eval	(	int	i,
		double	t,
		int	nderi = `0`
	)		const

Evaluation of the loop at i-th edge's parameter t.

const MGFace* MGLoop::face ( ) const

virtual

Return pointer of the face. If the loop is not a boundary of any face, null will be returned.

MGGelを再実装しています。

MGFace* MGLoop::face ( )

virtual

Return MGFace pointer if this MGGel is an MGFace, else return null.

MGGelを再実装しています。

const MGEdge* MGLoop::first_edge ( ) const

Return pointer of the first edge.

MGEdge* MGLoop::first_edge ( )

int MGLoop::get_loop_id_in_face ( ) const

Get the loop id of this loop in the star face baoundary. Let face=face(), then face->loop(get_loop_id_in_face())=this; When this does not have star face, or this is not a boundary of a face, -1 will be returned.

long MGLoop::identify_type ( ) const

virtual

Return Object's type ID (TID)

MGBoundaryを実装しています。

int MGLoop::inside	(	double	u,
		double	v
	)		const

Test if parameter value (u,v) is inside this loop or not. inside means inside face, that is, if the loop is inner, outside inner loops and if the loop is outer boundary loop, inside the outer boundary loop. This can be used for perimeter boundary loops. Returned is: 0:outside(not on the loop) 1:unknown 2:inside(not on the loop) otherwise:on the loop(int(parameter edge id +100))will be returned.

int MGLoop::inside ( const MGPosition & uv ) const

bool MGLoop::is_inactive ( const MGFSurface * srf = 0 ) const

Test if this loop is inactive or not.

bool MGLoop::is_inner_boundary ( const MGFSurface * srf = 0 ) const

Test if this loop is inner boundary. Inner boundary is: (1) closed loop. (2) the direction is clockwise.

bool MGLoop::is_network ( const MGFSurface * srf = 0 ) const

inline

Test if this loop is network.

bool MGLoop::is_outer_boundary ( const MGFSurface * srf = 0 ) const

Test if this loop is outer boundary. outer boundary is: (1) closed loop. (2) the direction is anti-clockwise.

bool MGLoop::is_perimeter_boundary ( const MGFSurface * srf = 0 ) const

Test if this loop is perimeter boundary. Perimeter boundary is: both ends are on the surface perimeter.

MGLCisect_vector MGLoop::isect ( const MGCurve & param_curve ) const

Compute intersections of this loop(parameter rep of a face) and param_curve.

MGLCisect_vector MGLoop::isect	(	double	error,
		const MGCurve &	param_curve
	)		const

Compute intersections of this loop(parameter rep of a face) and param_curve.

MGLLisect_vector MGLoop::isect ( const MGLoop & loop2 ) const

Compute intersections of two loops.

std::vector<MGLEPoint> MGLoop::isect_1D	(	double	f,
		int	coordinate = `0`
	)		const

Compute intersection points of 1D sub curves of the original loop. Parameter values of intersection points(MGLEPoint's) will be returned.

引数

f	Coordinate value
coordinate	Coordinate kind of the data f(from 0).

MGLCisect_vector MGLoop::isect_with_endpoints ( const MGCurve & param_curve ) const

Compute intersections of this loop(parameter rep of the face) and param_curve. isect_with_endpoints() includes endpoints of both if they are close enough (within tolerance).

void MGLoop::join	(	bool	start,
		const MGLoop &	loop2
	)

Join two loops. start indicates which end of this loop loop2 should be connected to. start=true: connect start of this and loop2's end. start=false: connect end of this and loop2's start. The 2nd form takes the ownership of loop2, will delete loop2.

void MGLoop::join	(	bool	start,
		MGLoop *	loop2
	)

void MGLoop::join	(	bool	start,
		std::auto_ptr< MGLoop > &	loop2
	)

void MGLoop::join_C1_edges ( int parameter_normalization = 2 )

Join adjacent two C1 continuous edges to one edge. When the number of edges is equal to or less than 4, join is not executed.

引数

parameter_normalization Specify how rebuilt edes's parameterization be done.

const MGEdge* MGLoop::last_edge ( ) const

Return edge pointer of the last edge.

MGEdge* MGLoop::last_edge ( )

void MGLoop::make_close ( )

Make this loop as closed. This loop's 1st edge's start point must be the same as the last edge's end point. However, this is not tested in make_close.

bool MGLoop::make_vertex	(	const MGLEPoint &	lp,
		MGEdge *&	pre,
		MGEdge *&	aft,
		MGPVertex **	pvertex = `0`
	)

Make a vertex at lp and subdivide the edge into two edges. Returned is true if subdivision is done and false if no subdivision is done since lp was one of existed vertex. When function's return value is true, pre is always the same edge as lp's edge and the iterator is unchanged.

引数

lp	point to subdivide of this loop.
pre	pre and aft-edge of the lp will be output
aft	after make_vertex's execution, may be null.
pvertex	MGPVertex of the made vertex which is the boundary of lp.

int MGLoop::manifold_dimension ( ) const

inlinevirtual

Get manifold dimension.

MGBoundaryを実装しています。

bool MGLoop::merge_network	(	const MGCurve &	param_curve,
		double	error
	)

Merge with param_curve as a network loop. Function's return value is: true: merge is done and param_curve is processed into this loop as a network. false: merge is not performed since no intersection with this loop were found. When false is returned, this loop does not have the input param_curve information as an edge information. This loop must not be empty loop, ant the kind is always changed to NETWORK.

引数

param_curve	Curve to merge.
error	Error to judge two param_curve' points are equal.

bool MGLoop::merge_trim ( const MGCurve & param_curve )

Merge loop2 or param_curve to the existing loop data, and build a loop. Returned is if merge was done(true) or not(false). When no intersection was found, merge is not executed. param_curve is parameter space representation of the face of which this loop will be a boundary, will make parameter cell. world_curve is world coordinate representation of the face of which this loop will be a boundary, will make binder cell. range1 is parameter range of the curve param_curve. When world_curve is input, it will be trimmed accordin to the range of param_curve. param_curve and world_curve may be opposite direction. When more than one closed loops are detected, first one from the old loop start point is employed, and other loops are discarded.

bool MGLoop::merge_trim	(	const MGCurve &	param_curve,
		const MGInterval &	range1
	)

bool MGLoop::merge_trim	(	const MGCurve &	param_curve,
		const MGCurve &	world_curve
	)

bool MGLoop::merge_trim	(	const MGCurve &	param_curve,
		const MGInterval &	range1,
		const MGCurve &	world_curve
	)

bool MGLoop::merge_trim ( const MGLoop & loop2 )

MGPosition MGLoop::mid_point ( ) const

Compute the mid point of this loop. Mid point is the point of the mid point of m-th edge, where m=number_edges()/2.

void MGLoop::negate ( )

virtual

Reverse the direction of the boundary. (Coordinate transformation is not performed.)

MGBoundaryを再実装しています。

void MGLoop::negate_as_boundary ( const MGCellNB * parent = 0 )

virtual

Negate the boundary according to the parent cell negation. That is,

Transform the coordinates of the bondary cell. (This transfromation depends on how the parent cell is transformed when negate() is invoked. So, the member cells of this boundary are transformed by negate_transoform of the parent cell.)
Reverse the direction of the parameter cells(negate each cell).
Reverse the ordering of the parameter cells.
Negate the binders.

MGBoundaryを再実装しています。

int MGLoop::number_of_edges ( ) const

inline

Get the number of edge included.

bool MGLoop::on_perimeter_end	(	int &	pid_e,
		const MGFSurface *	surf = `0`
	)		const

Test if start or end point of the loop is on perimeter of the surface. Returned is true when on perimeter, false if not. When on perimeter, perimeter number of the surface is returned in pid_x.

bool MGLoop::on_perimeter_start	(	int &	pid_s,
		const MGFSurface *	surf = `0`
	)		const

bool MGLoop::on_surface_perimeter ( const MGFace & f ) const

Test if all the edges included are on a surface perimeter.

MGLoop& MGLoop::operator*= ( double scale )

virtual

MGBoundaryを再実装しています。

MGLoop& MGLoop::operator*= ( const MGMatrix & mat )

virtual

MGBoundaryを再実装しています。

MGLoop& MGLoop::operator*= ( const MGTransf & tr )

virtual

MGBoundaryを再実装しています。

MGLoop& MGLoop::operator+= ( const MGVector & v )

virtual

Object transformation.

MGBoundaryを再実装しています。

MGLoop& MGLoop::operator-= ( const MGVector & v )

virtual

MGBoundaryを再実装しています。

bool MGLoop::operator< ( const MGLoop & gel2 ) const

This operator is to sort loops in the order:

Perimeter boundary.
Outer boundary.
Inner boundary.
Inactive loop.

bool MGLoop::operator< ( const MGComplex & gel2 ) const

virtual

comparison

MGComplexを再実装しています。

bool MGLoop::operator< ( const MGGel & gel2 ) const

virtual

MGComplexを再実装しています。

MGLoop& MGLoop::operator= ( const MGGel & gel2 )

virtual

Assignment. When the leaf object of this and bnd2 are not equal, this assignment does nothing.

MGComplexを再実装しています。

MGLoop& MGLoop::operator= ( const MGLoop & gel2 )

std::ostream& MGLoop::out ( std::ostream & ) const

virtual

Output function.

MGBoundaryを再実装しています。

void MGLoop::prepend ( MGEdge * e )

Prepend edge to the start of the loop.

void MGLoop::ReadMembers ( MGIfstream & buf )

protectedvirtual

Read Object's member data.

MGBoundaryを再実装しています。

void MGLoop::remove_garbage_edge ( double error )

Remove garbage edge. Error is the parameter error allowed of the edge length to judge removal.

bool MGLoop::remove_pendent_edge ( const MGFSurface & face )

Remove pendent edge. Function's return value is true if an edge was removed.

MGLEPoint MGLoop::start_LPoint ( ) const

Return start point of this loop as MGLEPoint. loop must include at least one edge, or this output is undefined.

MGPosition MGLoop::start_point ( ) const

Return start point of this loop as MGPosition. The point is of parameter space.

std::vector<MGEdge*> MGLoop::subdivide ( const std::vector< MGLEPoint > & ranges )

Subdivide this loop so that one parameter range in ranges becomes one edge. In ranges, parameter range of this loop is stored as: Let n=ranges.size()/2, then span from ranges[2*i] to ranges[2*i+1] is one parameter span that is supposed to be one edge for 0<=i<n. Returned are new edge pointers that correspond to ranges[2*i] to ranges[2*i+1] after subdivided for 0<=i<n. ****Currently this does not conform to non_manifold model. That is, this loop must not have partner edges already.

MGEdge* MGLoop::subdivide	(	MGLEPoint &	le1,
		MGLEPoint &	le2
	)

Subdivide this loop so that one parameter range from le1 to le2 becomes one edge. le1, and 2 must be of the same edge. new edge between le1 and le2 will be output.

const MGSurface* MGLoop::surface ( ) const

Obtain parent surface pointer.

void MGLoop::trim	(	const MGLEPoint &	t1,
		const MGLEPoint &	t2
	)

Trim the loop. Result loop is from t1 to t2; The loop can be closed one. In this case, t1 can be >t2. When not closed, t1 must be less than t2.

void MGLoop::trim_end ( const MGLEPoint & t1 )

Trim the loop. Result is from start to t1.

void MGLoop::trim_start ( const MGLEPoint & t1 )

Trim the loop. Result is from t1 to end.

std::string MGLoop::whoami ( ) const

inlineprotectedvirtual

MGBoundaryを再実装しています。

void MGLoop::WriteMembers ( MGOfstream & buf ) const

protectedvirtual

Write Object's Member Data.

MGBoundaryを再実装しています。

フレンドと関連関数の詳解

MG_DLL_DECLR friend MGEdge* edge_from_iterator ( pcellItr i )

friend

Get edge pointer from its iterator in MGComplex of MGBoudarynD.

MG_DLL_DECLR friend const MGEdge* edge_from_iterator ( const_pcellItr i )

friend

MG_DLL_DECLR friend MGVector eval	(	const MGLEPoint &	t,
		int	nderi = `0`
	)

friend

Evaluation of the loop at the point t.

When nderi=0, get a parameter (u,v) of the surface at the boundary point.

MG_DLL_DECLR friend int inside_outer_loop	(	const MGPosition &	uv,
		const std::vector< const MGLoop * > &	loop,
		const MGSurface *	surf = `0`
	)

friend

Test if (u,v) is inside the outer boundary(of std::vector<MGLoop*>& boundaries).

Inside the outer boundary means that inside outer_boudary_param() or not. This must not be used for faces that do not have perimeter or outer boundary loop. Function's return value is: 0:outside the outer boundary(not on a loop) 1:unknown 2:inside the outer boundary(not on a loop) otherwise:on the outer boundary loop

このクラス詳解は次のファイルから抽出されました:

topo/Loop.h

公開型

公開メンバ関数

限定公開メンバ関数

フレンド

その他の継承メンバ

詳解

構築子と解体子

関数詳解

フレンドと関連関数の詳解