#include <Brep.h>

Collaboration diagram for BREP_EDGE:

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Public Member Functions
	BREP_EDGE (BREP_VERTEX vertex1, BREP_VERTEX vertex2)

virtual	~BREP_EDGE ()

void	CloseData ()

Public Attributes
BREP_WING *	wing1

BREP_WING *	wing2

Vector< double >	center

BREP_EDGE_LIST *	edge_list
	多重エッジのリストへのポインタ

bool	complete
	完全なエッジ．２つの Wingは共に使用されている．

double	tolerance

Detailed Description

Definition at line 230 of file Brep.h.

Constructor & Destructor Documentation

◆ BREP_EDGE()

BREP_EDGE	(	BREP_VERTEX *	vertex1,
		BREP_VERTEX *	vertex2 )

Definition at line 521 of file Brep.cpp.

{
    wing1 = new BREP_WING(vertex1);
    wing2 = new BREP_WING(vertex2);
    wing1->edge = wing2->edge = this;
 
    center    = (vertex1->point + vertex2->point)/2.;
    edge_list = NULL;
    complete  = false;
    tolerance = Edge_Tolerance;
}

References jbxl::BREP_WING, BREP_EDGE::center, BREP_EDGE::complete, BREP_WING::edge, BREP_EDGE::edge_list, jbxl::Edge_Tolerance, BREP_VERTEX::point, BREP_EDGE::tolerance, BREP_EDGE::wing1, and BREP_EDGE::wing2.

◆ ~BREP_EDGE()

~BREP_EDGE ( )

virtual

Definition at line 534 of file Brep.cpp.

{
    // BREP_EDGE: この Edge はまだ Contourで使われている!!
    if (wing1->contour || wing2->contour) {
        DEBUG_MODE PRINT_MESG("~BREP_EDGE: This Edge is still used!!\n");
    }
 
    delete wing1;
    delete wing2;
 
    if (edge_list!=NULL) {
        BREP_EDGE_LIST::iterator iedge = std::find(edge_list->begin(), edge_list->end(), this);
        if (iedge!=edge_list->end()) {
            edge_list->erase(iedge);
        }
        if (edge_list->size()==1) {
            (*(edge_list->begin()))->edge_list = NULL;
            delete(edge_list);
        }
    }
}

References BREP_WING::contour, DEBUG_MODE, BREP_EDGE::edge_list, PRINT_MESG, BREP_EDGE::wing1, and BREP_EDGE::wing2.

Member Function Documentation

◆ CloseData()

void CloseData ( )

Definition at line 557 of file Brep.cpp.

{
    // M.Segal, SIGGRAPH '90 p105
    double e = (wing1->vertex)->tolerance;
    e = Max(e, (wing2->vertex)->tolerance);
    tolerance = Max(e, tolerance);
}