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Add missing operator->() to Facet_circulator.

This commit is contained in:
Sylvain Pion 2007-08-23 12:59:06 +00:00
parent 990b6df224
commit 606b7aa6f0
3 changed files with 135 additions and 67 deletions
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11
Triangulation_3/include/CGAL/Triangulation_ds_circulators_3.h
View File

@ -348,6 +348,17 @@ public:
return Facet(pos, next_around_edge( pos->index(_s), pos->index(_t) ) );
}
struct Proxy_Facet {
Proxy_Facet(const Facet & ff) : f(ff) {}
Facet f;
const Facet* operator->() const { return &f; }
};
Proxy_Facet operator->() const
{
return Proxy_Facet(* *this);
}
bool operator==(const Facet_circulator & ccir) const
{
return pos == ccir.pos && _s == ccir._s && _t == ccir._t;

88
Triangulation_3/test/Triangulation_3/include/CGAL/_test_cls_circulator.C
View File

@ -51,18 +51,18 @@ _test_circulator( const Triangulation &T )
Cell_handle ch = cc0; // Test the conversion.
(void) ch;
do {
assert(cc->has_vertex((*eit).first->vertex((*eit).second)));
assert(cc->has_vertex((*eit).first->vertex((*eit).third)));
assert(cc->has_vertex(eit->first->vertex(eit->second)));
assert(cc->has_vertex(eit->first->vertex(eit->third)));
cc++; n++;
} while (cc != cc0);
}
// test of incident_cells(cellhandle,int,int) and --
feit=T.finite_edges_begin();
{
cc0=cc=T.incident_cells((*feit).first,(*feit).second,(*feit).third);
cc0=cc=T.incident_cells(feit->first, feit->second, feit->third);
do {
assert(cc->has_vertex((*feit).first->vertex((*feit).second)));
assert(cc->has_vertex((*feit).first->vertex((*feit).third)));
assert(cc->has_vertex(feit->first->vertex(feit->second)));
assert(cc->has_vertex(feit->first->vertex(feit->third)));
cc--; n++;
} while (cc != cc0);
}
@ -70,21 +70,21 @@ _test_circulator( const Triangulation &T )
// for (eit=T.edges_begin(); eit!=T.edges_end(); eit++)
eit=T.edges_begin();
{
cc0=cc=T.incident_cells(*eit,(*eit).first);
cc0=cc=T.incident_cells(*eit, eit->first);
do {
assert(cc->has_vertex((*eit).first->vertex((*eit).second)));
assert(cc->has_vertex((*eit).first->vertex((*eit).third)));
assert(cc->has_vertex(eit->first->vertex(eit->second)));
assert(cc->has_vertex(eit->first->vertex(eit->third)));
cc++; n++;
} while (cc != cc0);
}
// test of incident_cells(cellhandle,int,int,cellhandle) and --
feit=T.finite_edges_begin();
{
cc0=cc=T.incident_cells((*feit).first,(*feit).second,(*feit).third,
(*feit).first);
cc0=cc=T.incident_cells(feit->first, feit->second, feit->third,
feit->first);
do {
assert(cc->has_vertex((*feit).first->vertex((*feit).second)));
assert(cc->has_vertex((*feit).first->vertex((*feit).third)));
assert(cc->has_vertex(feit->first->vertex(feit->second)));
assert(cc->has_vertex(feit->first->vertex(feit->third)));
cc--; n++;
} while (cc != cc0);
}
@ -99,7 +99,7 @@ _test_circulator( const Triangulation &T )
// }
// for (eit=T.finite_edges_begin(); eit!=T.edges_end(); eit++)
// {
// cc0=cc=T.incident_cells(*eit,(*eit).first);
// cc0=cc=T.incident_cells(*eit, eit->first);
// do {
// cc++; n++;
// } while (cc != cc0);
@ -136,20 +136,20 @@ _test_circulator( const Triangulation &T )
{
fc0=fc=T.incident_facets(*eit);
do {
assert((*fc).first->has_vertex((*eit).first->vertex((*eit).second), i));
assert((*fc).first->has_vertex((*eit).first->vertex((*eit).third), j));
assert( (*fc).second == T.next_around_edge(i,j) );
assert(fc->first->has_vertex(eit->first->vertex(eit->second), i));
assert(fc->first->has_vertex(eit->first->vertex(eit->third), j));
assert(fc->second == T.next_around_edge(i, j) );
fc++; n++;
} while (fc != fc0);
}
// for (eit=T.edges_begin(); eit!=T.edges_end(); eit++)
feit=T.finite_edges_begin(); // test (cell*,int,int)
{
fc0=fc=T.incident_facets((*feit).first,(*feit).second,(*feit).third);
fc0=fc=T.incident_facets(feit->first, feit->second, feit->third);
do {
assert((*fc).first->has_vertex((*feit).first->vertex((*feit).second), i));
assert((*fc).first->has_vertex((*feit).first->vertex((*feit).third), j));
assert( (*fc).second == T.next_around_edge(i,j) );
assert(fc->first->has_vertex(feit->first->vertex(feit->second), i));
assert(fc->first->has_vertex(feit->first->vertex(feit->third), j));
assert(fc->second == T.next_around_edge(i, j) );
fc--; n++;
} while (fc != fc0);
}
@ -160,12 +160,12 @@ _test_circulator( const Triangulation &T )
// for (fi=0; fi!=4 ; fi++)
// {
// if (t.dimension()==2) {fi=3;}
fc0=fc=T.incident_facets(*eit,(*eit).first,
T.next_around_edge((*eit).second,(*eit).third));
fc0=fc=T.incident_facets(*eit, eit->first,
T.next_around_edge(eit->second, eit->third));
do {
assert((*fc).first->has_vertex((*eit).first->vertex((*eit).second), i));
assert((*fc).first->has_vertex((*eit).first->vertex((*eit).third), j));
assert( (*fc).second == T.next_around_edge(i,j) );
assert(fc->first->has_vertex(eit->first->vertex(eit->second), i));
assert(fc->first->has_vertex(eit->first->vertex(eit->third), j));
assert(fc->second == T.next_around_edge(i, j) );
fc++; n++;
} while (fc != fc0);
// }
@ -173,13 +173,13 @@ _test_circulator( const Triangulation &T )
// for (eit=T.edges_begin(); eit!=T.edges_end(); eit++)
feit=T.finite_edges_begin(); // test (Cell*,int,int,cell*,int)
{
fc0=fc=T.incident_facets((*feit).first,(*feit).second,(*feit).third,
(*feit).first,
T.next_around_edge((*feit).second,(*feit).third));
fc0=fc=T.incident_facets(feit->first, feit->second, feit->third,
feit->first,
T.next_around_edge(feit->second, feit->third));
do {
assert((*fc).first->has_vertex((*feit).first->vertex((*feit).second), i));
assert((*fc).first->has_vertex((*feit).first->vertex((*feit).third), j));
assert( (*fc).second == T.next_around_edge(i,j) );
assert(fc->first->has_vertex(feit->first->vertex(feit->second), i));
assert(fc->first->has_vertex(feit->first->vertex(feit->third), j));
assert(fc->second == T.next_around_edge(i, j) );
fc--; n++;
} while (fc != fc0);
}
@ -189,13 +189,13 @@ _test_circulator( const Triangulation &T )
// for (fi=0; fi!=4 ; fi++)
// {
// if (t.dimension()==2) {fi=3;}
fc0=fc=T.incident_facets(*eit,std::make_pair( (*eit).first,
T.next_around_edge((*eit).second,
(*eit).third)) );
fc0=fc=T.incident_facets(*eit, std::make_pair( eit->first,
T.next_around_edge(eit->second,
eit->third)) );
do {
assert((*fc).first->has_vertex((*eit).first->vertex((*eit).second), i));
assert((*fc).first->has_vertex((*eit).first->vertex((*eit).third), j));
assert( (*fc).second == T.next_around_edge(i,j) );
assert(fc->first->has_vertex(eit->first->vertex(eit->second), i));
assert(fc->first->has_vertex(eit->first->vertex(eit->third), j));
assert(fc->second == T.next_around_edge(i, j) );
fc++; n++;
} while (fc != fc0);
// }
@ -203,14 +203,14 @@ _test_circulator( const Triangulation &T )
// for (eit=T.edges_begin(); eit!=T.edges_end(); eit++)
feit=T.finite_edges_begin(); // test (Cell*,int,int,Facet)
{
fc0=fc=T.incident_facets((*feit).first,(*feit).second,(*feit).third,
std::make_pair( (*feit).first,
T.next_around_edge((*feit).second,
(*feit).third)) );
fc0=fc=T.incident_facets(feit->first, feit->second, feit->third,
std::make_pair( feit->first,
T.next_around_edge(feit->second,
feit->third)) );
do {
assert((*fc).first->has_vertex((*feit).first->vertex((*feit).second), i));
assert((*fc).first->has_vertex((*feit).first->vertex((*feit).third), j));
assert( (*fc).second == T.next_around_edge(i,j) );
assert(fc->first->has_vertex(feit->first->vertex(feit->second), i));
assert(fc->first->has_vertex(feit->first->vertex(feit->third), j));
assert(fc->second == T.next_around_edge(i, j) );
fc--; n++;
} while (fc != fc0);
}

71
Triangulation_3/test/Triangulation_3/include/CGAL/_test_cls_iterator.C
View File

@ -25,14 +25,42 @@ int
_test_vertex_iterator( const Triangulation &T )
{
typedef typename Triangulation::size_type size_type;
typedef typename Triangulation::Vertex Vertex;
typedef typename Triangulation::Vertex_handle Vertex_handle;
typedef typename Triangulation::Cell_handle Cell_handle;
typedef typename Triangulation::Vertex_iterator Vertex_iterator;
typedef typename Triangulation::Finite_vertices_iterator
Finite_vertices_iterator;
size_type n = 0;
Vertex_iterator vit;
for (vit = T.vertices_begin(); vit != T.vertices_end(); ++vit)
for (Vertex_iterator vit = T.vertices_begin(); vit != T.vertices_end(); ++vit)
{
Vertex_handle vh = vit; // Test the conversion.
n++;
const Vertex & v = *vit; // Test operator*;
Cell_handle c = vit->cell(); // Test operator->;
(void) vh;
(void) v;
(void) c;
}
assert( n-1 == T.number_of_vertices() );
n=0;
for (Finite_vertices_iterator fvit = T.finite_vertices_begin();
fvit != T.finite_vertices_end(); ++fvit)
{
Vertex_handle vh = fvit; // Test the conversion.
const Vertex & v = *fvit; // Test operator*;
Cell_handle c = fvit->cell(); // Test operator->;
n++;
(void) vh;
(void) v;
(void) c;
}
assert( n == T.number_of_vertices() );
// Test Backward-ness of the iterators.
n=0;
for (Vertex_iterator vit = T.vertices_end(); vit != T.vertices_begin(); --vit)
{
Vertex_handle vh = vit; // Test the conversion.
(void) vh;
@ -40,14 +68,15 @@ _test_vertex_iterator( const Triangulation &T )
}
assert( n-1 == T.number_of_vertices() );
n=0;
Finite_vertices_iterator fvit;
for (fvit = T.finite_vertices_begin(); fvit != T.finite_vertices_end(); ++fvit)
for (Finite_vertices_iterator fvit = T.finite_vertices_end();
fvit != T.finite_vertices_begin(); --fvit)
{
Vertex_handle vh = fvit; // Test the conversion.
(void) vh;
n++;
}
assert( n == T.number_of_vertices() );
return n;
}
@ -65,7 +94,10 @@ _test_triangulation_iterator( const Triangulation &T )
typedef typename Triangulation::Edge_iterator Edge_iterator;
typedef typename Triangulation::Vertex_iterator Vertex_iterator;
typedef typename Triangulation::Cell Cell;
typedef typename Triangulation::Facet Facet;
typedef typename Triangulation::Edge Edge;
typedef typename Triangulation::Vertex Vertex;
typedef typename Triangulation::Cell_handle Cell_handle;
int n=0 , m=0 , f=0 , t=0;
@ -85,15 +117,40 @@ _test_triangulation_iterator( const Triangulation &T )
for (FCit = T.finite_cells_begin(); FCit != T.finite_cells_end(); ++FCit)
{
Cell_handle ch = FCit; // Test the conversion.
const Cell & c = *FCit; // Test operator*.
Cell_handle ch2 = FCit->neighbor(0); // Test operator->.
(void) ch;
(void) c;
(void) ch2;
t++;
}
for (FFit = T.finite_facets_begin(); FFit != T.finite_facets_end(); ++FFit)
for (FFit = T.finite_facets_begin(); FFit != T.finite_facets_end(); ++FFit) {
const Facet & f2 = *FFit; // Test operator*.
Cell_handle ch = FFit->first; // Test operator->.
(void) f2;
(void) ch;
f++;
for (FEit = T.finite_edges_begin(); FEit != T.finite_edges_end(); ++FEit)
}
for (FEit = T.finite_edges_begin(); FEit != T.finite_edges_end(); ++FEit) {
const Edge & e = *FEit; // Test operator*.
Cell_handle ch = FEit->first; // Test operator->.
(void) e;
(void) ch;
m++;
for (FVit = T.finite_vertices_begin(); FVit != T.finite_vertices_end(); ++FVit)
}
for (FVit = T.finite_vertices_begin(); FVit != T.finite_vertices_end(); ++FVit) {
const Vertex & v = *FVit; // Test operator*.
Cell_handle ch = FVit->cell(); // Test operator->.
(void) v;
(void) ch;
n++;
}
// Test Backward-ness of the iterators.
for (FCit = T.finite_cells_end(); FCit != T.finite_cells_begin(); --FCit) ;
for (FFit = T.finite_facets_end(); FFit != T.finite_facets_begin(); --FFit) ;
for (FEit = T.finite_edges_end(); FEit != T.finite_edges_begin(); --FEit) ;
for (FVit = T.finite_vertices_end(); FVit != T.finite_vertices_begin(); --FVit) ;
assert((n-m+f-t)==1);
n=0 ; m=0 ; f=0 ; t=0;
for (Cit = T.cells_begin(); Cit != T.cells_end(); ++Cit)