CGAL Support Library Reference Manual
Index

• Concepts
  • Bidirectional_circulator
  • Circulator
  • Forward_circulator
  • Random_access_circulator

• Classes
  • AdaptableBinaryFunction
  • AdaptableUnaryFunction
  • Bidirectional_circulator_base<T,Dist,Size>
  • Bidirectional_circulator_ptrbase<T,Dist,Size>
  • Bidirectional_circulator_tag
  • Cast_function_object<Arg, Result>
  • Circulator
  • Circulator_base<Category, T>
  • Circulator_from_container
  • Circulator_from_iterator
  • Circulator_tag
  • Circulator_traits
  • Color
  • Compose<Fct1, Fct2>
  • Const_circulator_from_container<C>
  • Container_from_circulator
  • Counting_iterator<Iterator, Value>
  • CreatorObject
  • Creator_1<Arg, Result>
  • Creator_5<Arg1, Arg2, Arg3, Arg4, Arg5, Result>
  • Creator_uniform_2<Arg, Result>
  • Creator_uniform_9<Arg, Result>
  • Dereference<Value>
  • Filtered_exact<CT, ET>
  • Fixed_precision_nt
  • Forward_circulator_base<T,Dist,Size>
  • Forward_circulator_ptrbase<T,Dist,Size>
  • Forward_circulator_tag
  • geo_scene_traits<CONTAINER>
  • Geomview_stream
  • GeoWin
  • Get_address<Value>
  • Gmpz
  • Handle<T>
  • istream
  • Identity<Value>
  • Interval_nt
  • Interval_nt_advanced
  • Inverse_index<IC>
  • In_place_list<T,bool>
  • In_place_list_base<T>
  • Istream_iterator<T,Stream>
  • Iterator_tag
  • Join_input_iterator_1<Iterator, Creator>
  • Join_input_iterator_5<I1, I2, I3, I4, I5, Creator>
  • Modifier_base<R>
  • NT
  • N_step_adaptor<I,int N,Ref,Ptr,Val,Dst,Ctg>
  • ostream
  • Ostream_iterator<T,Stream>
  • Pointer<T>
  • Points_on_segment_2<P>
  • Point_generator
  • Postscript_file_stream
  • ProjectionObject
  • Project_facet<Node>
  • Project_next<Node>
  • Project_next_opposite<Node>
  • Project_normal<Node>
  • Project_opposite_prev<Node>
  • Project_plane<Node>
  • Project_point<Node>
  • Project_prev<Node>
  • Project_vertex<Node>
  • Quotient<NT>
  • Random_access_adaptor<IC>
  • Random_access_circulator_base<T,Dist,Size>
  • Random_access_circulator_ptrbase<T,Dist,Size>
  • Random_access_circulator_tag
  • Random_access_value_adaptor<IC,T>
  • Random_points_in_cube_3<P,Creator>
  • Random_points_in_disc_2<P,Creator>
  • Random_points_in_sphere_3<P,Creator>
  • Random_points_in_square_2<P,Creator>
  • Random_points_on_circle_2<P,Creator>
  • Random_points_on_segment_2<P,Creator>
  • Random_points_on_sphere_3<P,Creator>
  • Random_points_on_square_2<P,Creator>
  • Real_timer
  • Timer
  • Verbose_ostream
  • Window_stream

• Nested Types
  • AdaptableBinaryFunction::first_argument_type
  • AdaptableBinaryFunction::result_type
  • AdaptableBinaryFunction::second_argument_type
  • AdaptableUnaryFunction::argument_type
  • AdaptableUnaryFunction::result_type
  • Circulator::difference_type
  • Circulator::iterator_category
  • Circulator::pointer
  • Circulator::reference
  • Circulator::size_type
  • Circulator::value_type
  • In_place_list<T,bool>::const_iterator
  • In_place_list<T,bool>::const_reference
  • In_place_list<T,bool>::const_reverse_iterator
  • In_place_list<T,bool>::difference_type
  • In_place_list<T,bool>::iterator
  • In_place_list<T,bool>::reference
  • In_place_list<T,bool>::reverse_iterator
  • In_place_list<T,bool>::size_type
  • In_place_list<T,bool>::value_type
  • Point_generator::FT
  • Point_generator::value_type
  • Random_access_adaptor<IC>::size_type
  • Traits::Angle_less
  • Traits::FT
  • Traits::Max_coordinate
  • Traits::Point_2
  • Traits::Scale
  • Traits::Sum

• Enums
  • Mode =

• Enum Tags
  • ASCII = 0
  • BINARY
  • PRETTY

• Typedefs
  • Handle<T>::value_type
  • Interval_nt_advanced::FPU_CW_t
  • Modifier_base<R>::Representation

• Macros
  • CGAL_For_all
  • CGAL_For_all_backwards

• Global Variables and Consts
  • Color::BLACK
  • Color::BLUE
  • Color::GREEN
  • Color::ORANGE
  • Color::RED
  • Color::VIOLET
  • Color::WHITE
  • In_place_list_base<T>::next_link
  • In_place_list_base<T>::prev_link

• Functions
  • NT abs( const NT& ntval);
  • void CGAL::Assert_bidirectional_category( IC ic);
  • Assert_bidirectional_category
  • void CGAL::Assert_circulator( C c);
  • Assert_circulator
  • void CGAL::Assert_circulator_or_iterator( IC i);
  • Assert_circulator_or_iterator
  • void CGAL::Assert_forward_category( IC ic);
  • Assert_forward_category
  • void CGAL::Assert_input_category( I i);
  • Assert_input_category
  • void CGAL::Assert_iterator( I i);
  • Assert_iterator
  • void CGAL::Assert_output_category( I i);
  • Assert_output_category
  • void CGAL::Assert_random_access_category( IC ic);
  • Assert_random_access_category
  • void cgalize( Postscript_file_stream& ps);
  • void cgalize( Window_stream& w);
  • difference_type CGAL::circulator_distance( C c, C d);
  • circulator_distance
  • size_type CGAL::circulator_size( C c);
  • circulator_size
  • Comparison_result compare( const NT &n1, const NT &n2);
  • Composition compose1_2( const Operation1& op1, const Operation2& op2);
  • Composition compose2_2( const Operation1& op1, const Operation2& op2, const Operation3& op3);
  • OutputIterator copy_n( InputIterator first, Size n, OutputIterator result);
  • Window_stream* create_and_dislpay_demo_window( float width, float height, const char* str, double x_extension);
  • Window_stream* create_and_display_demo_window( );
  • Window_stream* create_demo_window( );
  • Window_stream* create_demo_window( float width, float height, const char* str, double x_extension);
  • FPU_CW_t FPU_get_and_set_cw( FPU_CW_t R);
  • FPU_CW_t FPU_get_cw( void);
  • void FPU_set_cw( FPU_CW_t R);
  • void geowin_init_basic_type( T* t,leda_string str);
  • void geowin_init_default_type( geo_scene_traits<CONTAINER> tr);
  • void geowin_init_default_type( T* t, leda_string str);
  • GeoWin* get_geowin( geo_scene sc);
  • IO::Mode get_mode( std::ios& s);
  • static bool init( float B);
  • io_Operator io_tag( const Gmpz& g);
  • bool is_ascii( std::ios& s);
  • bool is_binary( std::ios& s);
  • bool CGAL::is_empty_range( IC i, IC j);
  • is_empty_range
  • bool is_finite( const Fixed_precision_nt &fval);
  • bool is_finite( const Gmpz& g);
  • bool is_finite( const NT &ntval);
  • bool is_finite( const Quotient<NT>& q);
  • bool is_negative( const NT& ntval);
  • bool is_one( const NT& ntval);
  • static bool is_perturbed_incircle( );
  • static bool is_perturbed_insphere( );
  • bool is_positive( const NT& ntval);
  • bool is_pretty( std::ios& s);
  • bool is_valid( const Fixed_precision_nt &fval);
  • bool is_valid( const Gmpz& g);
  • bool is_valid( const NT &ntval);
  • bool is_valid( const Quotient<NT>& q);
  • bool is_zero( const NT& ntval);
  • difference_type CGAL::iterator_distance( IC ic1, IC ic2);
  • iterator_distance
  • Interval_nt_advanced convert_to< Interval_nt_advanced>( NT);
  • NT max( const NT& ntval1, const NT& ntval2);
  • ForwardIterator max_element_if( ForwardIterator first, ForwardIterator last, Compare comp, Predicate pred);
  • ForwardIterator max_element_if( ForwardIterator first, ForwardIterator last, Predicate pred);
  • NT min( const NT& ntval1, const NT& ntval2);
  • ForwardIterator min_element_if( ForwardIterator first, ForwardIterator last, Compare comp, Predicate pred);
  • ForwardIterator min_element_if( ForwardIterator first, ForwardIterator last, Predicate pred);
  • std::pair< ForwardIterator, ForwardIterator > min_max_element( ForwardIterator first, ForwardIterator last);
  • std::pair< ForwardIterator, ForwardIterator > min_max_element( ForwardIterator first, ForwardIterator last, CompareMin comp_min, CompareMax comp_max);
  • Geomview_stream& operator<<( Geomview_stream& G, const Bbox_2& b);
  • Geomview_stream& operator<<( Geomview_stream& G, const Bbox_3& b);
  • Geomview_stream& operator<<( Geomview_stream& G, const Point_2<R>& p);
  • Geomview_stream& operator<<( Geomview_stream& G, const Point_3<R>& p);
  • Geomview_stream& operator<<( Geomview_stream &G, const Polyhedron_3<Traits,HDS> &P);
  • Geomview_stream& operator<<( Geomview_stream& G, const Segment_2<R>& s);
  • Geomview_stream& operator<<( Geomview_stream& G, const Segment_3<R>& s);
  • Geomview_stream& operator<<( Geomview_stream& G, const Tetrahedron_3<R>& t);
  • Geomview_stream& operator<<( Geomview_stream& G, const Triangle_2<R>& t);
  • Geomview_stream& operator<<( Geomview_stream& G, const Triangle_3<R>& t);
  • Postscript_file_stream& operator<<( Postscript_file_stream& PS, const Class& c);
  • Postscript_file_stream& operator<<( Postscript_file_stream& PS, const Color& c);
  • std::ostream& operator<<( std::ostream& out, const Quotient<NT>& q);
  • Window_stream& operator<<( Window_stream &W, const Class &c);
  • Window_stream& operator<<( Window_stream &W, const Color &c);
  • Geomview_stream& operator>>( Geomview_stream& G, Point_3<R>& p);
  • std::istream& operator>>( std::istream& in, Quotient<NT>& q);
  • Window_stream& operator>>( Window_stream &W, Class &c);
  • NT operator*( const NT &ntval1, const NT &ntval2);
  • Circulator operator+( difference_type n, Circulator c);
  • NT operator+( const NT &ntval1, const NT &ntval2);
  • NT operator-( const NT &ntval);
  • NT operator-( const NT &ntval1, const NT &ntval2);
  • NT operator/( const NT &ntval1, const NT &ntval2);
  • Orientation orientationC2( Fixed_precision_nt x0, Fixed_precision_nt y0, Fixed_precision_nt x1, Fixed_precision_nt y1, Fixed_precision_nt x2, Fixed_precision_nt y2);
  • Orientation orientationC3( Fixed_precision_nt x0, Fixed_precision_nt y0, Fixed_precision_nt z0, Fixed_precision_nt x1, Fixed_precision_nt y1, Fixed_precision_nt z1, Fixed_precision_nt x2, Fixed_precision_nt y2, Fixed_precision_nt z2, Fixed_precision_nt x3, Fixed_precision_nt y3, Fixed_precision_nt z3);
  • static void perturb_incircle( );
  • static void perturb_insphere( );
  • void perturb_points_2( ForwardIterator first, ForwardIterator last, double xeps, double yeps = xeps, Random& rnd = default_random, Creator creator = Creator_uniform_2<double,P>);
  • OutputIterator points_on_segment_2( const P& p, const P& q, std::size_t n, OutputIterator o);
  • OutputIterator points_on_square_grid_2( double a, std::size_t n, OutputIterator o, Creator creator = Creator_uniform_2<double,P>);
  • CGAL::Circulator_tag CGAL::query_circulator_or_iterator( C c);
  • CGAL::Iterator_tag CGAL::query_circulator_or_iterator( I i);
  • query_circulator_or_iterator
  • OutputIterator random_collinear_points_2( RandomAccessIterator first, RandomAccessIterator last, std::size_t n, OutputIterator first2, Random& rnd = default_random, Creator creator = Creator_uniform_2<double,P>);
  • OutputIterator random_convex_set_2( int n, OutputIterator o, const Point_generator& pg, Traits t = Default_traits);
  • OutputIterator random_selection( RandomAccessIterator first, RandomAccessIterator last, Size n, OutputIterator result, Random& rnd = default_random);
  • IO::Mode set_ascii_mode( std::ios& s);
  • IO::Mode set_binary_mode( std::ios& s);
  • IO::Mode set_mode( std::ios& s, IO::Mode m);
  • IO::Mode set_pretty_mode( std::ios& s);
  • Oriented_side side_of_oriented_circleC2( Fixed_precision_nt x0, Fixed_precision_nt y0, Fixed_precision_nt x1, Fixed_precision_nt y1, Fixed_precision_nt x2, Fixed_precision_nt y2, Fixed_precision_nt x3, Fixed_precision_nt y3);
  • Oriented_side side_of_oriented_sphereC3( Fixed_precision_nt x0, Fixed_precision_nt y0, Fixed_precision_nt z0, Fixed_precision_nt x1, Fixed_precision_nt y1, Fixed_precision_nt z1, Fixed_precision_nt x2, Fixed_precision_nt y2, Fixed_precision_nt z2, Fixed_precision_nt x3, Fixed_precision_nt y3, Fixed_precision_nt z3, Fixed_precision_nt x4, Fixed_precision_nt y4, Fixed_precision_nt z4);
  • Sign sign( const NT& ntval);
  • Interval_nt sqrt( Interval_nt I);
  • NT square( const NT& ntval);
  • double to_double( const Fixed_precision_nt &fval);
  • double to_double( const Gmpz& g);
  • double to_double( const NT &ntval);
  • double to_double( const Quotient<NT>& q);
  • double to_double( Interval_nt I);
  • static float unit_value( );
  • static void unperturb_incircle( );
  • static void unperturb_insphere( );
  • static float upper_bound( );