Geometric types for 2D (obsolete)
[Grid Geometries]

Collaboration diagram for Geometric types for 2D (obsolete):

Classes
class	GrAL::Segment< Edge, geom >
	Geometric segment corresponding to combinatorial edge. More...
class	GrAL::Polygon2d< Face, geom >
	Geometric polygon corresponding to geometric face. More...
Functions
template<class Face , class geom >
bool	GrAL::vertex_iterator_Polygon2d::operator== (vertex_iterator_Polygon2d< Face, geom > const &lhs, vertex_iterator_Polygon2d< Face, geom > const &rhs)
template<class Face , class geom >
bool	GrAL::vertex_iterator_Polygon2d::operator!= (vertex_iterator_Polygon2d< Face, geom > const &lhs, vertex_iterator_Polygon2d< Face, geom > const &rhs)
template<class Face , class geom >
bool	GrAL::vertex_iterator_Polygon2d::operator< (vertex_iterator_Polygon2d< Face, geom > const &lhs, vertex_iterator_Polygon2d< Face, geom > const &rhs)

---

Detailed Description

See also:

Grid Geometries module

Generic geometric types for combinatorial grid elements in 2D.

These geometric types assume a linear geometry, segments are straight lines.

The classes can be specialized to concrete grid elements, in order to remove layers of indirection or use additional knowledge.
They must be specialized if the underlying assumptions (linearity) are violated.

Note:

The classes in this module will be replaced by the Geometric types module

See also:

Module geometries

Module Geometric Function Objects