pm::GenericVector< _Vector, E > Class Template Reference

Inheritance diagram for pm::GenericVector< _Vector, E >:

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List of all members.

Public Types
typedef E	element_type
	element type
typedef if_else< is_sparse, SparseVector< E >, Vector< E > >::type	persistent_type
	persistent type
typedef Generic< _Vector > ::top_type	top_type
	top type
typedef GenericVector	generic_type
	generic type
Public Member Functions
template<typename Vector2>
top_type &	operator+= (const GenericVector< Vector2 > &v)
	adding a GenericVector
template<typename Vector2>
top_type &	operator-= (const GenericVector< Vector2 > &v)
	subtracting a GenericVector
template<typename Right>
top_type &	operator*= (const Right &r)
	multiply with an element
template<typename Right>
top_type &	operator/= (const Right &r)
	appending an element
template<typename Right>
top_type &	div_exact (const Right &r)
	divide by an element
top_type &	dehomogenize ()
	divides by the first element
top_type &	dehomogenize_trop ()
	subtracts first element
bool	operator! () const
	compare with an implicit zero vector
void	remove0s ()
	remove all zero elements which might have been overseen in some previous operation
Static Public Attributes
static const bool	is_sparse = check_container_feature<_Vector,sparse>::value
	determine if the persistent type is sparse

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Detailed Description

template<typename _Vector, typename E = typename _Vector::element_type>
class pm::GenericVector< _Vector, E >

Generic type for vectors

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The documentation for this class was generated from the following file:

• include/core/polymake/GenericVector.h