ConcreteVectorArithmetic< RingType > Class Template Reference

#include <VectorArithmetic.hpp>

Public Types
using	FieldElement = typename RingType::ElementType
using	ElementArrayContainer = typename RingType::ElementContainerType

Public Member Functions
	ConcreteVectorArithmetic ()
	ConcreteVectorArithmetic (const Ring *origR, const RingType *R)
const Ring *	ring () const
const VectorArithmeticStats &	stats () const
ElementArray	copyElementArray (const ElementArray &sparse) const
ElementArray	allocateElementArray (ComponentIndex nelems) const
ElementArray	allocateElementArray () const
void	deallocateElementArray (ElementArray &coeffs) const
size_t	size (const ElementArray &coeffs) const
	Linear Algebra /////.
void	fillDenseArray (ElementArray &dense, const ElementArray &sparse, const Range< const int > &comps) const
void	denseCancelFromSparse (ElementArray &dense, const ElementArray &sparse, const Range< const int > &comps) const
void	denseCancelFromSparse (ElementArray &dense, const ElementArray &sparse, const Range< const int > &comps, ElementArray &result_multiplier) const
int	denseNextNonzero (ElementArray &dense, int first, int last) const
void	denseToSparse (ElementArray &dense, ElementArray &sparse, Range< int > &comps, int first, int last, MemoryBlock &monomialSpace) const
template<typename LockType>
void	safeDenseToSparse (ElementArray &dense, ElementArray &sparse, Range< int > &comps, int first, int last, MemoryBlock &monomialSpace, LockType &lock) const
void	denseToSparse (ElementArray &dense, ElementArray &sparse, int *&comps, int first, int last) const
void	setZeroInRange (ElementArray &dense, int first, int last) const
void	makeMonic (ElementArray &sparse) const
template<typename Container>
void	appendToContainer (const ElementArray &sparse, Container &c) const
template<typename Container>
ElementArray	elementArrayFromContainer (const Container &c) const
template<typename Container>
ElementArray	elementArrayFromContainerOfLongs (const Container &c) const
template<typename Container>
ElementArray	elementArrayFromContainerOf_mpz_class (const Container &c) const
ring_elem	ringElemFromElementArray (const ElementArray &sparse, int index) const
std::ostream &	displayElement (std::ostream &o, const ElementArray &v, int index) const
std::ostream &	displayElementArray (std::ostream &o, const ElementArray &v) const
std::ostream &	displayAsDenseArray (std::ostream &o, size_t len, const ElementArray &v, const Range< const int > &comps) const
long	to_modp_long (const ElementArray &coeffs, size_t loc) const
void	pushBackOne (ElementArray &coeffs) const
	Append support /////.
void	pushBackMinusOne (ElementArray &coeffs) const
void	pushBackElement (ElementArray &coeffs, const ElementArray &take_from_here, size_t loc) const
void	pushBackNegatedElement (ElementArray &coeffs, const ElementArray &take_from_here, size_t loc) const
void	from_ring_elem (ElementArray &coeffs, ring_elem numer, ring_elem denom) const
long	to_modp_long (const ElementArray &coeffs, size_t loc) const
long	to_modp_long (const ElementArray &coeffs, size_t loc) const
long	to_modp_long (const ElementArray &coeffs, size_t loc) const
void	from_ring_elem (ElementArray &coeffs, ring_elem numer, ring_elem denom) const

Private Member Functions
ElementArrayContainer *	elementArray (const ElementArray &f) const

Private Attributes
const Ring *	mOriginalRing
const RingType *	mRing
VectorArithmeticStats	mStats

Friends
class	VectorArithmetic

Detailed Description

template<typename RingType>
class ConcreteVectorArithmetic< RingType >

Definition at line 141 of file VectorArithmetic.hpp.

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

• Macaulay2/e/VectorArithmetic.hpp