A one-dimensional linear array, i.e. More...

#include <CoordinateAxisArray.hpp>

Inheritance diagram for Fiber::CoordinateAxisArray< T, LinearCoordinateAxisArray >:

Public Member Functions
	CoordinateAxisArray (index_t max_idx)
	CoordinateAxisArray (CoordinateAxisArray &Src)
	CoordinateAxisArray (const T &C0, const T &C1, index_t max_idx)
	Create a procedural array of equidistant values.
T	operator() (index_t i) const
	The element access function.
double	reverse (const T &value) const
	Compute the floating point index that corresponds to the given coordinate value.
index_t	Length () const
	Return the length of the array in terms of points covered.
Public Member Functions inherited from MemCore::Chunk< T >
const base_vector_type &	base_vector () const override
base_vector_type &	base_vector () override
	Chunk (const Filler &, const T &FillValue, size_t N=1)
	Chunk (const std::string &buffer)
	Chunk (const std::vector< T > &SourceValues)
	Chunk (size_t N, bool ReserveOnly=false)
T *	operator() ()
Public Member Functions inherited from MemCore::TypedChunk< T >
std::vector< T > &	get_vector ()
Public Member Functions inherited from MemCore::result< MemBase >
RefPtr< Domain >	create (bool CreateAsOld=false)
RefPtr< Domain >	createAsOld ()
	CreatorBase (const WCachePtr &theCache)
virtual RefPtr< Domain >	get () const =0
RefPtr< Domain >	get_or_request (const result &R=nullptr)
virtual const type_info &	getType ()=0
bool	isUnderCreation () const override
virtual bool	request (const result &R=nullptr)
virtual RefPtr< Domain >	take ()

Public Attributes
index_t	length

Detailed Description

template<class T>
class Fiber::CoordinateAxisArray< T, LinearCoordinateAxisArray >

A one-dimensional linear array, i.e.

the coordinate expression is linear.

Constructor & Destructor Documentation

template<class T>

Fiber::CoordinateAxisArray< T, LinearCoordinateAxisArray >::CoordinateAxisArray	(	const T &	C0,
		const T &	C1,
		index_t	max_idx )

inline

Create a procedural array of equidistant values.

To create an LinearArray<double> going from a=-3.4 to b=5.6 in a resolution of r=15 steps:

CoordinateAxisArray<double , LinearCoordinateAxisArray>

foo(a, (b-a)/(r-1), r);

template<class T>

index_t Fiber::CoordinateAxisArray< T, LinearCoordinateAxisArray >::Length ( ) const

inline

Return the length of the array in terms of points covered.

This is not the length in terms of data stored here.

template<class T>

double Fiber::CoordinateAxisArray< T, LinearCoordinateAxisArray >::reverse ( const T & value ) const

inline

Compute the floating point index that corresponds to the given coordinate value.

If there is no delta, then always yield the 0th coordinate index.