fpPoint.hpp File Reference

#include "fitpack_core_c.h"
#include <array>
#include <cstddef>
#include <type_traits>
#include <vector>

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Classes
struct	fpPoint< dims >
	A point in dims-dimensional space. More...
struct	fp_detail::fpPointLayout< dims >
	Instantiated at every zero-copy call site: the layout contract that makes the cast legal. More...

Namespaces
namespace	fp_detail

Functions
template<FP_SIZE dims>
constexpr bool	operator== (const fpPoint< dims > &a, const fpPoint< dims > &b)
template<FP_SIZE dims>
constexpr bool	operator!= (const fpPoint< dims > &a, const fpPoint< dims > &b)
template<FP_SIZE dims>
const FP_REAL *	fpPointData (const std::vector< fpPoint< dims > > &points)
	Borrow a vector of points as a Fortran x(dims,m) buffer. No copy, no allocation.
template<FP_SIZE dims>
std::vector< FP_REAL >	fpPointFlatten (const std::vector< fpPoint< dims > > &points)
	Flatten a vector of points into Fortran x(dims,m) order. One contiguous copy.
template<FP_SIZE dims>
std::vector< fpPoint< dims > >	fpPointGather (const std::vector< FP_REAL > &flat)
	Rebuild a vector of points from a Fortran x(dims,m) buffer.

Function Documentation

fpPointData()

template<FP_SIZE dims>

const FP_REAL * fpPointData ( const std::vector< fpPoint< dims > > & points )

inline

Borrow a vector of points as a Fortran x(dims,m) buffer. No copy, no allocation.

Returns

nullptr for an empty vector, as the C entry points expect.

fpPointFlatten()

template<FP_SIZE dims>

std::vector< FP_REAL > fpPointFlatten ( const std::vector< fpPoint< dims > > & points )

inline

Flatten a vector of points into Fortran x(dims,m) order. One contiguous copy.

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fpPointGather()

template<FP_SIZE dims>

std::vector< fpPoint< dims > > fpPointGather ( const std::vector< FP_REAL > & flat )

inline

Rebuild a vector of points from a Fortran x(dims,m) buffer.

operator!=()

template<FP_SIZE dims>

bool operator!= ( const fpPoint< dims > & a, const fpPoint< dims > & b )

constexpr

operator==()

template<FP_SIZE dims>

bool operator== ( const fpPoint< dims > & a, const fpPoint< dims > & b )

constexpr