class Gambit::Farray #

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#include <util_types.hpp>

Protected Classes #

Public Types #

Protected Types #

Public Functions #

Public Attributes #

Detailed Description #

template <typename T ,
int... lims>
class Gambit::Farray;

Array class that matches the memory structure and functionality of arrays in Fortran codes Syntax: Farray<[type], [lower index, dim 1], [upper index, dim 1], [alternating lower/upper indices for subsequent dimensions]> DO NOT UNDER ANY CIRCUMSTANCE add new member variables to this class! This would break the crucial memory structure.

Public Types Documentation #

typedef nElem #

typedef calc_nElem<lims... > Gambit::Farray< T, lims >::nElem;

Protected Types Documentation #

typedef allowed_types #

typedef mult_types< short, const short, short&, const short&, unsigned short, const unsigned short, unsigned short&, const unsigned short&, int, const int, int&, const int&, unsigned, const unsigned, unsigned&, const unsigned&, long, const long, long&, const long&, unsigned long, const unsigned long, unsigned long&, const unsigned long&, long long , const long long, long long&, const long long&, unsigned long long, const unsigned long long, unsigned long long&, const unsigned long long&> Gambit::Farray< T, lims >::allowed_types;

Public Functions Documentation #

function Farray #

inline Farray()

function Farray #

inline Farray(
    Farray< T, lims... > & in
)

function operator() #

template <typename ... Args>
inline enable_if_all_member< allowed_types, T &, Args... >::type::type operator()(
    Args ... a
)

function operator() #

template <typename ... Args>
inline enable_if_all_member< allowed_types, constT &, Args... >::type::type operator()(
    Args ... a
) const

function operator= #

inline Farray< T, lims... > & operator=(
    const Farray< T, lims... > & orig
)

function Farray #

inline Farray(
    const T val
)

function operator= #

inline Farray< T, lims... > & operator=(
    const T val
)

Public Attributes Documentation #

variable array #

T[nElem::val] array;

Updated on 2023-06-26 at 21:36:50 +0000