mundy::convex::MundyMathBackend Struct Reference

Backend for Mundy math within a kernel.

#include <convex.hpp>

Static Public Member Functions
template<class Vector>
static auto	make_vector_like (const Vector &)
template<class LinearOp>
static auto	make_domain_vector (const LinearOp &op)
template<class LinearOp>
static auto	make_range_vector (const LinearOp &op)
template<class LinearOp>
static auto	make_workspace (const LinearOp &op)
template<class Vector>
static size_t	size (const Vector &)
template<class LinearOp>
static size_t	domain_size (LinearOp &)
template<class LinearOp>
static size_t	domain_size (LinearOp &op)
template<class LinearOp>
static size_t	domain_size (LinearOp &)
template<class LinearOp>
static size_t	range_size (LinearOp &)
template<class LinearOp>
static size_t	range_size (LinearOp &op)
template<class LinearOp>
static size_t	range_size (LinearOp &)
template<class Vector>
static decltype(auto)	vector_data (const Vector &x, size_t i)
template<class Vector>
static decltype(auto)	vector_data (Vector &x, size_t i)
template<class DestVector, class SrcVector>
static void	deep_copy (DestVector &dest, const SrcVector &src)
template<typename LinearOp, class XVector, class YVector>
static void	apply (const LinearOp &op, const XVector &x, YVector &y)
template<typename LinearOp, class XVector, class YVector, typename Workspace>
static void	apply (const LinearOp &op, const XVector &x, YVector &y, Workspace &workspace)
template<class Scalar, class XVector, class YVector>
static void	axpby (const Scalar alpha, const XVector &x, const Scalar beta, YVector &y)
template<typename Wrapper, class Scalar, class XVector, class YVector, class ZVector>
static void	wrapped_axpbyz (const Scalar alpha, const XVector &x, const Scalar beta, const YVector &y, ZVector &z, const Wrapper &wrapper)
template<class ReductionScalar, class XVector, class YVector>
static ReductionScalar	diff_dot (const XVector &x, const YVector &y)
template<class ReductionScalar, class X1Vector, class X2Vector, class Y1Vector, class Y2Vector>
static ReductionScalar	diff_dot (const X1Vector &x1, const X2Vector &x2, const Y1Vector &y1, const Y2Vector &y2)
template<class ReductionScalar, class Functor, class Vector>
static void	reduce_max (const Vector &, size_t n, const Functor &func, ReductionScalar &result)

Member Function Documentation

make_vector_like()

template<class Vector>

auto mundy::convex::MundyMathBackend::make_vector_like ( const Vector & )

inlinestatic

make_domain_vector()

template<class LinearOp>

auto mundy::convex::MundyMathBackend::make_domain_vector ( const LinearOp & op )

inlinestatic

make_range_vector()

template<class LinearOp>

auto mundy::convex::MundyMathBackend::make_range_vector ( const LinearOp & op )

inlinestatic

make_workspace()

template<class LinearOp>

auto mundy::convex::MundyMathBackend::make_workspace ( const LinearOp & op )

inlinestatic

size()

template<class Vector>

size_t mundy::convex::MundyMathBackend::size ( const Vector & )

inlinestatic

domain_size() [1/3]

template<class LinearOp>

size_t mundy::convex::MundyMathBackend::domain_size ( LinearOp & )

inlinestatic

domain_size() [2/3]

template<class LinearOp>

size_t mundy::convex::MundyMathBackend::domain_size ( LinearOp & op )

inlinestatic

domain_size() [3/3]

template<class LinearOp>

size_t mundy::convex::MundyMathBackend::domain_size ( LinearOp & )

inlinestatic

range_size() [1/3]

template<class LinearOp>

size_t mundy::convex::MundyMathBackend::range_size ( LinearOp & )

inlinestatic

range_size() [2/3]

template<class LinearOp>

size_t mundy::convex::MundyMathBackend::range_size ( LinearOp & op )

inlinestatic

range_size() [3/3]

template<class LinearOp>

size_t mundy::convex::MundyMathBackend::range_size ( LinearOp & )

inlinestatic

vector_data() [1/2]

template<class Vector>

decltype(auto) mundy::convex::MundyMathBackend::vector_data ( const Vector & x, size_t i )

inlinestatic

vector_data() [2/2]

template<class Vector>

decltype(auto) mundy::convex::MundyMathBackend::vector_data ( Vector & x, size_t i )

inlinestatic

deep_copy()

template<class DestVector, class SrcVector>

void mundy::convex::MundyMathBackend::deep_copy ( DestVector & dest, const SrcVector & src )

inlinestatic

apply() [1/2]

template<typename LinearOp, class XVector, class YVector>

void mundy::convex::MundyMathBackend::apply ( const LinearOp & op, const XVector & x, YVector & y )

inlinestatic

apply() [2/2]

template<typename LinearOp, class XVector, class YVector, typename Workspace>

void mundy::convex::MundyMathBackend::apply ( const LinearOp & op, const XVector & x, YVector & y, Workspace & workspace )

inlinestatic

axpby()

template<class Scalar, class XVector, class YVector>

void mundy::convex::MundyMathBackend::axpby ( const Scalar alpha, const XVector & x, const Scalar beta, YVector & y )

inlinestatic

wrapped_axpbyz()

template<typename Wrapper, class Scalar, class XVector, class YVector, class ZVector>

void mundy::convex::MundyMathBackend::wrapped_axpbyz ( const Scalar alpha, const XVector & x, const Scalar beta, const YVector & y, ZVector & z, const Wrapper & wrapper )

inlinestatic

diff_dot() [1/2]

template<class ReductionScalar, class XVector, class YVector>

ReductionScalar mundy::convex::MundyMathBackend::diff_dot ( const XVector & x, const YVector & y )

inlinestatic

diff_dot() [2/2]

template<class ReductionScalar, class X1Vector, class X2Vector, class Y1Vector, class Y2Vector>

ReductionScalar mundy::convex::MundyMathBackend::diff_dot ( const X1Vector & x1, const X2Vector & x2, const Y1Vector & y1, const Y2Vector & y2 )

inlinestatic

reduce_max()

template<class ReductionScalar, class Functor, class Vector>

void mundy::convex::MundyMathBackend::reduce_max ( const Vector & , size_t n, const Functor & func, ReductionScalar & result )

inlinestatic