mpblocks::cuda::polynomial::Divide< Enabled, i, Scalar, NumExp, NumSpec, DenExp, DenSpec > Struct Template Reference

specialization for the first step uses actual numerator, not remainder More...

#include <mpblocks/cuda/polynomial/divide.h>

Static Public Member Functions
__host__ __device__ static __forceinline__ void	step (const NumExp &n, const DenExp &d, Polynomial< Scalar, typename QuotientSpec< NumSpec, DenSpec >::result > &q, Polynomial< Scalar, typename ScratchSpec< NumSpec, DenSpec >::result > &r)

Detailed Description

template<bool Enabled, int i, typename Scalar, class NumExp, class NumSpec, class DenExp, class DenSpec>
struct mpblocks::cuda::polynomial::Divide< Enabled, i, Scalar, NumExp, NumSpec, DenExp, DenSpec >

specialization for the first step uses actual numerator, not remainder

Definition at line 77 of file divide.h.

Member Function Documentation

template<bool Enabled, int i, typename Scalar, class NumExp, class NumSpec, class DenExp, class DenSpec>

__host__ __device__ static __forceinline__ void mpblocks::cuda::polynomial::Divide< Enabled, i, Scalar, NumExp, NumSpec, DenExp, DenSpec >::step ( const NumExp &  n, const DenExp &  d, Polynomial< Scalar, typename QuotientSpec< NumSpec, DenSpec >::result > &  q, Polynomial< Scalar, typename ScratchSpec< NumSpec, DenSpec >::result > &  r  )

inlinestatic

Definition at line 80 of file divide.h.

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

• include/mpblocks/cuda/polynomial/divide.h