integrators::fitfunctions::PolySingularTransform< I, D, M > Struct Template Reference

#include <qmc.hpp>

Public Member Functions
	PolySingularTransform (const I &f)
__host__ __device__ auto	operator() (D *x) -> decltype(f(x))
void	operator() (D *x, decltype(f(x)) *res, U count)

Public Attributes
I	f
const U	number_of_integration_variables
D	p [M][num_parameters]

Static Public Attributes
static const U	num_parameters = 6

Constructor & Destructor Documentation

PolySingularTransform()

template<typename I , typename D , U M>

integrators::fitfunctions::PolySingularTransform< I, D, M >::PolySingularTransform ( const I & f )

inline

Member Function Documentation

operator()() [1/2]

template<typename I , typename D , U M>

__host__ __device__ auto integrators::fitfunctions::PolySingularTransform< I, D, M >::operator() ( D * x ) -> decltype(f(x))

inline

operator()() [2/2]

template<typename I , typename D , U M>

void integrators::fitfunctions::PolySingularTransform< I, D, M >::operator() ( D * x, decltype(f(x)) * res, U count )

inline

Member Data Documentation

f

template<typename I , typename D , U M>

I integrators::fitfunctions::PolySingularTransform< I, D, M >::f

num_parameters

template<typename I , typename D , U M>

const U integrators::fitfunctions::PolySingularTransform< I, D, M >::num_parameters = 6

static

number_of_integration_variables

template<typename I , typename D , U M>

const U integrators::fitfunctions::PolySingularTransform< I, D, M >::number_of_integration_variables

p

template<typename I , typename D , U M>

D integrators::fitfunctions::PolySingularTransform< I, D, M >::p[M][num_parameters]

---

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

• /home/runner/work/DiFfRG/DiFfRG/DiFfRG/include/qmc/qmc.hpp