madness::divide_add_interpolate Struct Reference

Class to compute terms of the potential. More...

#include <oep.h>

Public Member Functions
	divide_add_interpolate (double hi, double lo, double eps_regularize)
std::size_t	get_result_size () const
std::vector< Tensor< double > >	operator() (const Key< 3 > &key, const std::vector< Tensor< double > > &t) const

Public Attributes
double	eps_regularize =1.e-8
double	log_high
double	log_low
bool	square_denominator =false
double	thresh_high =1.e-5
double	thresh_low =1.e-7

Detailed Description

Class to compute terms of the potential.

Constructor & Destructor Documentation

divide_add_interpolate()

madness::divide_add_interpolate::divide_add_interpolate ( double  hi, double  lo, double  eps_regularize  )

inline

Member Function Documentation

get_result_size()

std::size_t madness::divide_add_interpolate::get_result_size ( ) const

inline

operator()()

std::vector<Tensor<double> > madness::divide_add_interpolate::operator() ( const Key< 3 > &  key, const std::vector< Tensor< double > > &  t  ) const

inline

Parameters

[in]

t

vector containing: oep, refdensity, longrange

Returns

(num1/denom1 - num2/denom2) * mask + (1-mask)*longrange

References madness::copy(), eps_regularize, madness::Tensor< T >::fill(), IND, ITERATOR, log_high, log_low, mask, square_denominator, thresh_high, and thresh_low.

Member Data Documentation

eps_regularize

double madness::divide_add_interpolate::eps_regularize =1.e-8

Referenced by operator()().

log_high

double madness::divide_add_interpolate::log_high

Referenced by operator()().

log_low

double madness::divide_add_interpolate::log_low

Referenced by operator()().

square_denominator

bool madness::divide_add_interpolate::square_denominator =false

Referenced by operator()().

thresh_high

double madness::divide_add_interpolate::thresh_high =1.e-5

Referenced by operator()().

thresh_low

double madness::divide_add_interpolate::thresh_low =1.e-7

Referenced by operator()().

---

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

• oep.h