36 #ifndef MADNESS_MRA_TWOSCALE_H__INCLUDED
37 #define MADNESS_MRA_TWOSCALE_H__INCLUDED
44 extern void load_coeffs(World& world,
const char* dir);
46 Tensor<double>* h0, Tensor<double>* h1,
47 Tensor<double>* g0, Tensor<double>* g1);
51 extern bool autoc(
int k, Tensor<double>*
c);
55 #endif // MADNESS_MRA_TWOSCALE_H__INCLUDED
bool test_two_scale_coefficients()
Definition: twoscale.cc:173
This header should include pretty much everything needed for the parallel runtime.
Defines and implements most of Tensor.
bool test_autoc()
Definition: twoscale.cc:262
void load_coeffs(World &world, const char *dir)
Collective routine to load and cache twoscale & autorrelation coefficients.
Definition: twoscale.cc:310
bool two_scale_coefficients(int k, Tensor< double > *h0, Tensor< double > *h1, Tensor< double > *g0, Tensor< double > *g1)
Return the two scale coefficients in the Legendre basis.
Definition: twoscale.cc:139
bool autoc(int k, Tensor< double > *c)
Return the autocorrelation coefficients for scaling functions of given order.
Definition: twoscale.cc:239
bool two_scale_hg(int k, Tensor< double > *hg)
Definition: twoscale.cc:156
Holds machinery to set up Functions/FuncImpls using various Factories and Interfaces.
Definition: chem/atomutil.cc:45
const double c
Definition: gfit.cc:200