sc::twobodyintcints(3)
NAME
sc::TwoBodyIntCints - This implements electron repulsion integrals in
the IntCints library.
SYNOPSIS
#include <tbintcints.h> Inherits sc::TwoBodyInt. Public Member Functions TwoBodyIntCints (Integral *integral, const Ref< GaussianBasisSet > &b1, const Ref< GaussianBasisSet > &b2, const Ref< GaussianBasisSet > &b3, const Ref< GaussianBasisSet > &b4, size_t storage, tbinteval int2etype) int log2_shell_bound (int, int, int, int) Return log base 2 of the maximum magnitude of any integral in a shell block obtained from compute_shell. void compute_shell (int, int, int, int) Given four shell indices, integrals will be computed and placed in the buffer. size_t used_storage () const void set_integral_storage (size_t storage) This storage is used to cache computed integrals. const double * buffer (tbint_type te_type) const The computed shell integrals will be put in the buffer returned by this member. Protected Attributes Ref< Int2eCints > int2ecints_
Detailed Description
This implements electron repulsion integrals in the IntCints library.
Member Function Documentation
- int sc::TwoBodyIntCints::log2_shell_bound (int, int, int, int) [virtual]
- Return log base 2 of the maximum magnitude of any integral in a shell
block obtained from compute_shell. - An index of -1 for any argument indicates any shell.
- Implements sc::TwoBodyInt.
- void sc::TwoBodyIntCints::compute_shell (int, int, int, int) [virtual]
- Given four shell indices, integrals will be computed and placed in the buffer.
- The first two indices correspond to electron 1 and the second two
indices correspond to electron 2. - Implements sc::TwoBodyInt.
- const double* sc::TwoBodyIntCints::buffer (tbint_type type) const [inline,
- virtual]
The computed shell integrals will be put in the buffer returned by this member. - Some TwoBodyInt specializations have more than one buffer: The type
arguments selects which buffer is returned. If the requested type is
not supported, then 0 is returned. - Reimplemented from sc::TwoBodyInt.
Author
- Generated automatically by Doxygen for MPQC from the source code.