The following $rem variables can be used to control the calculation of intracules.
INTRACULE
INTRACULE
Controls whether intracule properties are calculated (see also the
$intracule section).
TYPE:
LOGICAL
DEFAULT:
FALSE
OPTIONS:
FALSE
No intracule properties.
TRUE
Evaluate intracule properties.
RECOMMENDATION:
None
WIG_MEM
WIG_MEM
Reduce memory required in the evaluation of .
TYPE:
LOGICAL
DEFAULT:
FALSE
OPTIONS:
FALSE
Do not use low memory option.
TRUE
Use low memory option.
RECOMMENDATION:
The low memory option is slower, so use the default unless memory is limited.
WIG_LEB
WIG_LEB
Use Lebedev quadrature to evaluate Wigner integrals.
TYPE:
LOGICAL
DEFAULT:
FALSE
OPTIONS:
FALSE
Evaluate Wigner integrals through series summation.
TRUE
Use quadrature for Wigner integrals.
RECOMMENDATION:
None
WIG_GRID
WIG_GRID
Specify angular Lebedev grid for Wigner intracule calculations.
TYPE:
INTEGER
DEFAULT:
194
OPTIONS:
Lebedev grids up to 5810 points.
RECOMMENDATION:
Larger grids if high accuracy required.
N_WIG_SERIES
N_WIG_SERIES
Sets summation limit for Wigner integrals.
TYPE:
INTEGER
DEFAULT:
10
OPTIONS:
RECOMMENDATION:
Increase for greater accuracy.
N_I_SERIES
N_I_SERIES
Sets summation limit for series expansion evaluation of .
TYPE:
INTEGER
DEFAULT:
40
OPTIONS:
RECOMMENDATION:
Lower values speed up the calculation, but may affect accuracy.
N_J_SERIES
N_J_SERIES
Sets summation limit for series expansion evaluation of .
TYPE:
INTEGER
DEFAULT:
40
OPTIONS:
RECOMMENDATION:
Lower values speed up the calculation, but may affect accuracy.