d3bj
Grimme's D3(BJ) dispersion correction. It can be a top level global command by providing the structure subcommand to obtain the D3BJ energy of a structure.
d3bj(
structure(
molecule = water
)
functional = PBE
)
It can be used inside dft() to specify the D3(BJ) functional.
dft(
structure(molecule=water)
xc = PBE
ao = DZP
d3bj(functional=PBE)
)
Subcommands
Options
a1-
R0 scaling factor in Becke-Johnson damping
- The type is real
- There is no default value.
a2-
R0 constant in Becke-Johnson damping
- The type is real
- There is no default value.
functional-
Name of functional to use for the D3 paramaters.
- The type is string-lowered
- There is no default value.
- The value must be one of:
BPBLYPREVPBERPBEB97DPBERPW86PBEB3LYPTPSSHFTPSS0PBE0HSE06REVPBE38PW6B95B2PLYPDSDBLYPDSDBLYPFCBOPMPWLYPOLYPPBESOLBPBEOPBESSBREVSSBOTPSSB3PW91BHLYPREVPBE0TPSSHMPW1B95PWB6KB1B95BMKCAMB3LYPLCWPBEB2GPPLYPPTPSSPWPB95HF_MIXEDHF_SVHF_MINISB3LYP_631GDHCTH120DFTB3PW1PWPWGGAHSESOLHF3CHF3CVPBEH3Cnone
name-
Specify the name of a set of results.
This option is deprecated.
- The type is string
- There is no default value.
print_level-
Print level.
- The type is int
- There is no default value.
- The value must be one of:
-2- No output-1- Minimum output0- Output that doesn't scale with system size1- Output that scales linearly with system size2- (Debugging) output that scales quadratically with system size3- (Debugging) output that scales cubically with system size
s6-
Scaling factor of the r^-6 dispersion energy
- The type is real
- There is no default value.
s8-
Scaling factor of the r^-8 dispersion energy
- The type is real
- There is no default value.