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:
BP
BLYP
REVPBE
RPBE
B97D
PBE
RPW86PBE
B3LYP
TPSS
HF
TPSS0
PBE0
HSE06
REVPBE38
PW6B95
B2PLYP
DSDBLYP
DSDBLYPFC
BOP
MPWLYP
OLYP
PBESOL
BPBE
OPBE
SSB
REVSSB
OTPSS
B3PW91
BHLYP
REVPBE0
TPSSH
MPW1B95
PWB6K
B1B95
BMK
CAMB3LYP
LCWPBE
B2GPPLYP
PTPSS
PWPB95
HF_MIXED
HF_SV
HF_MINIS
B3LYP_631GD
HCTH120
DFTB3
PW1PW
PWGGA
HSESOL
HF3C
HF3CV
PBEH3C
none
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.