Units |
Units for calculation of frequencies/energy - valid
values are cm1 (cm-1), MHz, Kelvin and eV. The key change
this makes is in
calculating Boltzmann factors from temperature; the units are otherwise
not significant.
|
PrintLevel |
Controls the
amount of printout in the Log window.
Negative for no output, 0 for a
line list, larger numbers for printouts of the Hamiltonian and
transition
matrices. |
Precision |
Precision of printout (decimal places after the point). |
BasisOrder |
How to order the basis states making up a basis. Valid values
are: boDefault, boDiagonal and boStateDiagonal. |
JAdjustSym |
If set, energy
level plots and Fortrat diagrams will take account of the alternation
in symmetry with J that is
often found. For example in linear molecules
an energy level will typically alternate between + and - parity with J
(hence the e/f notation). |
QuantumNumberFormat |
Controls how quantum numbers are read and displayed.Possible
values are:
- J: Values are displayed as integer or integer + 0.5, such
as 2 and 3.5. On input, strings contain /2 are also accepted, such as
7/2 (=3.5)
- 2J: All quantum numbers are doubled, and always display and
must be read as integers. This was the default for versions before 5.2
- 2J+1/2: The value displayed is the quantum number + 0.5,
but otherwise as for J
- 2J-1/2: The value displayed is the quantum number - 0.5,
but otherwise as for J
|
FitCycles |
Number of least squares fit cycles to do on each press of a
"fit" button. |
FitDetails
|
If true, display more
information following a fit, currently a singular value decomposition
of the parameters.
|
AutoReplot |
If false, automatic recalculation of the simulation is
disabled in some circumstances. Use if the program is running slowly. |