Depending on provided input files, tables require the following input:
..... -------------------------------------------------------------------------------- Configuration Term J Total Energy Levels -------------------------------------------------------------------------------- 1. 2s(2).2p(3)4S3 4S 3/2 -54.554039298 2. 3/2 -54.554039298 3. 2s(2).2p(3)2D3 2D 5/2 -54.466443168 19224.37 4. 5/2 -54.466443168 19224.37 5. 3/2 -54.466403464 19233.09 8.71 6. 3/2 -54.466403464 19233.09 7. 2s(2).2p(3)2P1 2P 1/2 -54.422633792 28839.04 8. 1/2 -54.422633792 28839.04 9. 3/2 -54.422633692 28839.07 0.02 10. 3/2 -54.422633692 28839.07 -------------------------------------------------------------------------------- B.lsj not found ... The following duplicate states will be erased: 2 4 6 8 10 Select more nonphysical, use a "+" at the end for a cut-off point. Example: 3 8 +, will additionally remove 3, 8 and higher.
The program will automatically erase all states that are duplicated, or nonphysical (i.e. the same states but with high energy).
If only .lsj files are present the user needs to enter the atomic number and the number of electrons, since this information is not present in the .lsj files.
1. Transition energies. 2. Lower-Upper. 3. Upper-Lower. 4. f value. 5. Line strength. 6. Wavelength(air).