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Input data

The user provides the following input data:
  1. Name of state
    This program requires that the name of the sate, denoted here as <name>, to be specified. The program expects expects all data from <name>.c, <name>.w and either of <name>.l, or <name>.j.

  2. Type
    The following options are provided; For the last option all needed input data is in the configuration input file <name>.c .

  3. Hyperfine parameters
    The hyperfine parameters $a_{l},a_{d},a_{c}$ and $b_{q}$ can be printed out. (meaningful for pure LS terms).

  4. Input
    The program can use wave function expansion from either an MCHF or CI calculation.

  5. Number
    Specifies the particular states for which the $A$ and $B$ factors to be calculated (when <name>.j contains more than one state).

  6. Print-out
    In a calculation of the $A$ and $B$ factors, values of the $A^{orb},A^{dip}, A^{cont}$, and $B$ terms are written to the file <name>.h. Full print-out prints the values of coefficients and radial matrix elements as well as the contribution to the different $A$ and $B$ factors for every pair of configurations.

  7. Tolerance for printing
    In the case of a full print-out it is possible to set a tolerance for printing. If the contribution to a term is less than the tolerance, then it will not be printed.

  8. Nuclear data
    The user provides: which are experimental values.


next up previous contents
Next: File IO Up: HFS Previous: hfs Program Structure   Contents
2001-10-11