EFIT kinetic profile data

1. Prepare K input file using a particular SNAP file
   • _MSES for spline representation using magnetic and MSE data
   • _MSEP for polynomial representation using magnetic and MSE data
   • Run EFIT in mode 5, rename K file accordingly
2. Run EFIT in mode 2 using the K file to get G EQDSK
   • Use 33x65 double precision version
3. Run ENERGY code on Vaxs or 4d on Hps using the G EQDSK to prepare profile information for ONETWO run
   • Need to prepare EDAT files for CER and Thomson before ENERGY, see get_edat.doc
   • Vary knot points appropriately to match the experimental data. Use autoknot, fix axis, fix edge options
   • Get profiles of ne, Te, Zeff, Ti, and Omega
   • Use command procedure on Vaxs (profiles_084654_02290.com)
4. Run ONETWO on HP workstations to get pressure profile information and import it to the K file
   • Use an existing INONE file as template (i183729.02450)
     • Update ne, Te, Zeff, Ti, and Omega profile information from ENERGY P0 file
     • Update neutral beam power using information on power, average beam energy, average right beam fraction from command procedure results on Vaxs (do_nbi.com)
     • Update shot and time
   • Use Freeman's run12 script to run, see run12.doc
   • Summarize results by running summarize
   • Check results using graphic outputs
5. Prepare kinetic input file for EFIT using ONETWO QIKONE file
   • Use command procedure on Vaxs to extract the profile information and port it to the K file
   • Manually edit the K file, namelist title, number of fitting parameters, pressure profile uncertainty
6. Run 65x65 double precision version of EFIT efitd6565d using new kinetic K input file
   • Track convergence and chi2
7. Repeat whole procedure using new kinetic EQDSK if needed

DOCUMENTATION, SCRIPT, AND COMMAND FILES

All the documentation, script, and command files mentioned above can be found in the hydra area /c/efit/doc. This area also includes some useful documentation of kinetic EFIT procedures from others.