How to: Enable new parameters in Kpp$* user imbeds that are introduced by PARMGEN PTFs

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Advanced parameters that are introduced by the PARMGEN PTFs are customized via the parameters in the Kpp$* user imbeds. This topic explains how to perform this task using PARMGEN.

Before you begin

In each PARMGEN PTF, new advanced parameters might be introduced in the user imbeds. Review the Kpp$* default user imbeds that are provided by the PARMGEN PTF in the rte_plib_hilev.rte_name.IKAN* datasets. Go through the description of new parameters to determine which new parameters you want to enable.

Procedure

  1. Add the new parameters to the rte_plib_hilev.rte_name.WCONFIG(Kpp$*) user imbeds.
    You must recreate the user imbeds to include the new parameters.
    1. Rename the existing rte_plib_hilev.rte_name.WCONFIG(Kpp$*) user imbeds.
    2. Rerun the rte_plib_hilev.rte_name.WCONFIG(KCIJPUP1) job to recreate the rte_plib_hilev.rte_name.WCONFIG(Kpp$*) user imbeds with default values.
      You can also find the KCIJPUP1 job in the PARMGEN utility menu.
  2. Customize the parameters in the new rte_plib_hilev.rte_name.WCONFIG(Kpp$*) user imbeds.
    • For the parameters that are previously customized, compare their values with the ones in the old WCONFIG(Kpp$*) user imbeds that are renamed in Step 1a, and bring the values to the new WCONFIG(Kpp$*) user imbeds.
    • For new parameters that you want to enable, uncomment out the parameters in the recreated rte_plib_hilev.rte_name.WCONFIG(Kpp$*) user imbeds.
      • If variables are not enabled in the RTE, uncomment out the parameters with exact values.
      • If variables are enabled in the RTE, uncomment out the parameters with variable placeholders.
  3. Change the parameter values if needed.
    • If variables are not enabled in the RTE, change the parameter values in the rte_plib_hilev.rte_name.WCONFIG(Kpp$*) user imbeds.
    • If variables are enabled in the RTE, change the resolution values of the placeholders in the GBL_USER_JCL(rte_name) RTE variables profile.
  4. Run the $PARSE* job to recreate the RTE's rte_plib_hilev.rte_name.WKAN*(runtime_member) where the Kpp$* is imbedded.
    • For Kpp$C*, run the $PARSECM job to recreate runtime members in WKANCMDU library.
    • For Kpp$P*, run the $PARSEPR job to recreate runtime members in WKANPARU library.
    • For Kpp$S*, run the $PARSESM job to recreate runtime members in WKANSAMU library.
  5. Submit the WKANSAMU(KCIJPW2R) job to refresh the RKAN* libraries when ready to stage the update.
  6. Recycle the product started task.