[[TOC]]
== Create non-radar scenario injections from ERAM SAR ==
* Extract the non-radar messages from ERAM SAR using [[ESAR2SDRR|esar2sdrr]]
* Convert E2E messages in ERAM SAR into Host messages using [[ESARIFA|esarIfa]]
* Add beacon amendments from ERAM SAR using [[ESARBCNCHANGES|esarBcnChanges]]
* Dump CS commands to sdrr message file using [[ESARSECTORPLAN|esarSectorPlan]]
* Merge products into single time-sorted sdrr message file using [[SDRRMERGE|sdrrmerge]]
* Adjust scenario start time using [[SDRRSETSTARTTIME|sdrrSetStarttime]]*# Make acids in a scenario unique using [[SDRRUNIQUEIFY|sdrrUniqueify]] (run on final 'merged' product)
* Convert sdrr msg file to atcoach format using [[SDRR2ATC|sdrr2atc]]
* (optional) Pull out host injections produced by esarIfa into a separate rsi (to be used only when running in 'standalone' mode)

example:
{{{
zlc:
     grep "IFDT. ZSE,ZLC" atc.out > zlc.rsi1
     grep -v "IFDT. ZSE,ZLC" atc.out > zlc.main

zse:
     grep "IFDT. ZLC,ZSE" atc.out > zse.rsi1
     grep -v "IFDT. ZLC,ZSE" atc.out > zse.main</pre>
}}}

== Create SGET scenario (for ATCoach export shell) ==
* create new SGET scenario using adaptation that will be run in lab
* set starttime / runtime / prefs, save
* export scenario to SIME/ATCoach format
* fix up export:
  * if exported from GUI, need to disable radars in export manually (remove test targets etc, and change CARB to CXIRA)
  * if exported from command line with -r -t -i copy in acmodels dir and add ACMODELS line to control file
  * set startdate/time in control file
  * add EMULATION lines for other channel
  * copy in sepadapt files for other channel
  * check wxscen (may want to make sure times are correct after talking to jack miller/ufa)
* import final product of non-radar scenario from ERAM SAR step 9) - i.e., zxx.main,into targets section of main scenario export file

== Convert ERAM neighbor inputs to Host inputs ==
1. Convert E2E messages in ERAM SAR into Host messages using [[ESARIFA|esarIfa]]
2. Adjust scenario start time using [[SDRRSETSTARTTIME|sdrrSetStarttime]]
#:example:
{{{
sdrrSetStarttime -s 12:45:00 -S 13:00:00 -d 00:00:02 ifa.out > ifa_setstart.out
}}}
3. Make acids in a scenario unique using [[SDRRUNIQUEIFY|sdrrUniqueify]] - (still TBD)
 * may need to merge ifa output with main output and uniquify together 
 * could still separate ifa inputs back out fairly easily by script (possibly simple grep)

4. Convert sdrr msg file to atcoach format using [[SDRR2ATC|sdrr2atc]]
  example:
{{{
#:sdrr2atc -s 12:45:00 -h zlc -r "BQU_K2 DLN_K1 ->D" ifa_setstart.out > ifa_atc.out
}}}
 then edit the resulting ifa_atc.out file:
 * save a copy of ifa_atc.out file first (for acid-mapping questions that might come up)
{{{
cp ifa_atc.out ifa_atc.out.w_acidmap
}}}
* trim out acid map
* trim out CI lines
* save file and rename to scenario_name-0.ZXX.rsi1

== Radar ==
 1. Convert ERAM radar SAR data to SDRR .srv radar files per radar site using [[ESAR2SRV|esar2srv]]
 2. Convert SDRR .srv radar files to ATCoach radar hex format using [[SRV2RM|srv2rm]]

== Weather ==
* extract RUC from ERAM SAR (eopd/narcl report is easiest - but may also be able to use JVN 'dumpruc' util)
* build wx shell scen containing desired hour slices, save, quit
* copy RUC files into ./ruc subdir of wx scen (remove whatever is there first)
* remove whatever is in ./precip dir
* remove precip= line from wx*.xml files
* edit ruc= line in wx*.xml files to point to new ruc files
* open wx scen and view time slices