This tool optimizes Rb_hi or Rb_low, depending on provided log file.
Learned GG file is required, and just one rel-dis-rel file at the conditions
customer likes to optimize.

Rb_hi or Rb_lo will be updated depending on the temperature in the log file.
If > 25, then Rb_hi, if <25 then Rb_lo.

Results are saved in chemdat12_IDxxx file.
Additionaly, gg file with optimized Ra and thermal parameters is saved.

How to submit the data to the server:
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Prepare a *.zip file that contains following files:

1) config.txt (should have correct chem ID, and column assignment)
see example below:

ProcessingType=6
ChemID=3880
NumCellSeries=1
ElapsedTimeColumn=2
VoltageColumn=32
CurrentColumn=24
TemperatureColumn=22
InputChemdat12=1

Note that ProcessingType=6 shold be set so that server recognizes this new tool!

2) sysrate_rel_dis_rel.csv 
(data file at discharge rate important to optimize for customer. If it is higher then 25C,
Rb_hi willbe updated in Allres_newID_xxxx, if it is lower then 25C, Rb_lo will be updated)

3) gg.csv (this should be GG file that was exported after learning, so learned Ra values are there, or file returned by rbtweak tool).

4) If from previous Rbtweak
chemdat12_IDxxx is availabe,
and gg.csv above was produced by rbtweak, rename it to chemdat12 and add it to the package, and set
InputChemdat12=1
otherwise set InputChemdat12=0

Note that input chemdat12 should be produced in Rbtweak tool with the same chem ID as specified in config.txt, 
otherwise error will be reported.
   All Rb_hi and Rb_low values containing in the input chemdat12 will be passed through to then new chemdat12 except the values
optimized in present run (Rb_hi or Rb_low), which will be overwritten. This way for example Rb_low values from previous
Rb tweak would be preserved, in Rb_hi is being optimized in present run.

Submit the zip file using below link:
https://www.ti.com/event/docs/accesseventaction.tsp?actionId=1503

You will receive the result by e-mail over a few minites.
It will have a zip file that contain following files:

chemdat12_IDxxx
gg_out.csv
GPC_report.txt

Use bqstudio to program original chem ID, then chemdat12_IDxxx and then the gg file to get full optimized parameters.
After that you can export golden image for production.