BQ27Z561: Steps to generate the ChemID & Golden Image

Battery Information

Nominal voltage = 3.8V.

Battery Capacity is 4000 mAH

1. Battery is connected to fuel gauge and fuel gauge is connected to PC
2. In the BQ Studio Clicked on the Read All button in the Data Memory window. & Exported text file with a .gg.csv extension, now i have modified below parameters in that file.
   1. [Gas Gauging][State][QMax]: 4000 
   2. [Gas Gauging][IT Cfg][Term Voltage]: 3.0V
   3. [Gas Gauging][Advanced Charge Algorithm][Charge Term Taper Current]: 200mA
   4. [Gas Gauging][Advanced Charge Algorithm][Low/Standard/High/Rec Temp Charging][Voltage]: 4.2
3. Imported modified .gg.csv file to the bq studio.
4. Clicked on Write_All button and flashed parameters [Verified parameter after Read All  Button  and checked all modified parameter in the BQ studio Data Memory.]
5. Setting Chem ID
   1. Selected ChemID: 4.4 V (ID 3142)  [As our battery dont have any listed IDs, we have selected 3142 as per bq27z561EVM-011  user guide]
   2. Clicked "Program Selected Chemistry"
6. Now i go to the Watch window and added below register & started logs.
   1. Voltage
   2. Current
   3. Temperature
   4. Relative State Of Charge
   5. Full Charge Capacity
   6. Remaining Capacity  
7. After i am continuing the charging till my battery [state of charge shown in UI of BQ Studio] reach to 100%
8. I have removed the charging and make relaxing state for battery up to 2 hours.
9. I am putting battery on discharging using constant discharging current till its reach to 0% Battery [state of charge shown in UI of BQ Studio].
10. After reaching 0% now putted battery on relax state for next 5 hours.
11. Logs saved as .CSV file and rename file as roomtemp_rel_dis_rel.csv.
12. Now made config.txt file as below notes.
    1. ProcessingType = 2
    2. NumCellSeries = 1
    3. ElapsedTimeColumn = 0
    4. VoltageColumn = 1
    5. CurrentColumn = 2
    6. TemperatureColumn = 3
13. Combine both .csv file and .txt file in zip folder and attached on TI mentiond links.
14. Now TI will give me the Chem ID as per our application.

Query[1] Is this all steps are correct for generating chem ID? If its not proper step kindly suggest.

Query[2] How to generate golden file image for our application?

Query[3] How to test golden image on EVK?

Query[4]  First received logs is such like that

1. Voltage - 3.4V
2. Current - 0
3. Temperature - 23.5
4. Relative State Of Charge - 3%
5. Full Charge Capacity - 5075
6. Remaining Capacity  - 128

After few minutes of charging state

1. Voltage - 3.5V
2. Current - 180mA
3. Temperature - 24.5
4. Relative State Of Charge - 4%
5. Full Charge Capacity - 5075
6. Remaining Capacity  - 208mA

Why full charge capacity is showing 5075mA while i have already set the Qmax=4000mA?