Clarification on nPM1300 Current Measurements

Question

Hello, 
 I have a few questions regarding the nPM1300 current measurements:

As far as I understand, there are two ways to trigger a current measurement: 
 
 By writing to the TASKIBATMEASURE register (mentioned only in the register documentation). 
 By enabling auto measurement through ADCIBATMEASEN and triggering a VBAT measurement using TASKVBATMEASURE . 
 
 Could you confirm if this understanding is correct?

Once a measurement is completed, I believe the current measurement results can be found in: 
 
 ADCVBAT2RESULTMSB 
 The VBAT2RESULTLSB field of the ADCGP1RESULTLSBS register. 
 
 Is this correct?

Regarding the conversion of measurements into a current value, the formula for this is not documented. Would the following formula be accurate? 
 IBAT=(IBAT_ADC / 1023) × IFS_IBAT 
 where: 
 
 IBAT_ADC is the ADC value derived from the above registers. 
 IFS_IBAT is the full-scale current for IBAT measurement. 
 
 If this formula is incorrect, could you provide the correct one?

I found documentation about the full-scale current ( IFS_IBAT ) in section 7.1.8 of the PS v1.1. Specifically, it seems dependent on the current flow direction returned in the bits `BCHARGERMODE` of register `ADCIBATMEASSTATUS`: 
 
 For a value of 01 (battery discharging), the full-scale current is calculated as: IFS_IBAT=(Weighted sum of registers BCHGISETDISCHARGEMSB and BCHGISETDISCHARGELSB) × 0.836 
 For a value of 11 (battery charging), the full-scale current is: IFS_IBAT=(Weighted sum of registers BCHGISETMSB and BCHGISETLSB) × 1.25 
 
 I have a few questions here: 
 
 Are 01 and 11 binary values, and are these the only two possible values for BCHARGERMODE ? I am currently reading 00. 
 When referring to the "weighted sum" of the respective charge and discharge current settings registers, does this include only the 10-bit value, or is there additional processing involved?

The voltage measurements are well-documented, but I found the current measurement documentation lacking. 
 Thank you for your assistance!