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DEN-11750 addressed the code review comments

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

RESOLVED in CODE WALKTHROUGH.

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RESOLVED in CODE WALKTHROUGH.

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RESOVLED IN CODE WALKTHROUGH.

RESOVLED IN CODE WALKTHROUGH.

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RESOVLED IN CODE WALKTHROUGH.

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RESOVLED IN CODE WALKTHROUGH.

I am not clear on this question, do you want to use the load cell to weight samples based on the concentrate pump rate?

I am not clear on this question, do you want to use the load cell to weight samples based on the concentrate pump rate?

According to SRSDG 397 we need to check the dialysate temperature within +/- 2 deg C. Systems need to review the DGSRS and provide comments.

According to SRSDG 397 we need to check the dialysate temperature within +/- 2 deg C.
Systems need to review the DGSRS and provide comments.

According to SRSDG 216, While in Fill-Dialysate Production state, the DG Software shall transition to Fill-Deliver Dialysate state when the dialysate temperature is in target set temperature ± 2° C...

According to SRSDG 216, While in Fill-Dialysate Production state, the DG Software shall transition to Fill-Deliver Dialysate state when the dialysate temperature is in target set temperature ± 2° C and water quality is good (conductivity, pressure, temperature) for at least 3 s ± 100 ms.

Set isThisFirstFill = FALSE per comment.

Set isThisFirstFill = FALSE per comment.

According to Blain, the original equation is: (CD1 - CD2) / ( (CD1 + CD2) / 2 ) ) > +/- 5% which is the same as 2 * (CD1 - CD2) / (CD1 + CD2) > +/- 5%

According to Blain, the original equation is: (CD1 - CD2) / ( (CD1 + CD2) / 2 ) ) > +/- 5% which is the same as 2 * (CD1 - CD2) / (CD1 + CD2) > +/- 5%

Changed the PRIME_CONCENTRATE_LINES_TIME_OUT_MS to 95 seconds.

Changed the PRIME_CONCENTRATE_LINES_TIME_OUT_MS to 95 seconds.

Reverted the code with timeout. Need to add timeout requirement in the Inlet Water Check in the DG SRS.

Reverted the code with timeout. Need to add timeout requirement in the Inlet Water Check in the DG SRS.

Sent Dara email asking him to put those numbers in the DG calibration record.

Sent Dara email asking him to put those numbers in the DG calibration record.

Because the RO pump target flow rate is in liter per minute I updated RO_PUMP_400_ML_PER_MIN from 0.4 to 400.0 RO_PUMP_800_ML_PER_MIN from 0.8 to 800.0 Added #define MILLILITERS_PER_LITER 1000.0 an...

Because the RO pump target flow rate is in liter per minute
I updated RO_PUMP_400_ML_PER_MIN from 0.4 to 400.0
RO_PUMP_800_ML_PER_MIN from 0.8 to 800.0
Added #define MILLILITERS_PER_LITER 1000.0 and use this value in
setROPumpTargetFlowRateLPM( RO_PUMP_800_ML_PER_MIN / MILLILITERS_PER_LITER, TARGET_RO_PRESSURE_PSI );

I forgot the pumps run at 48 mL/min not 48 mL/sec. total line volume + 25% = 60mL + 25% of 60mL = 75 mL. Concentrate pumps run at 48 mL/ min. ( 75 mL / 48 mL ) * 60 seconds = 93.75 seconds (used...

I forgot the pumps run at 48 mL/min not 48 mL/sec.

total line volume + 25% = 60mL + 25% of 60mL = 75 mL.

Concentrate pumps run at 48 mL/ min.

( 75 mL / 48 mL ) * 60 seconds = 93.75 seconds (used 95 seconds for PRIME_CONCENTRATE_LINES_TIME_OUT_MS)

Done.

Done.

DEN-11928 Updated code per peer review comments

  1. … 4 more files in changeset.
I brought the BOOL back.

I brought the BOOL back.

Done.

Done.