J. Kissel

I've updated the CAL-CS MEDM screens to go with the front-end model clean up of the time dependence tracking in the DARM calibration installed on Thursday (see LHO aLOG 19875). In addition, I've *created* an MEDM screen for what's currently implemented for PCAL vs. DARM calibration line demodulation, even though at LHO we can't yet ship PCAL information back to the corner station because of RFM IPC errors (see LHO aLOG 18671). 

See attached screenshots.

For Joe: Here's what you need to update on Tuesday:
/opt/rtcds/userapps/release/cal/common/models/
Sending        models/CAL_CS_MASTER.mdl
Sending        models/CAL_GAMMA_CALC_MASTER.mdl
Sending        models/CAL_GAMMA_PCAL_MASTER.mdl

/opt/rtcds/userapps/release/cds/common/medm/
Adding         DEMOD.adl

/opt/rtcds/userapps/release/cal/common/medm/
Deleting       medm/CAL_CS_GAMMA_LINE_OVERVIEW.adl
Sending        medm/CAL_CS_OVERVIEW.adl
Adding         medm/CAL_CS_TDEP_DARM_DEMOD_OVERVIEW.adl
Sending        medm/CAL_CS_TDEP_OVERVIEW.adl
Adding         medm/CAL_CS_TDEP_PCAL_DEMOD_OVERVIEW.adl

VERY IMPORTANT: I've rearranged the inputs to the CAL_CS_MASTER model such that there isn't the constantly annoying spaghetti soup of wires going from the IPC parts into the library part. So, you'll need to reconnect all of the IPCs at the top-level model, accounting for the rearrangement.

Sadly, looking through this PCAL and DARM demod infrastucture which produces the time-dependence formerly known as gamma(t), documented in T1500206 and T1500121 is now sorely out of date with how we intend to compensate things in O1 with the low-latency pipeline (for which the documentation is not complete, but lives in T1500377). It makes me wish we had kept the idea of performing the time-dependent calculations in a separate front-end model, such that we could play around with it during the science run without it affecting the time-independent calibration. *sigh* hindsight is 50/50, right?