[lsst-dm-stack-users] Using the DM stack without astrometry

[Robert Lupton the Good]

As Jim and KT point out, this is doable but not as easy as you might like.
	processCcd.py ... -c calibrate.doAstrometry=False calibrate.doPhotoCal=False
should work.  As KT points out, ticket #2901 (https://dev.lsstcorp.org/trac/ticket/2901) discusses how this should be made easier.

						R

N.b.  Here are all the "do" directives that the HSC fork of things supports.   It's a bit of a grab-bag, and they tend to cascade as mentioned above.

> $ processCcd.py /scr/rahila1/hsc/HSC --rerun rhl/tmp3 --id visit=902040 ccd=0..10 -C ~/HSC/Config/intensityPsf.py -c isr.doWrite=True --clobber-config -c isr.doPatchAmpLevels=False --show config exit 2>/dev/null | grep \\.do
> config.doWriteHeavyFootprintsInSources=False
> config.doDeblend=True
> config.doWriteSources=True
> config.isr.doAssembleDetrends=False
> config.isr.doWidenSaturationTrails=True
> config.isr.doPatchAmpLevels=False
> config.isr.doDark=False
> config.isr.doCrosstalk=False
> config.isr.doBias=False
> config.isr.doLinearize=True
> config.isr.doSetBadRegions=True
> config.isr.doFlat=True
> config.isr.doFringe=True
> config.isr.assembleCcd.doTrim=True
> config.isr.assembleCcd.doRenorm=True
> config.isr.doVariance=True
> config.isr.doWrite=True
> config.isr.doOverscan=True
> config.isr.doSaturation=True
> config.isr.doGuider=False
> config.isr.doApplyGains=False
> config.isr.doDefect=False
> config.doDetection=True
> config.doWriteSourceMatches=True
> config.doIsr=True
> config.calibrate.repair.doInterpolate=True
> config.calibrate.repair.doCosmicRay=True
> config.calibrate.doPsf=True
> config.calibrate.doBackground=True
> config.calibrate.doPhotoCal=True
> config.calibrate.initialMeasurement.doReplaceWithNoise=True
> config.calibrate.initialMeasurement.algorithms['correctfluxes'].doApCorr=True
> config.calibrate.initialMeasurement.algorithms['correctfluxes'].doFlagTieFailures=True
> config.calibrate.initialMeasurement.algorithms['correctfluxes'].doFlagApCorrFailures=True
> config.calibrate.initialMeasurement.algorithms['correctfluxes'].doTieScaledFluxes=True
> config.calibrate.measurement.doReplaceWithNoise=True
> config.calibrate.measurement.algorithms['correctfluxes'].doApCorr=True
> config.calibrate.measurement.algorithms['correctfluxes'].doFlagTieFailures=True
> config.calibrate.measurement.algorithms['correctfluxes'].doFlagApCorrFailures=True
> config.calibrate.measurement.algorithms['correctfluxes'].doTieScaledFluxes=True
> config.calibrate.doAstrometry=True
> config.measurement.doReplaceWithNoise=True
> config.measurement.algorithms['correctfluxes'].doApCorr=True
> config.measurement.algorithms['correctfluxes'].doFlagTieFailures=True
> config.measurement.algorithms['correctfluxes'].doFlagApCorrFailures=True
> config.measurement.algorithms['correctfluxes'].doTieScaledFluxes=True
> config.doMeasurement=True
> config.doWriteCalibrate=True
> config.doCalibrate=True
> config.doWriteCalibrateMatches=True
>