Support fitting x/y offsets when updating the detectorMap

reduceExposure.py /work/drp --calib /work/drp/CALIB --rerun rhl/tmp -c isr.doFlat=False isr.doFlatNir=True isr.doDark=False doAdjustDetectorMap=False doMeasureLines=False useCalexp=True --id visit=96938^97055 arm=r spectrograph=3 

from datetime import datetime
import os
import re
import numpy as np

%matplotlib ipympl
import matplotlib.pyplot as plt

import lsst.daf.persistence as dafPersist
import pfs.drp.stella.utils.stability as stability

repo = "/work/drp" 

rerun = "rhl/tmp"
dataDir = os.path.join(repo, "rerun", rerun)
butler = dafPersist.Butler(dataDir)

if False:    # Quartzes going into detectorMap
    visit = 96938
else:        # quartzes taken during the run
    visit = 97055

arm, spectrograph = 'r', 3

dataId = dict(visit=visit, arm=arm, spectrograph=spectrograph)
isQuartz = True

detMap = butler.get("detectorMap_used", dataId)
als = stability.addTraceLambdaToArclines(butler.get('arcLines', dataId), detMap)

fitType = "per fiber" if False else "median" if True else None
hexBin = True   # useful with fully populated slits, or even SuNSS
nsigma = -4 # clip at nsigma, if > 0
plotWavelength = True
byRow = False       # plot dx and dy against row, not column
usePixels = True    # if True, report wavelength residuals in pixels, not nm
showChi = False
maxCentroidErr = 10
minSN = 0
lamErrMax = -0.04
soften = 0.012
arrowSize = 0.30   # for arrows and range in dx and dy plots; pixels

if True:
    fig = "tmp0"; plt.close(fig); fig = plt.figure(fig)
    fig = stability.plotArcResiduals(als, detMap, fitType=fitType, plotWavelength=plotWavelength,
                                     isQuartz=isQuartz, byRow=byRow,
                                     vmin=-arrowSize, vmax=arrowSize,
                                     title=f"{visit} {'%(arm)s%(spectrograph)d' % dataId}",
                                     usePixels=usePixels, showChi=showChi, hexBin=hexBin,
                                     soften=soften, lamErrMax=lamErrMax, nsigma=nsigma, figure=fig)