def runpipeline(pl, convdict, conf):
"""runs the quicklook pipeline as configured
Args:
pl: is a list of [pa,qas] where pa is a pipeline step and qas the corresponding
qas for that pa
convdict: converted dictionary e.g : conf["IMAGE"] is the real psf file
but convdict["IMAGE"] is like desispec.image.Image object and so on.
details in setup_pipeline method below for examples.
conf: a configured dictionary, read from the configuration yaml file.
e.g: conf=configdict=yaml.load(open('configfile.yaml','rb'))
"""
qlog = qllogger.QLLogger("QuickLook", 20)
log = qlog.getlog()
hb = QLHB.QLHeartbeat(log, conf["Period"], conf["Timeout"])
inp = convdict["rawimage"]
paconf = conf["PipeLine"]
qlog = qllogger.QLLogger("QuickLook", 0)
log = qlog.getlog()
for s, step in enumerate(pl):
log.info("Starting to run step %s" % (paconf[s]["StepName"]))
pa = step[0]
pargs = mapkeywords(step[0].config["kwargs"], convdict)
try:
hb.start("Running %s" % (step[0].name))
inp = pa(inp, **pargs)
except Exception as e:
log.critical("Failed to run PA %s error was %s" %
(step[0].name, e))
sys.exit("Failed to run PA %s" % (step[0].name))
qaresult = {}
for qa in step[1]:
try:
qargs = mapkeywords(qa.config["kwargs"], convdict)
hb.start("Running %s" % (qa.name))
res = qa(inp, **qargs)
log.debug("%s %s" % (qa.name, inp))
qaresult[qa.name] = res
except Exception as e:
log.warning("Failed to run QA %s error was %s" % (qa.name, e))
if len(qaresult):
yaml.dump(qaresult, open(paconf[s]["OutputFile"], "wb"))
hb.stop("Step %s finished. Output is in %s " %
(paconf[s]["StepName"], paconf[s]["OutputFile"]))
else:
hb.stop("Step %s finished." % (paconf[s]["StepName"]))
hb.stop("Pipeline processing finished. Serializing result")
return inp
def check_config(outconfig, singqa):
"""
Given the expanded config, check for all possible file existence etc....
"""
if singqa is None:
qlog = qllogger.QLLogger(name="QLConfig")
log = qlog.getlog()
log.info("Checking if all the necessary files exist.")
if outconfig["Flavor"] == 'science':
files = [
outconfig["RawImage"], outconfig["FiberMap"],
outconfig["FiberFlatFile"]
]
for thisfile in files:
if not os.path.exists(thisfile):
sys.exit("File does not exist: {}".format(thisfile))
else:
log.info("File check: Okay: {}".format(thisfile))
elif outconfig["Flavor"] == "flat":
files = [outconfig["RawImage"], outconfig["FiberMap"]]
for thisfile in files:
if not os.path.exists(thisfile):
sys.exit("File does not exist: {}".format(thisfile))
else:
log.info("File check: Okay: {}".format(thisfile))
log.info("All necessary files exist for {} configuration.".format(
outconfig["Flavor"]))
return
def __init__(self, name, inptype, config, logger=None):
if logger is None:
self.m_log = qllogger.QLLogger().getlog(name)
else:
self.m_log = logger
self.__inpType__ = type(inptype)
self.name = name
self.config = config
self.m_log.debug("initializing Monitoring alg %s" % name)
def __init__(self, name, inptype, outtype, config, logger=None):
if logger is None:
qll = qllogger.QLLogger()
self.m_log = qll.getlog(name)
else:
self.m_log = logger
self.__inpType__ = type(inptype)
self.__outType__ = type(outtype)
self.name = name
self.config = config
self.m_log.debug("initializing Monitoring alg {}".format(name))
def __init__(self,thislist=None,algorithms=None,flavor=None,mode=None):
"""
thislist: given list of PAs
algorithms: Algorithm list coming from config file: e.g desispec/data/quicklook/qlconfig_dark.yaml
flavor: only needed if new list is to be built.
mode: online offline?
"""
self.flavor=flavor
self.mode=mode
self.thislist=thislist
self.algorithms=algorithms
self.palist=self._palist()
self.qalist=self._qalist()
qlog=qllogger.QLLogger(name="QLConfig")
self.log=qlog.getlog()
def __init__(self, configfile, night, camera, expid, singqa, amps=True,rawdata_dir=None,specprod_dir=None, outdir=None,qlf=False):
"""
configfile: a configuration file for QL eg: desispec/data/quicklook/qlconfig_dark.yaml
night: night for the data to process, eg.'20191015'
camera: which camera to process eg 'r0'
expid: exposure id for the image to be processed
amps: for outputing amps level QA
Note:
rawdata_dir and specprod_dir: if not None, overrides the standard DESI convention
"""
#- load the config file and extract
self.conf = yaml.load(open(configfile,"r"))
self.night = night
self.expid = expid
self.camera = camera
self.singqa = singqa
self.amps = amps
self.rawdata_dir = rawdata_dir
self.specprod_dir = specprod_dir
self.outdir = outdir
self.dumpintermediates = self.conf["WriteIntermediatefiles"]
self.writepixfile = self.conf["WritePixfile"]
self.writeskymodelfile = self.conf["WriteSkyModelfile"]
self.writestaticplots = self.conf["WriteStaticPlots"]
self.usesigma = self.conf["UseResolution"]
self.pipeline = self.conf["Pipeline"]
self.algorithms = self.conf["Algorithms"]
self._palist = Palist(self.pipeline,self.algorithms)
self.pamodule = self._palist.pamodule
self.qamodule = self._palist.qamodule
if "BoxcarExtract" in self.algorithms.keys():
if "wavelength" in self.algorithms["BoxcarExtract"].keys():
self.wavelength = self.algorithms["BoxcarExtract"]["wavelength"][self.camera[0]]
else: self.wavelength = None
if "SkySub_QL" in self.algorithms.keys():
if "Calculate_SNR" in self.algorithms["SkySub_QL"]["QA"].keys():
if "Residual_Cut" in self.algorithms["SkySub_QL"]["QA"]["Calculate_SNR"].keys():
self.rescut = self.algorithms["SkySub_QL"]["QA"]["Calculate_SNR"]["Residual_Cut"]
else: self.rescut = None
if "Sigma_Cut" in self.algorithms["SkySub_QL"]["QA"]["Calculate_SNR"].keys():
self.sigmacut = self.algorithms["SkySub_QL"]["QA"]["Calculate_SNR"]["Sigma_Cut"]
else: self.sigmacut = None
self._qlf=qlf
qlog=qllogger.QLLogger(name="QLConfig")
self.log=qlog.getlog()
self._qaRefKeys={"Bias_From_Overscan":"BIAS_AMP", "Get_RMS":"NOISE_AMP", "Count_Pixels":"LITFRAC_AMP", "Calc_XWSigma":"XWSIGMA", "CountSpectralBins":"NGOODFIB", "Sky_Peaks":"PEAKCOUNT", "Sky_Continuum":"SKYCONT", "Integrate_Spec":"DELTAMAG_TGT", "Sky_Residual":"MED_RESID", "Calculate_SNR":"FIDSNR_TGT"}
def mapkeywords(kw, kwmap):
"""
Maps the keyword in the configuration to the corresponding object
returned by the desispec.io module.
e.g Bias Image file is mapped to biasimage object... for the same keyword "BiasImage"
"""
newmap = {}
qlog = qllogger.QLLogger("QuickLook", 20)
log = qlog.getlog()
for k, v in kw.iteritems():
if isinstance(v, basestring) and len(v) >= 3 and v[0:2] == "%%":
if v[2:] in kwmap:
newmap[k] = kwmap[v[2:]]
else:
log.warning("Can't find key %s in conversion map. Skipping" %
(v[2:]))
else:
newmap[k] = v
return newmap
def mapkeywords(kw,kwmap):
"""
Maps the keyword in the configuration to the corresponding object
returned by the desispec.io module.
e.g Bias Image file is mapped to biasimage object... for the same keyword "BiasImage"
"""
newmap={}
qlog=qllogger.QLLogger("QuickLook",20)
log=qlog.getlog()
for k,v in kw.items():
if isinstance(v,str) and len(v)>=3 and v[0:2]=="%%": #- For direct configuration
if v[2:] in kwmap:
newmap[k]=kwmap[v[2:]]
else:
log.warning("Can't find key {} in conversion map. Skipping".format(v[2:]))
if k in kwmap: #- for configs generated via desispec.quicklook.qlconfig
newmap[k]=kwmap[k]
else:
newmap[k]=v
return newmap
def ql_main(args=None):
qlog = qllogger.QLLogger("QuickLook", 20)
log = qlog.getlog()
if args is None:
args = parse()
if args.config is not None:
if args.rawdata_dir:
rawdata_dir = args.rawdata_dir
else:
if 'QL_SPEC_DATA' not in os.environ:
sys.exit(
"must set ${} environment variable or provide rawdata_dir".
format('QL_SPEC_DATA'))
rawdata_dir = os.getenv('QL_SPEC_DATA')
if args.specprod_dir:
specprod_dir = args.specprod_dir
else:
if 'QL_SPEC_REDUX' not in os.environ:
sys.exit(
"must set ${} environment variable or provide specprod_dir"
.format('QL_SPEC_REDUX'))
specprod_dir = os.getenv('QL_SPEC_REDUX')
log.info("Running Quicklook using configuration file {}".format(
args.config))
if os.path.exists(args.config):
if "yaml" in args.config:
config = qlconfig.Config(args.config,
args.night,
args.camera,
args.expid,
rawdata_dir=rawdata_dir,
specprod_dir=specprod_dir)
configdict = config.expand_config()
else:
log.critical("Can't open config file {}".format(args.config))
sys.exit("Can't open config file")
else:
sys.exit("File does not exist: {}".format(args.config))
elif args.fullconfig is not None: #- This is mostly for development/debugging purpose
log.info("Running Quicklook using full configuration file {}".format(
args.fullconfig))
if os.path.exists(args.fullconfig):
if "yaml" in args.fullconfig:
configdict = yaml.load(open(args.fullconfig, "r"))
else:
log.critical("Can't open config file {}".format(args.config))
sys.exit("Can't open config file")
else:
sys.exit("File does not exist: {}".format(args.config))
else:
sys.exit(
"Must provide a valid config file. See desispec/data/quicklook for an example"
)
#- save the expanded config to a file
if args.save:
if "yaml" in args.save:
f = open(args.save, "w")
yaml.dump(configdict, f)
log.info("Output saved for this configuration to {}".format(
args.save))
f.close()
else:
log.info(
"Can save config to only yaml output. Put a yaml in the argument"
)
pipeline, convdict = quicklook.setup_pipeline(configdict)
res = quicklook.runpipeline(pipeline,
convdict,
configdict,
mergeQA=args.mergeQA)
inpname = configdict["RawImage"]
night = configdict["Night"]
camera = configdict["Camera"]
expid = configdict["Expid"]
if isinstance(res, image.Image):
if configdict["OutputFile"]:
finalname = configdict["OutputFile"]
else:
finalname = "image-{}-{:08d}.fits".format(camera, expid)
log.critical(
"No final outputname given. Writing to a image file {}".format(
finalname))
imIO.write_image(finalname, res, meta=None)
elif isinstance(res, frame.Frame):
if configdict["Flavor"] == 'arcs':
from desispec.io.meta import findfile
finalname = "psfnight-{}.fits".format(camera)
finalframe = findfile('frame',
night=night,
expid=expid,
camera=camera)
frIO.write_frame(finalframe, res, header=None)
else:
if configdict["OutputFile"]:
finalname = configdict["OutputFile"]
else:
finalname = "frame-{}-{:08d}.fits".format(camera, expid)
log.critical(
"No final outputname given. Writing to a frame file {}".
format(finalname))
frIO.write_frame(finalname, res, header=None)
else:
log.error(
"Result of pipeline is an unknown type {}. Don't know how to write"
.format(type(res)))
sys.exit("Unknown pipeline result type {}.".format(type(res)))
log.info("Pipeline completed. Final result is in {}".format(finalname))
def runpipeline(pl, convdict, conf, mergeQA=False):
"""
Runs the quicklook pipeline as configured
Args:
pl: is a list of [pa,qas] where pa is a pipeline step and qas the corresponding
qas for that pa
convdict: converted dictionary e.g : conf["IMAGE"] is the real psf file
but convdict["IMAGE"] is like desispec.image.Image object and so on.
details in setup_pipeline method below for examples.
conf: a configured dictionary, read from the configuration yaml file.
e.g: conf=configdict=yaml.load(open('configfile.yaml','rb'))
mergedQA: if True, outputs the merged QA after the execution of pipeline. Perhaps, this
should always be True, but leaving as option, until configuration and IO settles.
"""
qlog = qllogger.QLLogger()
log = qlog.getlog()
hb = QLHB.QLHeartbeat(log, conf["Period"], conf["Timeout"])
inp = convdict["rawimage"]
singqa = conf["singleqa"]
paconf = conf["PipeLine"]
qlog = qllogger.QLLogger()
log = qlog.getlog()
passqadict = None #- pass this dict to QAs downstream
schemaMerger = QL_QAMerger(conf['Night'], conf['Expid'], conf['Flavor'],
conf['Camera'], conf['Program'])
QAresults = [
] #- merged QA list for the whole pipeline. This will be reorganized for databasing after the pipeline executes
if singqa is None:
for s, step in enumerate(pl):
log.info("Starting to run step {}".format(paconf[s]["StepName"]))
pa = step[0]
pargs = mapkeywords(step[0].config["kwargs"], convdict)
schemaStep = schemaMerger.addPipelineStep(paconf[s]["StepName"])
try:
hb.start("Running {}".format(step[0].name))
oldinp = inp #- copy for QAs that need to see earlier input
inp = pa(inp, **pargs)
except Exception as e:
log.critical("Failed to run PA {} error was {}".format(
step[0].name, e),
exc_info=True)
sys.exit("Failed to run PA {}".format(step[0].name))
qaresult = {}
for qa in step[1]:
try:
qargs = mapkeywords(qa.config["kwargs"], convdict)
hb.start("Running {}".format(qa.name))
qargs[
"dict_countbins"] = passqadict #- pass this to all QA downstream
if qa.name == "RESIDUAL" or qa.name == "Sky_Residual":
res = qa(inp[0], inp[1], **qargs)
else:
if isinstance(inp, tuple):
res = qa(inp[0], **qargs)
else:
res = qa(inp, **qargs)
if qa.name == "COUNTBINS" or qa.name == "CountSpectralBins": #TODO -must run this QA for now. change this later.
passqadict = res
if "qafile" in qargs:
qawriter.write_qa_ql(qargs["qafile"], res)
log.debug("{} {}".format(qa.name, inp))
qaresult[qa.name] = res
schemaStep.addParams(res['PARAMS'])
schemaStep.addMetrics(res['METRICS'])
except Exception as e:
log.warning("Failed to run QA {}. Got Exception {}".format(
qa.name, e),
exc_info=True)
if len(qaresult):
if conf["DumpIntermediates"]:
f = open(paconf[s]["OutputFile"], "w")
f.write(yaml.dump(yamlify(qaresult)))
hb.stop("Step {} finished. Output is in {} ".format(
paconf[s]["StepName"], paconf[s]["OutputFile"]))
else:
hb.stop("Step {} finished.".format(paconf[s]["StepName"]))
QAresults.append([pa.name, qaresult])
hb.stop("Pipeline processing finished. Serializing result")
else:
import numpy as np
qa = None
qas = [
'Bias_From_Overscan', ['Get_RMS', 'Calc_XWSigma', 'Count_Pixels'],
'CountSpectralBins', ['Sky_Continuum', 'Sky_Peaks'],
['Sky_Residual', 'Integrate_Spec', 'Calculate_SNR']
]
for palg in range(len(qas)):
if singqa in qas[palg]:
pa = pl[palg][0]
pac = paconf[palg]
if singqa == 'Bias_From_Overscan' or singqa == 'CountSpectralBins':
qa = pl[palg][1][0]
else:
for qalg in range(len(qas[palg])):
if qas[palg][qalg] == singqa:
qa = pl[palg][1][qalg]
if qa is None:
log.critical("Unknown input... Valid QAs are: {}".format(qas))
sys.exit()
log.info("Starting to run step {}".format(pac["StepName"]))
pargs = mapkeywords(pa.config["kwargs"], convdict)
schemaStep = schemaMerger.addPipelineStep(pac["StepName"])
qaresult = {}
try:
qargs = mapkeywords(qa.config["kwargs"], convdict)
hb.start("Running {}".format(qa.name))
if singqa == "Sky_Residual":
res = qa(inp[0], inp[1], **qargs)
else:
if isinstance(inp, tuple):
res = qa(inp[0], **qargs)
else:
res = qa(inp, **qargs)
if singqa == "CountSpectralBins":
passqadict = res
if "qafile" in qargs:
qawriter.write_qa_ql(qargs["qafile"], res)
log.debug("{} {}".format(qa.name, inp))
schemaStep.addMetrics(res['METRICS'])
except Exception as e:
log.warning("Failed to run QA {}. Got Exception {}".format(
qa.name, e),
exc_info=True)
if len(qaresult):
if conf["DumpIntermediates"]:
f = open(pac["OutputFile"], "w")
f.write(yaml.dump(yamlify(qaresult)))
log.info("{} finished".format(qa.name))
#- merge QAs for this pipeline execution
if mergeQA is True:
# from desispec.quicklook.util import merge_QAs
# log.info("Merging all the QAs for this pipeline execution")
# merge_QAs(QAresults,conf)
log.debug("Dumping mergedQAs")
from desispec.io import findfile
ftype = 'ql_mergedQA_file'
specprod_dir = os.environ[
'QL_SPEC_REDUX'] if 'QL_SPEC_REDUX' in os.environ else ""
if conf['Flavor'] == 'arcs':
ftype = 'ql_mergedQAarc_file'
destFile = findfile(ftype,
night=conf['Night'],
expid=conf['Expid'],
camera=conf['Camera'],
specprod_dir=specprod_dir)
# this will overwrite the file. above function returns same name for different QL executions
# results will be erased.
schemaMerger.writeToFile(destFile)
log.info("Wrote merged QA file {}".format(destFile))
schemaMerger.writeTojsonFile(destFile)
log.info("Wrote merged QA file {}".format(
destFile.split('.yaml')[0] + '.json'))
if isinstance(inp, tuple):
return inp[0]
else:
return inp
def __init__(self,
configfile,
night,
camera,
expid,
singqa,
amps=True,
rawdata_dir=None,
specprod_dir=None,
outdir=None,
qlf=False,
psfid=None,
flatid=None,
templateid=None,
templatenight=None,
qlplots=False,
store_res=None):
"""
configfile: a configuration file for QL eg: desispec/data/quicklook/qlconfig_dark.yaml
night: night for the data to process, eg.'20191015'
camera: which camera to process eg 'r0'
expid: exposure id for the image to be processed
amps: for outputing amps level QA
Note:
rawdata_dir and specprod_dir: if not None, overrides the standard DESI convention
"""
with open(configfile, 'r') as f:
self.conf = yaml.safe_load(f)
f.close()
self.night = night
self.expid = expid
self.psfid = psfid
self.flatid = flatid
self.templateid = templateid
self.templatenight = templatenight
self.camera = camera
self.singqa = singqa
self.amps = amps
self.rawdata_dir = rawdata_dir
self.specprod_dir = specprod_dir
self.outdir = outdir
self.flavor = self.conf["Flavor"]
#- Options to write out frame, fframe, preproc, and sky model files
self.dumpintermediates = False
self.writepreprocfile = self.conf["WritePreprocfile"]
self.writeskymodelfile = False
self.plotconf = None
self.hardplots = False
#- Load plotting configuration file
if qlplots != 'noplots' and qlplots is not None:
with open(qlplots, 'r') as pf:
self.plotconf = yaml.safe_load(pf)
pf.close()
#- Use hard coded plotting algorithms
elif qlplots is None:
self.hardplots = True
# Use --resolution to store full resolution informtion
if store_res:
self.usesigma = True
else:
self.usesigma = False
self.pipeline = self.conf["Pipeline"]
self.algorithms = self.conf["Algorithms"]
self._palist = Palist(self.pipeline, self.algorithms)
self.pamodule = self._palist.pamodule
self.qamodule = self._palist.qamodule
algokeys = self.algorithms.keys()
# Extract mapping of scalar/refence key names for each QA
qaRefKeys = {}
for i in algokeys:
for k in self.algorithms[i]["QA"].keys():
if k == "Check_HDUs":
qaRefKeys[k] = "CHECKHDUS"
qaparams = self.algorithms[i]["QA"][k]["PARAMS"]
for par in qaparams.keys():
if "NORMAL_RANGE" in par:
scalar = par.replace("_NORMAL_RANGE", "")
qaRefKeys[k] = scalar
# Special additional parameters to read in.
self.wavelength = None
for key in ["BoxcarExtract", "Extract_QP"]:
if key in self.algorithms.keys():
if "wavelength" in self.algorithms[key].keys():
self.wavelength = self.algorithms[key]["wavelength"][
self.camera[0]]
self._qlf = qlf
qlog = qllogger.QLLogger(name="QLConfig")
self.log = qlog.getlog()
self._qaRefKeys = qaRefKeys
def setup_pipeline(config):
"""
Given a configuration from QLF, this sets up a pipeline [pa,qa] and also returns a
conversion dictionary from the configuration dictionary so that Pipeline steps (PA) can
take them. This is required for runpipeline.
"""
import astropy.io.fits as fits
import desispec.io.fibermap as fibIO
import desispec.io.sky as skyIO
import desispec.io.fiberflat as ffIO
import desispec.fiberflat as ff
import desispec.io.image as imIO
import desispec.image as im
import desispec.io.frame as frIO
import desispec.frame as dframe
from desispec.quicklook import procalgs
from desispec.boxcar import do_boxcar
qlog=qllogger.QLLogger("QuickLook",20)
log=qlog.getlog()
if config is None:
return None
log.info("Reading Configuration")
if "RawImage" not in config:
log.critical("Config is missing \"RawImage\" key.")
sys.exit("Missing \"RawImage\" key.")
inpname=config["RawImage"]
if "FiberMap" not in config:
log.critical("Config is missing \"FiberMap\" key.")
sys.exit("Missing \"FiberMap\" key.")
fibname=config["FiberMap"]
proctype="Exposure"
if "Camera" in config:
camera=config["Camera"]
if "DataType" in config:
proctype=config["DataType"]
debuglevel=20
if "DebugLevel" in config:
debuglevel=config["DebugLevel"]
log.setLevel(debuglevel)
hbeat=QLHB.QLHeartbeat(log,config["Period"],config["Timeout"])
if config["Timeout"]> 200.0:
log.warning("Heartbeat timeout exceeding 200.0 seconds")
dumpintermediates=False
if "DumpIntermediates" in config:
dumpintermediates=config["DumpIntermediates"]
biasimage=None #- This will be the converted dictionary key
biasfile=None
if "BiasImage" in config:
biasfile=config["BiasImage"]
darkimage=None
darkfile=None
if "DarkImage" in config:
darkfile=config["DarkImage"]
pixelflatfile=None
pixflatimage=None
if "PixelFlat" in config:
pixelflatfile=config["PixelFlat"]
fiberflatimagefile=None
fiberflatimage=None
if "FiberFlatImage" in config:
fiberflatimagefile=config["FiberFlatImage"]
arclampimagefile=None
arclampimage=None
if "ArcLampImage" in config:
arclampimagefile=config["ArcLampImage"]
fiberflatfile=None
fiberflat=None
if "FiberFlatFile" in config:
if config["Flavor"] == 'arcs':
pass
else:
fiberflatfile=config["FiberFlatFile"]
skyfile=None
skyimage=None
if "SkyFile" in config:
skyfile=config["SkyFile"]
psf=None
if config["Flavor"] == 'arcs':
if not os.path.exists(os.path.join(os.environ['QL_SPEC_REDUX'],'calib2d','psf',config["Night"])):
os.mkdir(os.path.join(os.environ['QL_SPEC_REDUX'],'calib2d','psf',config["Night"]))
pass
elif "PSFFile" in config:
#from specter.psf import load_psf
import desispec.psf
psf=desispec.psf.PSF(config["PSFFile"])
#psf=load_psf(config["PSFFile"])
if "basePath" in config:
basePath=config["basePath"]
hbeat.start("Reading input file {}".format(inpname))
inp=fits.open(inpname) #- reading raw image directly from astropy.io.fits
hbeat.start("Reading fiberMap file {}".format(fibname))
fibfile=fibIO.read_fibermap(fibname)
fibhdr=fibfile.meta
convdict={"FiberMap":fibfile}
if psf is not None:
convdict["PSFFile"]=psf
if biasfile is not None:
hbeat.start("Reading Bias Image {}".format(biasfile))
biasimage=imIO.read_image(biasfile)
convdict["BiasImage"]=biasimage
if darkfile is not None:
hbeat.start("Reading Dark Image {}".format(darkfile))
darkimage=imIO.read_image(darkfile)
convdict["DarkImage"]=darkimage
if pixelflatfile:
hbeat.start("Reading PixelFlat Image {}".format(pixelflatfile))
pixelflatimage=imIO.read_image(pixelflatfile)
convdict["PixelFlat"]=pixelflatimage
if fiberflatimagefile:
hbeat.start("Reading FiberFlat Image {}".format(fiberflatimagefile))
fiberflatimage=imIO.read_image(fiberflatimagefile)
convdict["FiberFlatImage"]=fiberflatimage
if arclampimagefile:
hbeat.start("Reading ArcLampImage {}".format(arclampimagefile))
arclampimage=imIO.read_image(arclampimagefile)
convdict["ArcLampImage"]=arclampimage
if fiberflatfile:
hbeat.start("Reading FiberFlat {}".format(fiberflatfile))
fiberflat=ffIO.read_fiberflat(fiberflatfile)
convdict["FiberFlatFile"]=fiberflat
if skyfile:
hbeat.start("Reading SkyModel file {}".format(skyfile))
skymodel=skyIO.read_sky(skyfile)
convdict["SkyFile"]=skymodel
if dumpintermediates:
convdict["DumpIntermediates"]=dumpintermediates
hbeat.stop("Finished reading all static files")
img=inp
convdict["rawimage"]=img
pipeline=[]
for step in config["PipeLine"]:
pa=getobject(step["PA"],log)
if len(pipeline) == 0:
if not pa.is_compatible(type(img)):
log.critical("Pipeline configuration is incorrect! check configuration {} {}".format(img,pa.is_compatible(img)))
sys.exit("Wrong pipeline configuration")
else:
if not pa.is_compatible(pipeline[-1][0].get_output_type()):
log.critical("Pipeline configuration is incorrect! check configuration")
log.critical("Can't connect input of {} to output of {}. Incompatible types".format(pa.name,pipeline[-1][0].name))
sys.exit("Wrong pipeline configuration")
qas=[]
for q in step["QAs"]:
qa=getobject(q,log)
if not qa.is_compatible(pa.get_output_type()):
log.warning("QA {} can not be used for output of {}. Skipping expecting {} got {} {}".format(qa.name,pa.name,qa.__inpType__,pa.get_output_type(),qa.is_compatible(pa.get_output_type())))
else:
qas.append(qa)
pipeline.append([pa,qas])
return pipeline,convdict
def runpipeline(pl,convdict,conf,mergeQA=False):
"""
Runs the quicklook pipeline as configured
Args:
pl: is a list of [pa,qas] where pa is a pipeline step and qas the corresponding
qas for that pa
convdict: converted dictionary e.g : conf["IMAGE"] is the real psf file
but convdict["IMAGE"] is like desispec.image.Image object and so on.
details in setup_pipeline method below for examples.
conf: a configured dictionary, read from the configuration yaml file.
e.g: conf=configdict=yaml.load(open('configfile.yaml','rb'))
mergedQA: if True, outputs the merged QA after the execution of pipeline. Perhaps, this
should always be True, but leaving as option, until configuration and IO settles.
"""
qlog=qllogger.QLLogger("QuickLook",20)
log=qlog.getlog()
hb=QLHB.QLHeartbeat(log,conf["Period"],conf["Timeout"])
inp=convdict["rawimage"]
paconf=conf["PipeLine"]
qlog=qllogger.QLLogger("QuickLook",0)
log=qlog.getlog()
passqadict=None #- pass this dict to QAs downstream
QAresults=[] #- merged QA list for the whole pipeline. This will be reorganized for databasing after the pipeline executes
for s,step in enumerate(pl):
log.info("Starting to run step {}".format(paconf[s]["StepName"]))
pa=step[0]
pargs=mapkeywords(step[0].config["kwargs"],convdict)
try:
hb.start("Running {}".format(step[0].name))
oldinp=inp #- copy for QAs that need to see earlier input
inp=pa(inp,**pargs)
except Exception as e:
log.critical("Failed to run PA {} error was {}".format(step[0].name,e))
sys.exit("Failed to run PA {}".format(step[0].name))
qaresult={}
for qa in step[1]:
try:
qargs=mapkeywords(qa.config["kwargs"],convdict)
hb.start("Running {}".format(qa.name))
qargs["dict_countbins"]=passqadict #- pass this to all QA downstream
if qa.name=="RESIDUAL" or qa.name=="Sky_Residual":
res=qa(inp[0],inp[1],**qargs)
else:
if isinstance(inp,tuple):
res=qa(inp[0],**qargs)
else:
res=qa(inp,**qargs)
if qa.name=="COUNTBINS" or qa.name=="CountSpectralBins": #TODO -must run this QA for now. change this later.
passqadict=res
log.debug("{} {}".format(qa.name,inp))
qaresult[qa.name]=res
except Exception as e:
log.warning("Failed to run QA {} error was {}".format(qa.name,e))
if len(qaresult):
if conf["DumpIntermediates"]:
f = open(paconf[s]["OutputFile"],"w")
f.write(yaml.dump(yamlify(qaresult)))
hb.stop("Step {} finished. Output is in {} ".format(paconf[s]["StepName"],paconf[s]["OutputFile"]))
else:
hb.stop("Step {} finished.".format(paconf[s]["StepName"]))
QAresults.append([pa.name,qaresult])
hb.stop("Pipeline processing finished. Serializing result")
#- merge QAs for this pipeline execution
if mergeQA is True:
from desispec.quicklook.util import merge_QAs
log.info("Merging all the QAs for this pipeline execution")
merge_QAs(QAresults)
if isinstance(inp,tuple):
return inp[0]
else:
return inp
def testconfig(outfilename="qlconfig.yaml"):
"""
Make a test Config file, should be provided by the QL framework
Below the %% variables are replaced by actual object when the respective
algorithm is executed.
"""
qlog=qllogger.QLLogger("QuickLook",20)
log=qlog.getlog()
url=None #- QA output will be posted to QLF if set true
conf={'BiasImage':os.environ['BIASIMAGE'],# path to bias image
'DarkImage':os.environ['DARKIMAGE'],# path to dark image
'DataType':'Exposure',# type of input ['Exposure','Arc','Dark']
'DebugLevel':20, # debug level
'Period':5.0, # Heartbeat Period (Secs)
'Timeout': 120.0, # Heartbeat Timeout (Secs)
'DumpIntermediates':False, # whether to dump output of each step
'FiberFlatFile':os.environ['FIBERFLATFILE'], # path to fiber flat field file
'FiberFlatImage':os.environ['FIBERFLATIMAGE'], # for psf calibration
'ArcLampImage':os.environ['ARCLAMPIMAGE'], # for psf calibration
'SkyFile':os.environ['SKYFILE'], # path to Sky file
'FiberMap':os.environ['FIBERMAP'],# path to fiber map
'RawImage':os.environ['PIXIMAGE'],#path to input image
'PixelFlat':os.environ['PIXELFLAT'], #path to pixel flat image
'PSFFile':os.environ['PSFFILE'], # for boxcar this can be bootcalib psf or specter psf file
#'PSFFile_sp':os.environ['PSFFILE_sp'], # .../desimodel/data/specpsf/psf-r.fits (for running 2d extraction)
'basePath':os.environ['DESIMODEL'],
'OutputFile':'lastframe_QL-r0-00000004.fits', # output file from last pipeline step. Need to output intermediate steps? Most likely after boxcar extraction?
'PipeLine':[{'PA':{"ModuleName":"desispec.quicklook.procalgs",
"ClassName":"BiasSubtraction",
"Name":"Bias Subtraction",
"kwargs":{"BiasImage":"%%BiasImage"}
},
'QAs':[{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Get_RMS",
"Name":"Get RMS",
"kwargs":{},
},
{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Count_Pixels",
"Name":"Count Pixels",
"kwargs":{'Width':3.}
}
],
"StepName":"Preprocessing-Bias Subtraction",
"OutputFile":"QA_biassubtraction.yaml"
},
{'PA':{"ModuleName":"desispec.quicklook.procalgs",
"ClassName":"DarkSubtraction",
"Name":"Dark Subtraction",
"kwargs":{"DarkImage":"%%DarkImage"}
},
'QAs':[{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Get_RMS",
"Name":"Get RMS",
"kwargs":{},
},
{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Count_Pixels",
"Name":"Count Pixels",
"kwargs":{'Width':3.},
}
],
"StepName":"Preprocessing-Dark Subtraction",
"OutputFile":"QA_darksubtraction.yaml"
},
{'PA':{"ModuleName":"desispec.quicklook.procalgs",
"ClassName":"PixelFlattening",
"Name":"Pixel Flattening",
"kwargs":{"PixelFlat":"%%PixelFlat"}
},
'QAs':[{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Get_RMS",
"Name":"Get RMS",
"kwargs":{},
},
{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Count_Pixels",
"Name":"Count Pixels",
"kwargs":{'Width':3.},
}
],
"StepName":"Preprocessing-Pixel Flattening",
"OutputFile":"QA_pixelflattening.yaml"
},
#{'PA':{"ModuleName":"desispec.quicklook.procalgs",
# "ClassName":"BoxcarExtraction",
# "Name":"Boxcar Extraction",
# "kwargs":{"PSFFile":"%%PSFFile",
# "BoxWidth":2.5,
# "DeltaW":0.5,
# "Nspec":500
# }
# },
# 'QAs':[],
# "StepName":"Boxcar Extration",
# "OutputFile":"QA_boxcarextraction.yaml"
# },
{'PA':{"ModuleName":"desispec.quicklook.procalgs",
"ClassName":"Extraction_2d",
"Name":"2D Extraction",
"kwargs":{"PSFFile_sp":"/home/govinda/Desi/desimodel/data/specpsf/psf-r.fits",
"Nspec":10,
"Wavelength": "5630,7740,0.5",
"FiberMap":"%%FiberMap" #need this for qa_skysub downstream as well.
}
},
'QAs':[{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"CountSpectralBins",
"Name":"Count Bins above n",
"kwargs":{'thresh':100,
'camera':"r0",
'expid':"%08d"%2,
'url':url
}
}
],
"StepName":"2D Extraction",
"OutputFile":"qa-extract-r0-00000002.yaml"
},
{'PA':{"ModuleName":"desispec.quicklook.procalgs",
"ClassName": "ApplyFiberFlat",
"Name": "Apply Fiberflat",
"kwargs":{"FiberFlatFile":"%%FiberFlatFile"
}
},
'QAs':[],
"StepName":"Apply Fiberflat",
"Outputfile":"apply_fiberflat_QA.yaml"
},
{'PA':{"ModuleName":"desispec.quicklook.procalgs",
"ClassName":"SubtractSky",
"Name": "Sky Subtraction",
"kwargs":{"SkyFile":"%%SkyFile"
}
},
'QAs':[{"ModuleName":"desispec.qa.qa_quicklook",
"ClassName":"Calculate_SNR",
"Name":"Calculate Signal-to-Noise ratio",
"kwargs":{'SkyFile':"%%SkyFile",
'camera':"r0",
'expid':"%08d"%2,
'url':url
}
}
],
"StepName": "Sky Subtraction",
"OutputFile":"qa-r0-00000002.yaml"
}
]
}
if "yaml" in outfilename:
f=open(outfilename,"w")
yaml.dump(conf,f)
f.close()
else:
log.warning("Only yaml defined. Use yaml format in the output config file")
sys.exit(0)
def runpipeline(pl, convdict, conf):
"""
Runs the quicklook pipeline as configured
Args:
pl: is a list of [pa,qas] where pa is a pipeline step and qas the corresponding
qas for that pa
convdict: converted dictionary e.g : conf["IMAGE"] is the real psf file
but convdict["IMAGE"] is like desispec.image.Image object and so on.
details in setup_pipeline method below for examples.
conf: a configured dictionary, read from the configuration yaml file.
e.g: conf=configdict=yaml.load(open('configfile.yaml','rb'))
"""
qlog = qllogger.QLLogger()
log = qlog.getlog()
hb = QLHB.QLHeartbeat(log, conf["Period"], conf["Timeout"])
inp = convdict["rawimage"]
singqa = conf["singleqa"]
paconf = conf["PipeLine"]
qlog = qllogger.QLLogger()
log = qlog.getlog()
passqadict = None #- pass this dict to QAs downstream
schemaMerger = QL_QAMerger(conf['Night'], conf['Expid'], conf['Flavor'],
conf['Camera'], conf['Program'], convdict)
QAresults = []
if singqa is None:
for s, step in enumerate(pl):
log.info("Starting to run step {}".format(paconf[s]["StepName"]))
pa = step[0]
pargs = mapkeywords(step[0].config["kwargs"], convdict)
schemaStep = schemaMerger.addPipelineStep(paconf[s]["StepName"])
try:
hb.start("Running {}".format(step[0].name))
oldinp = inp #- copy for QAs that need to see earlier input
inp = pa(inp, **pargs)
if step[0].name == 'Initialize':
schemaStep.addMetrics(inp[1])
except Exception as e:
log.critical("Failed to run PA {} error was {}".format(
step[0].name, e),
exc_info=True)
sys.exit("Failed to run PA {}".format(step[0].name))
qaresult = {}
for qa in step[1]:
try:
qargs = mapkeywords(qa.config["kwargs"], convdict)
hb.start("Running {}".format(qa.name))
qargs[
"dict_countbins"] = passqadict #- pass this to all QA downstream
if qa.name == "RESIDUAL" or qa.name == "Sky_Residual":
res = qa(inp[0], inp[1], **qargs)
else:
if isinstance(inp, tuple):
res = qa(inp[0], **qargs)
else:
res = qa(inp, **qargs)
if qa.name == "COUNTBINS" or qa.name == "CountSpectralBins":
passqadict = res
if "qafile" in qargs:
qawriter.write_qa_ql(qargs["qafile"], res)
log.debug("{} {}".format(qa.name, inp))
qaresult[qa.name] = res
schemaStep.addParams(res['PARAMS'])
schemaStep.addMetrics(res['METRICS'])
except Exception as e:
log.warning("Failed to run QA {}. Got Exception {}".format(
qa.name, e),
exc_info=True)
hb.stop("Step {} finished.".format(paconf[s]["StepName"]))
QAresults.append([pa.name, qaresult])
hb.stop("Pipeline processing finished. Serializing result")
else:
import numpy as np
qa = None
qas = [[],
[
'Bias_From_Overscan', 'Get_RMS', 'Count_Pixels',
'Calc_XWSigma'
], 'Trace_Shifts', 'CountSpectralBins',
['Sky_Continuum', 'Sky_Peaks'], ['Calculate_SNR'],
['Sky_Rband', 'Integrate_Spec']]
singleqaperpa = [
'Bias_From_Overscan', 'Check_HDUs', 'Trace_Shifts',
'CountSpectralBins'
]
for palg in range(len(qas)):
if singqa in qas[palg]:
pa = pl[palg][0]
pac = paconf[palg]
if singqa in singleqaperpa:
qa = pl[palg][1][0]
else:
for qalg in range(len(qas[palg])):
if qas[palg][qalg] == singqa:
qa = pl[palg][1][qalg]
if qa is None:
log.critical("Unknown input QA... Valid QAs are: {}".format(qas))
sys.exit()
log.info("Starting to run step {}".format(pac["StepName"]))
pargs = mapkeywords(pa.config["kwargs"], convdict)
schemaStep = schemaMerger.addPipelineStep(pac["StepName"])
qaresult = {}
try:
qargs = mapkeywords(qa.config["kwargs"], convdict)
hb.start("Running {}".format(qa.name))
if singqa == "Sky_Residual":
res = qa(inp[0], inp[1], **qargs)
else:
if isinstance(inp, tuple):
res = qa(inp[0], **qargs)
else:
res = qa(inp, **qargs)
if singqa == "CountSpectralBins":
passqadict = res
if "qafile" in qargs:
qawriter.write_qa_ql(qargs["qafile"], res)
log.debug("{} {}".format(qa.name, inp))
schemaStep.addMetrics(res['METRICS'])
except Exception as e:
log.warning("Failed to run QA {}. Got Exception {}".format(
qa.name, e),
exc_info=True)
if len(qaresult):
if conf["DumpIntermediates"]:
f = open(pac["OutputFile"], "w")
f.write(yaml.dump(yamlify(qaresult)))
log.info("{} finished".format(qa.name))
#- merge QAs for this pipeline execution
#- RS: don't write merged file if running single QA
if singqa is None:
log.debug("Dumping mergedQAs")
from desispec.io import findfile
specprod_dir = os.environ[
'QL_SPEC_REDUX'] if 'QL_SPEC_REDUX' in os.environ else ""
destFile = findfile('ql_mergedQA_file',
night=conf['Night'],
expid=conf['Expid'],
camera=conf['Camera'],
specprod_dir=specprod_dir)
schemaMerger.writeTojsonFile(destFile)
log.info("Wrote merged QA file {}".format(destFile))
if isinstance(inp, tuple):
return inp[0]
else:
return inp
import tempfile
import numpy as np
import os
from desispec.qa import qalib
from desispec.qa import qa_quicklook as QA
from pkg_resources import resource_filename
import desispec.sky
from desispec.preproc import _parse_sec_keyword
from specter.psf import load_psf
import astropy.io.fits as fits
from desispec.quicklook import qllogger
import desispec.io
import desispec.image
from desitarget.targetmask import desi_mask
qlog=qllogger.QLLogger("QuickLook",0)
log=qlog.getlog()
def xy2hdr(xyslice):
'''
convert 2D slice into IRAF style [a:b,c:d] hdr value
e.g. xyslice2hdr(np.s_[0:10, 5:20]) -> '[6:20,1:10]'
'''
yy, xx = xyslice
value = '[{}:{},{}:{}]'.format(xx.start+1, xx.stop, yy.start+1, yy.stop)
return value
#- 2D gaussian function to model sky peaks
def gaussian2D(x,y,amp,xmu,ymu,xsigma,ysigma):
x,y = np.meshgrid(x,y)
def ql_main(args=None):
qlog = qllogger.QLLogger("QuickLook", 20)
log = qlog.getlog()
if args is None:
args = parse()
if args.dotest is not None:
quicklook.testconfig(args.dotest)
if args.config is not None:
if os.path.exists(args.config):
if "yaml" in args.config:
configdict = yaml.load(open(args.config, 'rb'))
else:
log.critical("Can't open config file %s" % (args.config))
sys.exit("Can't open config file")
else:
log.warning(
"No config file given. Trying to create config from other options")
PAs = qlconfig.Palist(args.flavor)
config = qlconfig.Make_Config(args.night,
args.flavor,
args.expid,
args.camera,
PAs,
psfboot=args.psfboot,
rawdata_dir=args.rawdata_dir,
specprod_dir=args.specprod_dir,
fiberflat=args.fiberflat,
qlf=args.qlf)
configdict = qlconfig.build_config(config)
#- save this config to a file
if args.save:
if "yaml" in args.save:
yaml.dump(configdict, open(args.save, "wb"))
log.info("Output saved for this configuration to %s " %
args.save)
else:
log.info(
"Can save config to only yaml output. Put a yaml in the argument"
)
pipeline, convdict = quicklook.setup_pipeline(configdict)
res = quicklook.runpipeline(pipeline, convdict, configdict)
inpname = configdict["RawImage"]
camera = configdict["Camera"]
chan, spectrograph, expid = quicklook.get_chan_spec_exp(
inpname, camera=camera) #- may be other ways to get it as well
if isinstance(res, image.Image):
if configdict["OutputFile"]: finalname = configdict["OutputFile"]
else: finalname = "image-%s%d-%08d.fits" % (chan, spectrograph, expid)
imIO.write_image(finalname, res, meta=None)
elif isinstance(res, frame.Frame):
if configdict["OutputFile"]: finalname = configdict["OutputFile"]
else: finalname = "frame-%s%d-%08d.fits" % (chan, spectrograph, expid)
frIO.write_frame(finalname, res, header=None)
else:
log.error(
"Result of pipeline is in unkown type %s. Don't know how to write"
% (type(res)))
sys.exit("Unknown pipeline result type %s." % (type(res)))
log.info("Pipeline completed. Final result is in %s" % finalname)
def runpipeline(pl, convdict, conf):
"""runs the quicklook pipeline as configured
Args:
pl: is a list of [pa,qas] where pa is a pipeline step and qas the corresponding
qas for that pa
convdict: converted dictionary e.g : conf["IMAGE"] is the real psf file
but convdict["IMAGE"] is like desispec.image.Image object and so on.
details in setup_pipeline method below for examples.
conf: a configured dictionary, read from the configuration yaml file.
e.g: conf=configdict=yaml.load(open('configfile.yaml','rb'))
"""
qlog = qllogger.QLLogger("QuickLook", 20)
log = qlog.getlog()
hb = QLHB.QLHeartbeat(log, conf["Period"], conf["Timeout"])
inp = convdict["rawimage"]
paconf = conf["PipeLine"]
qlog = qllogger.QLLogger("QuickLook", 0)
log = qlog.getlog()
passqadict = None #- pass this dict to QAs downstream
for s, step in enumerate(pl):
log.info("Starting to run step %s" % (paconf[s]["StepName"]))
pa = step[0]
pargs = mapkeywords(step[0].config["kwargs"], convdict)
try:
hb.start("Running %s" % (step[0].name))
oldinp = inp #- copy for QAs that need to see earlier input
inp = pa(inp, **pargs)
except Exception as e:
log.critical("Failed to run PA %s error was %s" %
(step[0].name, e))
sys.exit("Failed to run PA %s" % (step[0].name))
qaresult = {}
for qa in step[1]:
try:
qargs = mapkeywords(qa.config["kwargs"], convdict)
hb.start("Running %s" % (qa.name))
qargs[
"dict_countbins"] = passqadict #- pass this to all QA downstream
if qa.name == "RESIDUAL" or qa.name == "Sky_Residual":
res = qa(oldinp, inp[1], **qargs)
else:
if isinstance(inp, tuple):
res = qa(inp[0], **qargs)
else:
res = qa(inp, **qargs)
if qa.name == "COUNTBINS" or qa.name == "CountSpectralBins": #TODO -must run this QA for now. change this later.
passqadict = res
log.debug("%s %s" % (qa.name, inp))
qaresult[qa.name] = res
except Exception as e:
log.warning("Failed to run QA %s error was %s" % (qa.name, e))
if len(qaresult):
#- TODO - This dump of QAs for each PA should be reorganised. Dumping everything now.
yaml.dump(qaresult, open(paconf[s]["OutputFile"], "wb"))
hb.stop("Step %s finished. Output is in %s " %
(paconf[s]["StepName"], paconf[s]["OutputFile"]))
else:
hb.stop("Step %s finished." % (paconf[s]["StepName"]))
hb.stop("Pipeline processing finished. Serializing result")
if isinstance(inp, tuple):
return inp[0]
else:
return inp
def ql_main(args=None):
from desispec.quicklook import quicklook, qllogger, qlconfig
import desispec.image as image
import desispec.frame as frame
import desispec.io.frame as frIO
import desispec.io.image as imIO
if args is None:
args = parse()
qlog = qllogger.QLLogger(name="QuickLook", loglevel=args.loglvl)
log = qlog.getlog()
# Sami
# quiet down DESI logs. We don't want DESI_LOGGER to print messages unless they are important
# initalize singleton with WARNING level
quietDesiLogger(args.loglvl + 10)
if args.config is not None:
if args.rawdata_dir:
rawdata_dir = args.rawdata_dir
else:
if 'QL_SPEC_DATA' not in os.environ:
sys.exit(
"must set ${} environment variable or provide rawdata_dir".
format('QL_SPEC_DATA'))
rawdata_dir = os.getenv('QL_SPEC_DATA')
if args.specprod_dir:
specprod_dir = args.specprod_dir
else:
if 'QL_SPEC_REDUX' not in os.environ:
sys.exit(
"must set ${} environment variable or provide specprod_dir"
.format('QL_SPEC_REDUX'))
specprod_dir = os.getenv('QL_SPEC_REDUX')
log.debug("Running Quicklook using configuration file {}".format(
args.config))
if os.path.exists(args.config):
if "yaml" in args.config:
config = qlconfig.Config(args.config,
args.night,
args.camera,
args.expid,
args.singqa,
rawdata_dir=rawdata_dir,
specprod_dir=specprod_dir)
configdict = config.expand_config()
else:
log.critical("Can't open config file {}".format(args.config))
sys.exit("Can't open config file")
else:
sys.exit("File does not exist: {}".format(args.config))
elif args.fullconfig is not None: #- This is mostly for development/debugging purpose
log.debug("Running Quicklook using full configuration file {}".format(
args.fullconfig))
if os.path.exists(args.fullconfig):
if "yaml" in args.fullconfig:
configdict = yaml.load(open(args.fullconfig, "r"))
else:
log.critical("Can't open config file {}".format(args.config))
sys.exit("Can't open config file")
else:
sys.exit("File does not exist: {}".format(args.config))
else:
sys.exit(
"Must provide a valid config file. See desispec/data/quicklook for an example"
)
#- save the expanded config to a file
if args.save:
if "yaml" in args.save:
f = open(args.save, "w")
yaml.dump(configdict, f)
log.info("Output saved for this configuration to {}".format(
args.save))
f.close()
else:
log.warning(
"Can save config to only yaml output. Put a yaml in the argument"
)
pipeline, convdict = quicklook.setup_pipeline(configdict)
res = quicklook.runpipeline(pipeline,
convdict,
configdict,
mergeQA=args.mergeQA)
inpname = configdict["RawImage"]
night = configdict["Night"]
camera = configdict["Camera"]
expid = configdict["Expid"]
if configdict["OutputFile"] is None:
log.warning(
"Output filename is None and has a object of {}. SKIPPING FINAL OUTPUT"
.format(type(res)))
return
if isinstance(res, image.Image):
if configdict["OutputFile"]:
finalname = configdict["OutputFile"]
else:
finalname = "image-{}-{:08d}.fits".format(camera, expid)
log.critical(
"No final outputname given. Writing to a image file {}".format(
finalname))
imIO.write_image(finalname, res, meta=None)
elif isinstance(res, frame.Frame):
if configdict["OutputFile"]:
finalname = configdict["OutputFile"]
else:
finalname = "frame-{}-{:08d}.fits".format(camera, expid)
log.critical(
"No final outputname given. Writing to a frame file {}".format(
finalname))
frIO.write_frame(finalname, res, header=None)
elif configdict["Flavor"] == 'arcs':
if configdict["OutputFile"]:
finalname = configdict["OutputFile"]
else:
finalname = "psfnight-{}.fits".format(camera)
elif configdict["Flavor"] == 'flat':
if configdict["OutputFile"]:
finalname = configdict["OutputFile"]
else:
finalname = "fiberflat-{}-{:08d}.fits".format(camera, expid)
else:
if args.singqa:
sys.exit()
else:
log.error(
"Result of pipeline is an unknown type {}. Don't know how to write"
.format(type(res)))
sys.exit("Unknown pipeline result type {}.".format(type(res)))
log.info("Pipeline completed. Final result is in {}".format(finalname))
def ql_main(args=None):
from desispec.util import set_backend
_matplotlib_backend = None
set_backend()
from desispec.quicklook import quicklook, qllogger, qlconfig
if args is None:
args = parse()
qlog = qllogger.QLLogger(name="QuickLook", loglevel=args.loglvl)
log = qlog.getlog()
# quiet down DESI logs. We don't want DESI_LOGGER to print messages unless they are important
# initalize singleton with WARNING level
quietDesiLogger(args.loglvl + 10)
if args.config is not None:
#RS: have command line arguments for finding files via old datamodel
psfid = None
if args.psfid:
psfid = args.psfid
flatid = None
if args.flatid:
flatid = args.flatid
templateid = None
if args.templateid:
templateid = args.templateid
templatenight = None
if args.templatenight:
templatenight = args.templatenight
if args.rawdata_dir:
rawdata_dir = args.rawdata_dir
else:
if 'QL_SPEC_DATA' not in os.environ:
sys.exit(
"must set ${} environment variable or provide rawdata_dir".
format('QL_SPEC_DATA'))
rawdata_dir = os.getenv('QL_SPEC_DATA')
if args.specprod_dir:
specprod_dir = args.specprod_dir
else:
if 'QL_SPEC_REDUX' not in os.environ:
sys.exit(
"must set ${} environment variable or provide specprod_dir"
.format('QL_SPEC_REDUX'))
specprod_dir = os.getenv('QL_SPEC_REDUX')
log.debug("Running Quicklook using configuration file {}".format(
args.config))
if os.path.exists(args.config):
if "yaml" in args.config:
config = qlconfig.Config(args.config,
args.night,
args.camera,
args.expid,
args.singqa,
rawdata_dir=rawdata_dir,
specprod_dir=specprod_dir,
psfid=psfid,
flatid=flatid,
templateid=templateid,
templatenight=templatenight,
qlplots=args.qlplots,
store_res=args.resolution)
configdict = config.expand_config()
else:
log.critical("Can't open config file {}".format(args.config))
sys.exit("Can't open config file")
else:
sys.exit("File does not exist: {}".format(args.config))
else:
sys.exit(
"Must provide a valid config file. See desispec/data/quicklook for an example"
)
pipeline, convdict = quicklook.setup_pipeline(configdict)
res = quicklook.runpipeline(pipeline, convdict, configdict)
log.info("QuickLook Pipeline completed")
