def testefflam(self):
iraf.calcphot(obsmode=self.obsmode,spectrum=self.spectrum,
form='photlam', func='efflerg')
rlam=iraf.calcphot.getParam('calcphot.result',native=1)
obs=S.Observation(self.sptest,self.bp,force=self.Extrap)
tlam=obs.efflam()
if rlam != 0:
self.discrep=(tlam-rlam)/rlam
else:
self.discrep=tlam-rlam
self.tra['Discrep']=self.discrep
if abs(self.discrep)>self.superthresh:
self.tra['Extreme']=True
self.tra['Syn']=rlam
self.tra['Pysyn']=tlam
self.failUnless(abs(self.discrep) < self.thresh,msg="Discrep=%f"%self.discrep)
def testeffstim(self):
iraf.calcphot(obsmode=self.obsmode,spectrum=self.spectrum,
form=self.form,func='effstim')
rcounts=iraf.calcphot.getParam('calcphot.result',native=1)
obs=S.Observation(self.sptest,self.bp)
tcounts=obs.effstim(self.form)
self.tra['Syn']=rcounts
self.tra['Pysyn']=tcounts
if rcounts != 0:
self.discrep=(tcounts-rcounts)/rcounts
else:
self.discrep=tcounts-rcounts
self.tra['Discrep']=self.discrep
if abs(self.discrep)>self.superthresh:
self.tra['Extreme']=True
self.failUnless(abs(self.discrep) < self.thresh,msg="Discrep=%f"%self.discrep)
def testefflam(self):
iraf.calcphot(obsmode=self.obsmode,
spectrum=self.spectrum,
form='photlam',
func='efflerg')
rlam = iraf.calcphot.getParam('calcphot.result', native=1)
obs = S.Observation(self.sptest, self.bp, force=self.Extrap)
tlam = obs.efflam()
if rlam != 0:
self.discrep = (tlam - rlam) / rlam
else:
self.discrep = tlam - rlam
self.tra['Discrep'] = self.discrep
if abs(self.discrep) > self.superthresh:
self.tra['Extreme'] = True
self.tra['Syn'] = rlam
self.tra['Pysyn'] = tlam
self.failUnless(abs(self.discrep) < self.thresh,
msg="Discrep=%f" % self.discrep)
def testeffstim(self):
iraf.calcphot(obsmode=self.obsmode,
spectrum=self.spectrum,
form=self.form,
func='effstim')
rcounts = iraf.calcphot.getParam('calcphot.result', native=1)
obs = S.Observation(self.sptest, self.bp)
tcounts = obs.effstim(self.form)
self.tra['Syn'] = rcounts
self.tra['Pysyn'] = tcounts
if rcounts != 0:
self.discrep = (tcounts - rcounts) / rcounts
else:
self.discrep = tcounts - rcounts
self.tra['Discrep'] = self.discrep
if abs(self.discrep) > self.superthresh:
self.tra['Extreme'] = True
self.failUnless(abs(self.discrep) < self.thresh,
msg="Discrep=%f" % self.discrep)
baseName, ccdint, ampint)
else:
print "Unrecognized file format"
#This copies the file into a more organized way
copyfile(filterBandFileName, newBandFileName)
#This will prevent crashes
try:
#This does the calcphot
print newBandFileName
print calspecFileName
print outFileName
iraf.calcphot(newBandFileName,
calspecFileName,
'abmag',
out=outFileName,
append='yes')
except:
print "****Calcphot failed for star " + calspecFileName + "****"
#This deletes the file we made
os.remove(newBandFileName)
#This continues the loop
line1 = fd1.readline()
#end while
#end for
#print starName, iccd, filter, filterFileName, outputString
if os.path.isfile(outputString):
oldOutputString = outputString + "~"
os.rename(outputString, oldOutputString)
# Loop over filters...
for filter in filterList:
filterFileName = '%s/%s_band_20150601a_syn.ccd%d.fits' % (
filterDirName, filter, iccd)
try:
iraf.calcphot(obsmode=filterFileName,
spectrum="temp.txt",
output=outputString,
form="abmag",
append="yes")
except:
print "calcphot failed skipping..."
continue
# endfor (filter)
# endfor (iccd)
os.remove('temp.txt')
# endfor (starFileName)
exit()
print tmpFilterFileName
hdulist = pyfits.open(newBandFileName)
hdulist[1].data[
'WAVELENGTH'] = hdulist[1].data['WAVELENGTH'] + angstroms
hdulist.writeto(tmpFilterFileName, clobber=True)
hdulist.close()
#This will prevent crashes
try:
#This does the calcphot
print newBandFileName
print calspecFileName
print outFileName
iraf.calcphot(tmpFilterFileName,
calspecFileName,
'abmag',
out=outFileName,
append='yes')
except:
print "****Calcphot failed for star " + calspecFileName + "****"
#end for
#This deletes the file we made
os.remove(newBandFileName)
#This continues the loop
line1 = fd1.readline()
#end while
# Skip those calspec spectra that do not fully
# cover the range of the DES Y3A2 grizY filter
# standard bandpass tables...
if ((wavemin > 3000.) or (wavemax < 11000.)):
print 'Spectrum does not fully cover DES Y3A2 grizY filter standard bandpasses... Skipping...'
continue
for band in bandList:
print band,
bandFileName = bandsDir + '/y3a2_std_passband_' + band + '.fits'
print bandFileName
try:
iraf.calcphot(obsmode=bandFileName,
spectrum=specFileName,
out=rawOutputFile,
form='abmag',
append='yes')
except:
print 'Synphot command calcphot failed on this spectrum... continuing...'
# Read in rawOutputFile to create a reformatted version in CSV format...
hdulist = pyfits.open(rawOutputFile)
tbdata = hdulist[1].data
# Extact spectrum names as a list...
snameList = tbdata['TARGETID'].tolist()
snameList = [(os.path.split(sname)[1].strip()) for sname in snameList]
# Extact filter names as a list...
fnameList = tbdata['OBSMODE'].tolist()
starFileNameList = [x.strip() for x in stars]
# Loop over starFileNameList...
for starFileName in starFileNameList:
starName=starFileName.split('.newformat')[0]
copyfile(starFileName, 'temp.fits')
outputString = "mag." + starName + ".ugriz.fits"
print starName, outputString
#if os.path.isfile(outputString):
# oldOutputString = outputString + "~"
# os.rename(outputString, oldOutputString)
try:
iraf.calcphot(obsmode = "sdss,u", spectrum = "temp.fits", output = outputString, form="abmag", append="yes")
iraf.calcphot(obsmode = "sdss,g", spectrum = "temp.fits", output = outputString, form="abmag", append="yes")
iraf.calcphot(obsmode = "sdss,r", spectrum = "temp.fits", output = outputString, form="abmag", append="yes")
iraf.calcphot(obsmode = "sdss,i", spectrum = "temp.fits", output = outputString, form="abmag", append="yes")
iraf.calcphot(obsmode = "sdss,z", spectrum = "temp.fits", output = outputString, form="abmag", append="yes")
print "success!"
except:
print "calcphot failed skipping..."
continue
os.remove('temp.fits')
exit()
