def setUp(self):
tmcname = os.path.join('mtab','r1j2146sm_tmc.fits')
self.oldrefs = refs.getref()
refs.COMPTABLE = locations._refTable(tmcname)
tmgname = os.path.join('mtab','rbg2236im_tmg.fits')
refs.GRAPHTABLE = locations._refTable(tmgname)
self.omstring='acs,hrc,f555w,mjd#54000'
def setUp(self):
tmcname = os.path.join('mtab', 'r1j2146sm_tmc.fits')
self.oldrefs = refs.getref()
refs.COMPTABLE = locations._refTable(tmcname)
tmgname = os.path.join('mtab', 'rbg2236im_tmg.fits')
refs.GRAPHTABLE = locations._refTable(tmgname)
self.omstring = 'acs,hrc,f555w,mjd#54000'
def setUp(self):
tmg = locations._refTable(os.path.join('mtab','u921351jm_tmg.fits'))
tmc = locations._refTable(os.path.join('mtab','ub31649mm_tmc.fits'))
spec = FlatSpectrum(1,fluxunits='flam')
bandpass = ObsBandpass('acs,hrc,f555w',graphtable=tmg,comptable=tmc)
self.obs = Observation(spec,bandpass)
self.obs.initbinflux()
def setUp(self):
tmg = locations._refTable(os.path.join('mtab', 'u921351jm_tmg.fits'))
tmc = locations._refTable(os.path.join('mtab', 'ub31649mm_tmc.fits'))
spec = FlatSpectrum(1, fluxunits='flam')
bandpass = ObsBandpass('acs,hrc,f555w', graphtable=tmg, comptable=tmc)
self.obs = Observation(spec, bandpass)
self.obs.initbinflux()
def setUp(self):
cmptb_name = os.path.join('mtab', 'r1j2146sm_tmc.fits')
self.old_comptable = refs.COMPTABLE
refs.COMPTABLE = locations._refTable(cmptb_name)
print("ui_Test.BandTests:")
print(" Tests are being run with comptable", refs.COMPTABLE)
print(" Comparison results were computed with r1j2146sm_tmc.fits")
def setUp(self):
cmptb_name=os.path.join('mtab','r1j2146sm_tmc.fits')
self.old_comptable = refs.COMPTABLE
refs.COMPTABLE = locations._refTable(cmptb_name)
print("ui_Test.BandTests:")
print(" Tests are being run with comptable",refs.COMPTABLE)
print(" Comparison results were computed with r1j2146sm_tmc.fits")
def aper_no_extrap_test():
interp_val = -5.
filename = os.path.join('comp', 'acs', 'acs_wfc_aper_002_syn.fits')
filename = locations._refTable(filename) + '[aper#]'
nose.tools.assert_raises(exceptions.ExtrapolationNotAllowed,
S.spectrum.InterpolatedSpectralElement, filename,
interp_val)
def aper_no_extrap_test():
interp_val = -5.
filename = os.path.join('comp','acs','acs_wfc_aper_002_syn.fits')
filename = locations._refTable(filename) + '[aper#]'
nose.tools.assert_raises(exceptions.ExtrapolationNotAllowed,
S.spectrum.InterpolatedSpectralElement,
filename,interp_val)
def setUpModule():
#Freeze the version of the comptable so tests are not susceptible to
# updates to CDBS
global old_comptable
cmptb_name = os.path.join('mtab','rcb1833hm_tmc.fits')
old_comptable = refs.COMPTABLE
refs.COMPTABLE = locations._refTable(cmptb_name)
print("%s:" % os.path.basename(__file__))
print(" Tests are being run with %s" % refs.COMPTABLE)
def setUp(self):
self.old_comptable = refs.COMPTABLE
refs.COMPTABLE = locations._refTable(cmptb_name)
self.oldpath = os.path.abspath(os.curdir)
if os.path.isdir(os.path.join(locations.specdir, 'generic')):
os.chdir(os.path.join(locations.specdir, 'generic'))
else:
os.chdir(locations.specdir)
self.accuracy = 0.00109
self.setparms()
if self.sp is not None: # Skip the base class!!
self.obs = Observation(self.sp, self.bp)
def setUpModule():
# Freeze the version of the comptable so tests are not susceptible to
# updates to CDBS
global old_comptable
global old_vegafile
cmptb_name = os.path.join('mtab', 't260548pm_tmc.fits')
old_comptable = refs.COMPTABLE
refs.COMPTABLE = locations._refTable(cmptb_name)
print("%s:" % os.path.basename(__file__))
print(" Tests are being run with %s" % refs.COMPTABLE)
# Also set the version of Vega for similar reasons
old_vegafile = locations.VegaFile
locations.VegaFile = os.path.join('crcalspec', 'alpha_lyr_stis_003.fits')
print("Using Vega spectrum: %s" % locations.VegaFile)
def setUpModule():
# Freeze the version of the comptable so tests are not susceptible to
# updates to CDBS
global old_comptable
global old_vegafile
cmptb_name = os.path.join('mtab', 't260548pm_tmc.fits')
old_comptable = refs.COMPTABLE
refs.COMPTABLE = locations._refTable(cmptb_name)
print("%s:" % os.path.basename(__file__))
print(" Tests are being run with %s" % refs.COMPTABLE)
# Also set the version of Vega for similar reasons
old_vegafile = locations.VegaFile
locations.VegaFile = os.path.join('crcalspec', 'alpha_lyr_stis_003.fits')
print("Using Vega spectrum: %s" % locations.VegaFile)
def setUpModule():
#Freeze the version of the comptable so tests are not susceptible to
# updates to CDBS
global old_comptable
global old_vegafile
old_comptable = refs.COMPTABLE
cmptb_name = os.path.join('mtab', 'r1j2146sm_tmc.fits')
refs.COMPTABLE = locations._refTable(cmptb_name)
print("%s:" % os.path.basename(__file__))
print(" Tests are being run with %s" % refs.COMPTABLE)
print(" Synphot comparison results were computed with r1j2146sm_tmc.fits")
#Synphot comparison results are identified with the varname synphot_ref.
#Also set the version of Vega for similar reasons
old_vegafile = locations.VegaFile
locations.VegaFile = os.path.join(testdir, 'alpha_lyr_stis_002.fits')
print("Using Vega spectrum: %s" % locations.VegaFile)
def setUpModule():
#Freeze the version of the comptable so tests are not susceptible to
# updates to CDBS
global old_comptable
global old_vegafile
old_comptable = refs.COMPTABLE
cmptb_name = os.path.join('mtab', 'r1j2146sm_tmc.fits')
refs.COMPTABLE = locations._refTable(cmptb_name)
print("%s:" % os.path.basename(__file__))
print(" Tests are being run with %s" % refs.COMPTABLE)
print(" Synphot comparison results were computed with r1j2146sm_tmc.fits")
#Synphot comparison results are identified with the varname synphot_ref.
#Also set the version of Vega for similar reasons
old_vegafile = locations.VegaFile
locations.VegaFile = os.path.join(testdir, 'alpha_lyr_stis_002.fits')
print("Using Vega spectrum: %s" % locations.VegaFile)
def test_two(self):
throughput_list = ['comp/ota/hst_ota_007_syn.fits',
'comp/acs/acs_hrc_m12_005_syn.fits',
'comp/acs/acs_hrc_m3_005_syn.fits',
'comp/acs/acs_f435w_004_syn.fits',
'comp/acs/acs_hrc_win_005_syn.fits',
'comp/acs/acs_hrc_ccd_011_syn.fits']
for i, f in enumerate(throughput_list):
throughput_list[i] = os.path.join(self.cdbs, f)
cmptb_name = os.path.join('mtab', 'r1j2146sm_tmc.fits')
refs.COMPTABLE = locations._refTable(cmptb_name)
obs = observationmode.ObservationMode('acs,hrc,f435w')
n = self.check_list(throughput_list,
[c.throughput_name for c in obs.components])
if n:
raise AssertionError(n)
def setUp(self):
interp_val = 51252.0
filename = os.path.join('comp','stis','stis_nm16_mjd_010_syn.fits')
filename = locations._refTable(filename) + '[MJD#]'
self.spec = S.spectrum.InterpolatedSpectralElement(filename,interp_val)
def setUp(self):
interp_val = 0.0
filename = os.path.join('comp', 'acs', 'acs_wfc_aper_002_syn.fits')
filename = locations._refTable(filename) + '[aper#]'
self.spec = S.spectrum.InterpolatedSpectralElement(
filename, interp_val)
def setUp(self):
interp_val = -5.
filename = os.path.join('comp','acs','acs_fr656n_005_syn.fits')
filename = locations._refTable(filename) + '[fr656n#]'
self.spec = S.spectrum.InterpolatedSpectralElement(filename,interp_val)
def setUp(self):
interp_val = 51252.0
filename = os.path.join('comp', 'stis', 'stis_nm16_mjd_010_syn.fits')
filename = locations._refTable(filename) + '[MJD#]'
self.spec = S.spectrum.InterpolatedSpectralElement(
filename, interp_val)
def setUp(self):
self.cdbs = os.environ['PYSYN_CDBS']
graphtab = os.path.join('mtab','u921351jm_tmg.fits')
self.old_refs = refs.getref()
refs.GRAPHTABLE = locations._refTable(graphtab)
def setUp(self):
interp_val = -5.
filename = os.path.join('comp', 'acs', 'acs_fr656n_005_syn.fits')
filename = locations._refTable(filename) + '[fr656n#]'
self.spec = S.spectrum.InterpolatedSpectralElement(
filename, interp_val)
def setUp(self):
interp_val = 0.0
filename = os.path.join('comp','acs','acs_wfc_aper_002_syn.fits')
filename = locations._refTable(filename) + '[aper#]'
self.spec = S.spectrum.InterpolatedSpectralElement(filename,interp_val)
