def setUp(self):
setref()
self.gref = irafconvert('mtab$t2605492m_tmg.fits')
self.cref = irafconvert('mtab$t260548pm_tmc.fits')
setref(graphtable=self.gref,
comptable=self.cref)
self.pick = getref()
def test_things_in_cache(self):
fail = False
self.tra = { }
Cache.reset_catalog_cache()
sp = S.Icat('k93models', 6440, 0, 4.3)
self.assertTrue(len(Cache.CATALOG_CACHE) == 1)
k = next(key for key in Cache.CATALOG_CACHE.keys())
from pysynphot.locations import irafconvert
import os.path
f = irafconvert("$PYSYN_CDBS/grid/k93models/catalog.fits")
f = os.path.normpath(f)
f = os.path.normcase(f)
fixed_k = os.path.normpath(k)
fixed_k = os.path.normcase(fixed_k)
if fixed_k != f :
self.tra['cache_found'] = k
self.tra['cache_found_fixed'] = fixed_k
self.tra['cache_expect'] = f
fail = True
if not isinstance(Cache.CATALOG_CACHE[k],list) :
self.tra['cache_type_mismatch'] = str(type(Cache.CATALOG_CACHE[k]))
fail = True
if fail :
raise AssertionError()
def test_things_in_cache(self):
fail = False
self.tra = {}
Cache.reset_catalog_cache()
sp = S.Icat('k93models', 6440, 0, 4.3)
self.assertTrue(len(Cache.CATALOG_CACHE) == 1)
k = next(key for key in Cache.CATALOG_CACHE.keys())
from pysynphot.locations import irafconvert
import os.path
f = irafconvert("$PYSYN_CDBS/grid/k93models/catalog.fits")
f = os.path.normpath(f)
f = os.path.normcase(f)
fixed_k = os.path.normpath(k)
fixed_k = os.path.normcase(fixed_k)
if fixed_k != f:
self.tra['cache_found'] = k
self.tra['cache_found_fixed'] = fixed_k
self.tra['cache_expect'] = f
fail = True
if not isinstance(Cache.CATALOG_CACHE[k], list):
self.tra['cache_type_mismatch'] = str(type(Cache.CATALOG_CACHE[k]))
fail = True
if fail:
raise AssertionError()
def test_CONVERTDICT():
import pysynphot.locations as locations
locations.CONVERTDICT['testjref'] = './data/cdbs/jref/'
refpath = './data/cdbs/jref/empty_test_file.txt'
filename = locations.irafconvert('testjref$empty_test_file.txt')
assert refpath == filename
def test_CONVERTDICT():
import pysynphot.locations as locations
locations.CONVERTDICT['testjref'] = './data/cdbs/jref/'
refpath = './data/cdbs/jref/empty_test_file.txt'
filename = locations.irafconvert('testjref$empty_test_file.txt')
assert refpath == filename
def test1(self):
ans = irafconvert(self.fstring)
ans = os.path.normpath(ans)
ref = os.path.normpath(self.ref)
ans = os.path.normcase(ans)
ref = os.path.normcase(ref)
self.tra = dict(ans=ans, ref=ref)
self.assertEqual(ref, ans)
def get_comptab_info(self, synname):
"""Dump the FILENAME column of the component table implied by `synname`
(e.g. "tmc" --> something_tmc.fits) and use pysynphot to interpret the
embedded iraf$-style path env var into a normal filepath. This is used
to locate files within appropriate sub-directories of
<synphot_dir>/comp.
Return the mapping from a component file basename as defined in the CRDS
rmap to the absolute path in a CDBS-style synphot file repo being created.
Returns { component_basename : abs_pysyn_path, ...}
"""
for msg in SYNPHOT_IGNORE:
warnings.filterwarnings("ignore", msg)
from pysynphot import locations
filekind = synname + "tab"
rmap = self.imap.get_rmap(filekind)
references = rmap.reference_names()
assert len(references) == 1, \
"More than one '%s' reference name mentioned in '%s'." % \
(synname, rmap.name)
tab_name = references[0]
# rmap object locate() not module function.
tab_path = rmap.locate_file(tab_name)
# CRDS abstract table object nominally from HDU 1
table = tables.tables(tab_path)[0]
fileinfo = {}
for syn_name in table.columns["FILENAME"]:
iraf_path, basename = syn_name.split("$")
name = basename.split("[")[0] # remove parameterization
dollar_syn_name = syn_name.split("[")[0]
# Use pysynphot to interpret iraf_path
cdbs_filepath = os.path.abspath(
locations.irafconvert(dollar_syn_name))
fileinfo[name] = cdbs_filepath
return fileinfo
def get_comptab_info(self, synname):
"""Dump the FILENAME column of the component table implied by `synname`
(e.g. "tmc" --> something_tmc.fits) and use pysynphot to interpret the
embedded iraf$-style path env var into a normal filepath. This is used
to locate files within appropriate sub-directories of
<synphot_dir>/comp.
Return the mapping from a component file basename as defined in the CRDS
rmap to the absolute path in a CDBS-style synphot file repo being created.
Returns { component_basename : abs_pysyn_path, ...}
"""
for msg in SYNPHOT_IGNORE:
warnings.filterwarnings("ignore",msg)
from pysynphot import locations
filekind = synname + "tab"
rmap = self.imap.get_rmap(filekind)
references = rmap.reference_names()
assert len(references) == 1, \
"More than one '%s' reference name mentioned in '%s'." % \
(synname, rmap.name)
tab_name = references[0]
# rmap object locate() not module function.
tab_path = rmap.locate_file(tab_name)
# CRDS abstract table object nominally from HDU 1
table = tables.tables(tab_path)[0]
fileinfo = {}
for syn_name in table.columns["FILENAME"]:
iraf_path, basename = syn_name.split("$")
name = basename.split("[")[0] # remove parameterization
dollar_syn_name = syn_name.split("[")[0]
# Use pysynphot to interpret iraf_path
cdbs_filepath = os.path.abspath(
locations.irafconvert(dollar_syn_name))
fileinfo[name] = cdbs_filepath
return fileinfo
def testiraf(self):
fname = 'crcalspec$gd50_004.fits'
tst = irafconvert(fname)
self.assertTrue(self.ref == tst,
msg="Expected %s, got %s" % (self.ref, tst))
def testplain(self):
fname = 'gd50_004.fits'
tst = irafconvert(fname)
self.assertTrue(fname == tst, msg="Expected %s, got %s"%(fname,tst))
def testshell(self):
fname = '$PYSYN_CDBS/calspec/gd50_004.fits'
tst = irafconvert(fname)
self.assertTrue(self.ref == tst, msg="Expected %s, got %s"%(self.ref,tst))
def testiraf(self):
fname = 'crcalspec$gd50_004.fits'
tst = irafconvert(fname)
self.assertTrue(self.ref == tst, msg="Expected %s, got %s"%(self.ref,tst))
def testplain(self):
fname = 'gd50_004.fits'
tst = irafconvert(fname)
self.assertTrue(fname == tst, msg="Expected %s, got %s" % (fname, tst))
from pysynphot import locations
from pysynphot import refs
from pysynphot import binning
from pysynphot.tables import GraphTable
from pysynphot.observationmode import ObservationMode
from pysynphot.obsbandpass import ObsBandpass
from pysynphot.spectrum import FlatSpectrum
from pysynphot.spectrum import Integrator
from pysynphot.spectrum import CompositeSpectralElement
from pysynphot.observation import Observation
from pysynphot.exceptions import IncompatibleSources
import pysynphot.units as units
# a stock graph table on CDBS
GT_FILE_NO = locations.irafconvert('mtab$n9i1408hm_tmg.fits')
# this copy of a graph table has been modified to have PRIMAREA = 100.0
GT_FILE_100 = os.path.join(os.path.dirname(__file__), 'data', 'cdbs', 'mtab',
'n9i1408hm_tmg.fits')
def setUpModule():
pass
def tearDownModule():
# Reset refs
reload(refs)
def testset(self):
tst=getref()[self.ttype]
self.assertEquals(irafconvert(self.ref),
irafconvert(tst),
"(ref,tst)=(%s,%s)"%(self.ref,tst)
)
def testget(self):
tst = getref()
ref = copy.deepcopy(startup)
ref[self.ttype]=irafconvert(self.ref)
self.assertEqual(ref,tst,"(ref,test):\n (%s\n%s)"%(ref,tst))
def testshell(self):
fname = '$PYSYN_CDBS/calspec/gd50_004.fits'
tst = irafconvert(fname)
self.assertTrue(self.ref == tst,
msg="Expected %s, got %s" % (self.ref, tst))
from pysynphot import locations
from pysynphot import refs
from pysynphot import binning
from pysynphot.tables import GraphTable
from pysynphot.observationmode import ObservationMode
from pysynphot.obsbandpass import ObsBandpass
from pysynphot.spectrum import FlatSpectrum
from pysynphot.spectrum import Integrator
from pysynphot.spectrum import CompositeSpectralElement
from pysynphot.observation import Observation
from pysynphot.exceptions import IncompatibleSources
import pysynphot.units as units
# a stock graph table on CDBS
GT_FILE_NO = locations.irafconvert('mtab$n9i1408hm_tmg.fits')
# this copy of a graph table has been modified to have PRIMAREA = 100.0
GT_FILE_100 = os.path.join(os.path.dirname(__file__), 'data', 'cdbs', 'mtab',
'n9i1408hm_tmg.fits')
def setUpModule():
pass
def tearDownModule():
# Reset refs
reload(refs)