def test_morton03():
m03 = parse.parse_morton03(orig=True)
#
np.testing.assert_allclose(m03['wrest'][5], 930.7482, rtol=1e-7)
assert m03['wrest'].unit == u.Angstrom
#
m03 = parse.mktab_morton03()
#m03 = parse.mktab_morton03(do_this=True, outfil='tmp.fits')
m03 = parse.mktab_morton03(do_this=True, fits=False, outfil='tmp.vo')
def test_morton03():
m03 = parse.parse_morton03(orig=True)
#
np.testing.assert_allclose(m03['wrest'][5], 930.7482, rtol=1e-7)
assert m03['wrest'].unit == u.Angstrom
#
m03 = parse.mktab_morton03()
#m03 = parse.mktab_morton03(do_this=True, outfil='tmp.fits')
m03 = parse.mktab_morton03(do_this=True, fits=False, outfil='tmp.vo')
import imp
jbvp_path = imp.find_module('joebvp')[1]
vernerlist=np.genfromtxt(jbvp_path+'/atomicdata/verner6.txt',dtype=None,delimiter=[10,8,3,4,3,2,9,6])
vernlam=jbg.arrfromcol(vernerlist,0)
vernion=jbg.arrfromcol(vernerlist,1)
vernzatom=jbg.arrfromcol(vernerlist,2)
vernnume=jbg.arrfromcol(vernerlist,3)
verngl=jbg.arrfromcol(vernerlist,4)
verngu=jbg.arrfromcol(vernerlist,5)
vernosc=jbg.arrfromcol(vernerlist,6)
vernp=jbg.arrfromcol(vernerlist,7)
# A start to using the linetools atomic data framework
adata=lilp.parse_morton03()
vdata=lilp.parse_verner96()
for i in range(len(vernion)):
vernion[i]=vernion[i].strip()
def setatomicdata(lines,precise=True):
#if isinstance(lines,float):
# lines = [lines]
lam=np.zeros(len(lines)) ; fosc=np.zeros(len(lines)) ; gam=np.zeros(len(lines))
for i,ll in enumerate(lines):
try:
al=AbsLine(ll*u.AA,closest=True)
lam[i]=al.data['wrest'].value ; fosc[i]=al.data['f'] ; gam[i]=al.data['gamma'].value
except:
idx=jbg.closest(adata['wrest'],ll)
jbvp_path = imp.find_module('joebvp')[1]
vernerlist = np.genfromtxt(jbvp_path + '/atomicdata/verner6.txt',
dtype=None,
delimiter=[10, 8, 3, 4, 3, 2, 9, 6])
vernlam = jbg.arrfromcol(vernerlist, 0)
vernion = jbg.arrfromcol(vernerlist, 1)
vernzatom = jbg.arrfromcol(vernerlist, 2)
vernnume = jbg.arrfromcol(vernerlist, 3)
verngl = jbg.arrfromcol(vernerlist, 4)
verngu = jbg.arrfromcol(vernerlist, 5)
vernosc = jbg.arrfromcol(vernerlist, 6)
vernp = jbg.arrfromcol(vernerlist, 7)
# A start to using the linetools atomic data framework
adata = lilp.parse_morton03()
vdata = lilp.parse_verner96()
for i in range(len(vernion)):
vernion[i] = vernion[i].strip()
def setatomicdata(lines, precise=True, linelist=ilist):
lam = np.zeros(len(lines))
fosc = np.zeros(len(lines))
gam = np.zeros(len(lines))
for i, ll in enumerate(lines):
try:
al = AbsLine(ll * u.AA, closest=True, linelist=linelist)
lam[i] = al.data['wrest'].value
fosc[i] = al.data['f']
def test_morton03(): m03 = parse.parse_morton03(orig=True) # np.testing.assert_allclose(m03['wrest'][5], 930.7482, rtol=1e-7) assert m03['wrest'].unit == u.Angstrom
