def main():
rc3 = pyfits.open('mediumrc3.fits')
entries = []
for entry in rc3[1].data:
if entry['NAME'] != '':
name = entry['NAME']
elif entry['ALT_NAME_1'] != '':
name = entry['ALT_NAME_1']
elif entry['ALT_NAME_2'] != '':
name = entry['ALT_NAME_2']
else:
name = entry['PGC_NAME']
if entry['DEC'] < -1.:
continue
print((10**entry['LOG_D25']) / 10.)
fn = 'RC3_Output/%s.pickle' % (name.replace(' ', '_'))
print(fn)
if os.path.exists(fn):
print('%s has run successfully already' % name)
else:
print('run %s through tractor' % name)
entries.append('%s' % name)
things = [str(x) for x in entries]
print(len(things))
things.reverse()
for entry in things:
print(entry)
newentry = entry.replace(' ', '_')
print(newentry)
try:
print('running tractor for %s' % entry)
generalRC3(entry, itune1=6, itune2=6, nocache=True)
os.system('cp flip-%s.pdf RC3_Output' % newentry)
os.system('cp %s.png RC3_Output' % newentry)
os.system('cp %s.pickle RC3_Output' % newentry)
halflight(newentry)
add_to_table(newentry)
except AssertionError:
print(traceback.print_exc())
print("Tractor failed on entry: %s" % newentry)
continue
except MemoryError:
print(traceback.print_exc())
print("Tractor failed on entry: %s" % newentry)
continue
def main():
rc3 = pyfits.open('mediumrc3.fits')
entries=[]
for entry in rc3[1].data:
if entry['NAME'] != '':
name = entry['NAME']
elif entry['ALT_NAME_1'] != '':
name = entry['ALT_NAME_1']
elif entry['ALT_NAME_2'] != '':
name = entry['ALT_NAME_2']
else:
name = entry['PGC_NAME']
if entry['DEC'] < -1.:
continue
print (10**entry['LOG_D25'])/10.
fn = 'RC3_Output/%s.pickle' % (name.replace(' ', '_'))
print fn
if os.path.exists(fn):
print '%s has run successfully already' %name
else:
print 'run %s through tractor' %name
entries.append('%s' %name)
things=[str(x) for x in entries]
print len(things)
things.reverse()
for entry in things:
print entry
newentry=entry.replace(' ', '_')
print newentry
try:
print 'running tractor for %s' %entry
generalRC3(entry,itune1=6,itune2=6,nocache=True)
os.system('cp flip-%s.pdf RC3_Output' % newentry)
os.system('cp %s.png RC3_Output' % newentry)
os.system('cp %s.pickle RC3_Output' % newentry)
halflight(newentry)
add_to_table(newentry)
except AssertionError:
print traceback.print_exc()
print "Tractor failed on entry: %s" % newentry
continue
except MemoryError:
print traceback.print_exc()
print "Tractor failed on entry: %s" % newentry
continue
from general import generalRC3
import sys
f = open('offdata.txt', 'r')
for line in f:
name, ra, dec = line.split()
print name, ra, dec
generalRC3(name.replace('_', ' '), ra=ra, dec=dec)
from general import generalRC3
import sys
f = open('offdata.txt','r')
for line in f:
name,ra,dec = line.split()
print name,ra,dec
generalRC3(name.replace('_',' '),ra=ra,dec=dec)
