def main():
#write_test_data()
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
test_dir = '/d/bip3/ezbc/planck/tests/'
(data, header) = pl.get_data(data_type='857',
data_location=data_location,
coord_type='galactic',
x_range=(280, 300),
y_range=(-40, -20))
fits.writeto(test_dir + 'LMC_857ghz.fits',
data,
header=header,
clobber=True,
output_verify='fix')
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
l_range = (155, 165)
b_range = (-25, -10)
(data, header) = pl.get_data(data_location=data_location,
data_type='CO-Type3',
x_range=l_range,
y_range=b_range,
coord_type='galactic',
field=0,
dr_version=1,
resolution=0.1,
cut_last_pixel=False,
verbose=True)
fits.writeto(test_dir + 'perseus_galactic_ebv.fits',
data,
header=header,
clobber=True,
output_verify='fix')
def main():
#write_test_data()
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
test_dir = '/d/bip3/ezbc/planck/tests/'
(data, header) = pl.get_data(data_type='857',
data_location=data_location,
coord_type='galactic',
x_range=(280, 300),
y_range=(-40, -20))
fits.writeto(test_dir + 'LMC_857ghz.fits',
data,
header = header,
clobber = True,
output_verify = 'fix')
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
l_range = (155, 165)
b_range = (-25, -10)
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type3',
x_range = l_range,
y_range = b_range,
coord_type = 'galactic',
field = 0,
dr_version =1,
resolution = 0.1,
cut_last_pixel = False,
verbose = True)
fits.writeto(test_dir + 'perseus_galactic_ebv.fits',
data,
header = header,
clobber = True,
output_verify = 'fix')
def extract_test_data():
''' Creates test data of the Taurus molecular cloud
'''
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
dec_range = (21.3, 30.3)
ra_range = (60.0, 73.0)
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=0,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
return (data, header)
def extract_test_data():
''' Creates test data of the perseus molecular cloud
'''
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
dec_range = (21.3, 30.3)
ra_range = (60.0, 73.0)
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
return (data, header)
def extract_data(datatype='ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
ra_range = (22.5, 82.5)
dec_range = (20, 38)
if datatype == 'co-type3':
(data, header) = pl.get_data(data_location=data_location,
data_type='CO-Type3',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=0,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
if datatype == 'co-type3_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='CO-Type3',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
if datatype == 'co-type1-j10':
(data, header) = pl.get_data(data_location=data_location,
data_type='CO-Type1',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=0,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
if datatype == 'co-type1-j10_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='CO-Type1',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=2,
resolution=0.01,
cut_last_pixel=False,
dr_version=2,
verbose=True)
if datatype == 'ebv_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=3,
resolution=0.01,
cut_last_pixel=False,
dr_version=2,
verbose=True)
if datatype == 'temp':
ra_range = (40, 70)
dec_range = (20, 38)
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=4,
resolution=0.01,
cut_last_pixel=False,
dr_version=2,
verbose=True)
if datatype == 'temp_error':
ra_range = (40, 70)
dec_range = (20, 38)
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=5,
resolution=0.01,
cut_last_pixel=False,
dr_version=2,
verbose=True)
return (data, header)
def extract_data(datatype = 'ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
dec_range = (21, 38)
ra_range = (40, 70)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 2,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'ebv_err':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 3,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'tau353':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'tau353err':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'temp':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 4,
dr_version = 2,
resolution = 0.05,
cut_last_pixel = False,
verbose = True)
elif datatype == 'temp_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 5,
dr_version = 2,
resolution = 0.05,
cut_last_pixel = False,
verbose = True)
elif datatype == '857':
(data, header) = pl.get_data(data_location = data_location,
data_type = '857',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '545':
(data, header) = pl.get_data(data_location = data_location,
data_type = '545',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '353':
(data, header) = pl.get_data(data_location = data_location,
data_type = '353',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
return (data, header)
def extract_data(datatype='ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
dec_range = (15, 48)
ra_range = (32, 85)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=2,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'ebv_err':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=3,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'tau353':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=0,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'tau353err':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'temp':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=4,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'temp_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=5,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'beta':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=6,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'beta_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=7,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == '857':
(data, header) = pl.get_data(data_location=data_location,
data_type='857',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
dr_version=1,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == '545':
(data, header) = pl.get_data(data_location=data_location,
data_type='545',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
dr_version=1,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == '353':
(data, header) = pl.get_data(data_location=data_location,
data_type='353',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
dr_version=1,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
return (data, header)
def extract_data(datatype='ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
ra_range = (55, 81)
dec_range = (25, 45)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=2,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'tau353':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=0,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'tau353err':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=1,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'temp':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=4,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'temp_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=ra_range,
y_range=dec_range,
coord_type='equatorial',
field=5,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
return (data, header)
def extract_data(datatype='ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
# get bounding box around galactic box
glon_range = (70, 90)
glat_range = (-4, 5)
#glon_range = (170, 180)
#glat_range = (-20, -10)
ra_range, dec_range = get_galactic_limits(glon_range, glat_range)
coord_type = 'equatorial'
coord_type = 'galactic'
x_range, y_range = glon_range, glat_range
#x_range, y_range = ra_range, dec_range
print x_range, y_range
#x_range = (170, 181)
#y_range = (-1, 1)
#x_range = (0, 360)
#y_range = (-90, 90)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=2,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'ebv_err':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=3,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'tau353':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=0,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'tau353err':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=1,
dr_version=2,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == 'temp':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=4,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == 'temp_error':
(data, header) = pl.get_data(data_location=data_location,
data_type='Dust Opacity',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=5,
dr_version=2,
resolution=0.05,
cut_last_pixel=False,
verbose=True)
elif datatype == '857':
(data, header) = pl.get_data(data_location=data_location,
data_type='857',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=1,
dr_version=1,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == '545':
(data, header) = pl.get_data(data_location=data_location,
data_type='545',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=1,
dr_version=1,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
elif datatype == '353':
(data, header) = pl.get_data(data_location=data_location,
data_type='353',
x_range=x_range,
y_range=y_range,
coord_type=coord_type,
field=1,
dr_version=1,
resolution=0.01,
cut_last_pixel=False,
verbose=True)
return (data, header)
def extract_data(datatype = 'ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
ra_range = (22.5, 82.5)
dec_range = (20, 38)
if datatype == 'co-type3':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type3',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
if datatype == 'co-type3_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type3',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
if datatype == 'co-type1-j10':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type1',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
if datatype == 'co-type1-j10_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type1',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 2,
resolution = 0.01,
cut_last_pixel = False,
dr_version = 2,
verbose = True)
if datatype == 'ebv_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 3,
resolution = 0.01,
cut_last_pixel = False,
dr_version = 2,
verbose = True)
if datatype == 'temp':
ra_range = (40, 70)
dec_range = (20, 38)
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 4,
resolution = 0.01,
cut_last_pixel = False,
dr_version = 2,
verbose = True)
if datatype == 'temp_error':
ra_range = (40, 70)
dec_range = (20, 38)
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 5,
resolution = 0.01,
cut_last_pixel = False,
dr_version = 2,
verbose = True)
return (data, header)
def extract_data(datatype = 'ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
# Goal: RA from 1:30 to 5:30hrs, Dec = 20 to 38deg
dec_range = (15, 35)
ra_range = (52.5, 82.5)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 2,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
if datatype == 'radiance':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 3,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'tau353':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'tau353err':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'temp':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 4,
dr_version = 2,
resolution = 0.05,
cut_last_pixel = False,
verbose = True)
elif datatype == 'temp_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 5,
dr_version = 2,
resolution = 0.05,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_1to0':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type2',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_1to0_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type2',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_2to1':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type2',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 4,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_2to1_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type2',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 5,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_3to2':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type1',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 8,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_3to2_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type1',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 9,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type3',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 0,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'co_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'CO-Type3',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '857':
(data, header) = pl.get_data(data_location = data_location,
data_type = '857',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '545':
(data, header) = pl.get_data(data_location = data_location,
data_type = '545',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '353':
(data, header) = pl.get_data(data_location = data_location,
data_type = '353',
x_range = ra_range,
y_range = dec_range,
coord_type = 'equatorial',
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
return (data, header)
def extract_data(datatype = 'ebv'):
data_location = '/d/bip3/ezbc/planck/planck_raw_data/'
# get bounding box around galactic box
glon_range = (70, 90)
glat_range = (-4, 5)
#glon_range = (170, 180)
#glat_range = (-20, -10)
ra_range, dec_range = get_galactic_limits(glon_range, glat_range)
coord_type = 'equatorial'
coord_type = 'galactic'
x_range, y_range = glon_range, glat_range
#x_range, y_range = ra_range, dec_range
print x_range, y_range
#x_range = (170, 181)
#y_range = (-1, 1)
#x_range = (0, 360)
#y_range = (-90, 90)
if datatype == 'ebv':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 2,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'ebv_err':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 3,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'tau353':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 0,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'tau353err':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 1,
dr_version = 2,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == 'temp':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 4,
dr_version = 2,
resolution = 0.05,
cut_last_pixel = False,
verbose = True)
elif datatype == 'temp_error':
(data, header) = pl.get_data(data_location = data_location,
data_type = 'Dust Opacity',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 5,
dr_version = 2,
resolution = 0.05,
cut_last_pixel = False,
verbose = True)
elif datatype == '857':
(data, header) = pl.get_data(data_location = data_location,
data_type = '857',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '545':
(data, header) = pl.get_data(data_location = data_location,
data_type = '545',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
elif datatype == '353':
(data, header) = pl.get_data(data_location = data_location,
data_type = '353',
x_range = x_range,
y_range = y_range,
coord_type = coord_type,
field = 1,
dr_version = 1,
resolution = 0.01,
cut_last_pixel = False,
verbose = True)
return (data, header)