def test4(keys):
j = 0
for time_actionid in [
108583, '108583', [108583, 109754], ['108583', '109754']
]:
print '\nRunning Test 4.' + str(
j) + ': obj_id=bls, time_actionid=' + str(time_actionid)
N = len(keys)
for i, key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
obj_id='bls',
time_actionid=time_actionid,
fitsreader='astropy',
silent=True)
dic_fitsio = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
obj_id='bls',
time_actionid=time_actionid,
fitsreader='fitsio',
silent=True)
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 4.' + str(j) + ' succesful.'
j += 1
def test3(keys):
j = 0
for obj_id in [46, '046', [46, 11, 2], ['046', '11', '2']]:
for time_date in [
20151115, '2015-11-15', '2015/11/15',
[20151115, 20151127, 20170101],
['2015-11-15', '2015-11-04', '2017-01-01']
]:
print '\nRunning Test 3.' + str(j) + ': obj_id=' + str(
obj_id) + ', time_date=' + str(time_date)
N = len(keys)
for i, key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
obj_id=obj_id,
time_date=time_date,
fitsreader='astropy',
silent=True)
dic_fitsio = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
obj_id=obj_id,
time_date=time_date,
fitsreader='fitsio',
silent=True)
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 3.' + str(j) + ' succesful.'
j += 1
def test1(keys):
print '\n'
N = len(keys)
for i,key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], fitsreader='astropy', silent=True )
dic_fitsio = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], fitsreader='fitsio', silent=True )
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 1 succesful.'
def test4(keys):
j = 0
for time_actionid in [108583, '108583', [108583,109754], ['108583','109754']]:
print '\nRunning Test 4.'+str(j)+': obj_id=bls, time_actionid='+str(time_actionid)
N = len(keys)
for i,key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], obj_id='bls', time_actionid=time_actionid, fitsreader='astropy', silent=True )
dic_fitsio = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], obj_id='bls', time_actionid=time_actionid, fitsreader='fitsio', silent=True )
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 4.'+str(j)+' succesful.'
j += 1
def test3(keys):
j = 0
for obj_id in [46, '046', [46,11,2], ['046','11','2']]:
for time_date in [20151115, '2015-11-15', '2015/11/15', [20151115,20151127,20170101], ['2015-11-15','2015-11-04','2017-01-01']]:
print '\nRunning Test 3.'+str(j)+': obj_id='+str(obj_id)+', time_date='+str(time_date)
N = len(keys)
for i,key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], obj_id=obj_id, time_date=time_date, fitsreader='astropy', silent=True )
dic_fitsio = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], obj_id=obj_id, time_date=time_date, fitsreader='fitsio', silent=True )
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 3.'+str(j)+' succesful.'
j += 1
def test2(keys):
j = 0
for obj_row in [100, '100', [100,102], ['100','102']]:
for time_hjd in [700, '700', [700,702], ['700','702']]:
print '\nRunning Test 2.'+str(j)
N = len(keys)
for i,key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], obj_row=obj_row, time_hjd=time_hjd, fitsreader='astropy', silent=True )
dic_fitsio = ngtsio.get( 'NG0304-1115', 'CYCLE1706', [key], obj_row=obj_row, time_hjd=time_hjd, fitsreader='fitsio', silent=True )
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 2-'+str(j)+' succesful.'
j += 1
def test1(keys):
print '\n'
N = len(keys)
for i, key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
fitsreader='astropy',
silent=True)
dic_fitsio = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
fitsreader='fitsio',
silent=True)
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 1 succesful.'
def test2(keys):
j = 0
for obj_row in [100, '100', [100, 102], ['100', '102']]:
for time_hjd in [700, '700', [700, 702], ['700', '702']]:
print '\nRunning Test 2.' + str(j)
N = len(keys)
for i, key in enumerate(keys):
waitbar(i, N, extra=key)
# print key
dic_astropy = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
obj_row=obj_row,
time_hjd=time_hjd,
fitsreader='astropy',
silent=True)
dic_fitsio = ngtsio.get('NG0304-1115',
'CYCLE1706', [key],
obj_row=obj_row,
time_hjd=time_hjd,
fitsreader='fitsio',
silent=True)
compare_dic(dic_astropy, dic_fitsio)
print '\nTest 2-' + str(j) + ' succesful.'
j += 1
Cavendish Laboratory, JJ Thomson Avenue Cambridge CB3 0HE Email: [email protected] """ # Examples import matplotlib.pyplot as plt import ngtsio # a) Get and plot the lightcurve for one object dic = ngtsio.get( 'NG0304-1115', ['OBJ_ID','HJD','FLUX'], obj_id='00046' ) plt.figure() plt.plot( dic['HJD'], dic['FLUX'], 'k.' ) plt.title( dic['OBJ_ID'] ) # b) Get and plot the mean locations of the first 100 listed objects on the CCD #(note that 'CCD_X' denotes the mean location, while 'CCDX' is the location per exposure) dic = ngtsio.get( 'NG0304-1115', ['CCD_X','CCD_Y'], obj_row=range(1,101) ) plt.figure() plt.plot( dic['CCD_X'], dic['CCD_Y'], 'k.' ) # c) Get the BLS results of some candidates #(note that obj_id 11 is not a BLS candidate, and that obj_id 1337 does not exist at all) dic = ngtsio.get( 'NG0304-1115', ['DEPTH','PERIOD','WIDTH'], obj_id=[11,46,49,54,1337] )
def test_fitsio():
ngtsio.get('NG0304-1115', 'CYCLE1706', ['FLUX','CENTDX','CENTDY'], fitsreader='fitsio', obj_id=12118)
def test_fitsio_all():
ngtsio.get('NG0304-1115', 'CYCLE1706', ['FLUX_MEAN','RA','DEC'], fitsreader='fitsio')
def test_fitsio():
ngtsio.get('NG0304-1115',
'CYCLE1706', ['FLUX', 'CENTDX', 'CENTDY'],
fitsreader='fitsio',
obj_id=12118)
def test_fitsio_all():
ngtsio.get('NG0304-1115',
'CYCLE1706', ['FLUX_MEAN', 'RA', 'DEC'],
fitsreader='fitsio')