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In [1]:

    
%matplotlib inline
import numpy as np
import pandas as pd
import matplotlib.pyplot as plt
import matplotlib.cm as cm
import matplotlib


from astropy.io import fits
import os
from astropy.coordinates import SkyCoord
from astropy.coordinates import FK5


from gPhoton import gFind
from gPhoton import gAperture
from gPhoton import gMap
from gPhoton.gphoton_utils import read_lc
import datetime

matplotlib.rcParams.update({'font.size':18})
matplotlib.rcParams.update({'font.family':'serif'})



In [2]:

    
file = 'III_159A_catalog.dat'
names = ('Star', 'Nobs', 'Smin', 'Smax', 'Smean', 'e_Smean', 'sdS', 'Wmin', 'Wmean', 
         'Date1', 'Date2', 'SName', 'RAdeg DEdeg', 's', 'Bmag', 'Vmag', 'ASCC', 'HIP')
hk = pd.read_table(file, delimiter='|', comment='#', names=names)

radec = hk['RAdeg DEdeg'].str.split(' ', expand=True).loc[:,0:1]
radec.columns = ['RA', 'Dec']
#print(radec.values[261])



In [13]:

    
# i = 281 # the star w/ 77 visits in GALEX (HD 4174, symbiotic M giant)

i = 261 # 74 visits (HD 3765)

d = SkyCoord.from_name("HD 196574")
print(d)









    



---------------------------------------------------------------------------
timeout                                   Traceback (most recent call last)
/Users/laycocz/anaconda/lib/python3.6/site-packages/astropy/coordinates/name_resolve.py in get_icrs_coordinates(name)
    137             # Retrieve ascii name resolve data from CDS
--> 138             resp = urllib.request.urlopen(url, timeout=data.conf.remote_timeout)
    139             resp_data = resp.read()

/Users/laycocz/anaconda/lib/python3.6/urllib/request.py in urlopen(url, data, timeout, cafile, capath, cadefault, context)
    222         opener = _opener
--> 223     return opener.open(url, data, timeout)
    224 

/Users/laycocz/anaconda/lib/python3.6/urllib/request.py in open(self, fullurl, data, timeout)
    525 
--> 526         response = self._open(req, data)
    527 

/Users/laycocz/anaconda/lib/python3.6/urllib/request.py in _open(self, req, data)
    543         result = self._call_chain(self.handle_open, protocol, protocol +
--> 544                                   '_open', req)
    545         if result:

/Users/laycocz/anaconda/lib/python3.6/urllib/request.py in _call_chain(self, chain, kind, meth_name, *args)
    503             func = getattr(handler, meth_name)
--> 504             result = func(*args)
    505             if result is not None:

/Users/laycocz/anaconda/lib/python3.6/urllib/request.py in http_open(self, req)
   1345     def http_open(self, req):
-> 1346         return self.do_open(http.client.HTTPConnection, req)
   1347 

/Users/laycocz/anaconda/lib/python3.6/urllib/request.py in do_open(self, http_class, req, **http_conn_args)
   1320                 raise URLError(err)
-> 1321             r = h.getresponse()
   1322         except:

/Users/laycocz/anaconda/lib/python3.6/http/client.py in getresponse(self)
   1330             try:
-> 1331                 response.begin()
   1332             except ConnectionError:

/Users/laycocz/anaconda/lib/python3.6/http/client.py in begin(self)
    296         while True:
--> 297             version, status, reason = self._read_status()
    298             if status != CONTINUE:

/Users/laycocz/anaconda/lib/python3.6/http/client.py in _read_status(self)
    257     def _read_status(self):
--> 258         line = str(self.fp.readline(_MAXLINE + 1), "iso-8859-1")
    259         if len(line) > _MAXLINE:

/Users/laycocz/anaconda/lib/python3.6/socket.py in readinto(self, b)
    585             try:
--> 586                 return self._sock.recv_into(b)
    587             except timeout:

timeout: timed out

During handling of the above exception, another exception occurred:

NameResolveError                          Traceback (most recent call last)
<ipython-input-13-e2fc89176205> in <module>()
      3 i = 261 # 74 visits (HD 3765)
      4 
----> 5 d = SkyCoord.from_name("HD 196574")
      6 print(d)
      7 

/Users/laycocz/anaconda/lib/python3.6/site-packages/astropy/coordinates/sky_coordinate.py in from_name(cls, name, frame)
   1284         from .name_resolve import get_icrs_coordinates
   1285 
-> 1286         icrs_coord = get_icrs_coordinates(name)
   1287         icrs_sky_coord = cls(icrs_coord)
   1288         if frame in ('icrs', icrs_coord.__class__):

/Users/laycocz/anaconda/lib/python3.6/site-packages/astropy/coordinates/name_resolve.py in get_icrs_coordinates(name)
    155             raise NameResolveError(
    156                 "Unable to retrieve coordinates for name '{0}'; connection "
--> 157                 "timed out".format(name))
    158 
    159     # All Sesame URL's timed out...

NameResolveError: Unable to retrieve coordinates for name 'HD 196574'; connection timed out



In [33]:

    
len(radec)
starList = []
ra1 = 301.5644
dec1 = 44.4568

# for x in range (0,len(radec)-1):
#     target = hk['Star'][x]
#     print(target)
#     d = SkyCoord.from_name(target)  
#     print(d)
#     ra = float(radec['RA'][x][1:])
#     dec = float(radec['Dec'][x][1:])
#     if (ra == ra1 and dec == dec1):
#         print(target)
#     print(str(ra) + ", " + str(dec))
#     if (target != hk['Star'][x-1]):
#         starList.append( str(target) + ", " + str("%.6f" %ra) + ", " + str("%.6f" %dec) + ", " + 
#                         str("%.6f" %d.ra.degree) + ", " + str("%.6f" %d.dec.degree)) 
#         starList[[0][0]].append(str("%.6f" %ra))
#         starList[[0][1]].append(str("%.6f" %rec))
#         starList[[1][0]].append(str("%.6f" %d.ra.degree))
#         starList[[1][1]].append(str(str("%.6f" %d.dec.degree))
                 
#         starList[[0][1]].append(str("%.6f" %d.ra.degree) + ", " + str("%.6f" %d.dec.degree) )
# for y in range (0, len(starList)):
#     print(starList[y])



In [27]:

    
# target = hk['Star'][i]
# ra = float(radec['RA'][i][1:])
# print(ra)
# dec = float(radec['Dec'][i][1:])
# print(dec)


# Boyajian's Star
# ra = 301.5644042
# dec = 44.4568361

# coordinates that I found
# ra = 10.2920
# dec = 40.2025



# found using isrc data, extremely close to what I found
# ra = 10.20528789
# dec = 40.18717517

# new coordinates with procession calculated
# ra = 10.25784158
# dec = 40.20826933


step_size = 10. # the time resolution
img_step_size = 30.
img_size = [0.1, 0.1]
phot_rad = 0.0045
# phot_rad = 0.01
ap_in = 0.0050 #changed from .005
ap_out = 0.0060 #changed from .006
# ap_in = 0.015
# ap_out = 0.02



# img_step_size = 30.
#screen saver

# print(target)



In [14]:

    
exp_data = gFind(band="NUV", skypos=[ra, dec], exponly=True)
k = 0;
timeArray = []
for tstart, tstop in zip(exp_data['NUV']['t0'], exp_data['NUV']['t1']):
        
        timeArray.append((tstart, tstop))
#         print(tstart, tstop, tstop-tstart)
        print(timeArray[k][0],timeArray[k][1],timeArray[k][1]-timeArray[k][0])
#         k = k + 1
#         print(len(timeArray))
#         if k == 5:
#             break









    



NUV: 114007.0s (raw) in 74 exposures.
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0
749646829.995 749647397.995 568.0



In [15]:

    
(exp_data['NUV']['t0'] - exp_data['NUV']['t0'][0]) / (60.*60.*24.*365.)









    Out[15]:





array([  0.00000000e+00,   1.53729072e-04,   2.96193239e-02,
         3.93947663e+00,   3.94997898e+00,   3.95054167e+00,
         3.96629845e+00,   4.89341175e+00,   4.89359938e+00,
         4.94499623e+00,   4.94555600e+00,   5.05098246e+00,
         5.05285724e+00,   5.87150273e+00,   5.87431608e+00,
         5.87713080e+00,   5.87976344e+00,   5.88275704e+00,
         5.88538280e+00,   5.88819676e+00,   5.89063391e+00,
         5.89363527e+00,   5.89625993e+00,   5.89907369e+00,
         5.90169838e+00,   5.90488730e+00,   5.90713699e+00,
         5.91013867e+00,   5.91276351e+00,   5.98892095e+00,
         5.99173557e+00,   5.99436111e+00,   5.99698751e+00,
         5.99961396e+00,   6.00242881e+00,   6.00599248e+00,
         6.00880720e+00,   6.01143274e+00,   6.01405971e+00,
         6.01668582e+00,   6.01949937e+00,   6.02212443e+00,
         6.02737595e+00,   6.03018921e+00,   6.03281485e+00,
         6.03544127e+00,   6.03919140e+00,   6.04181710e+00,
         6.10954338e+00,   6.11235718e+00,   6.11498189e+00,
         6.11798329e+00,   6.12042050e+00,   6.12342123e+00,
         6.12604690e+00,   6.12867355e+00,   6.85085842e+00,
         6.85292184e+00,   6.85629883e+00,   6.85836111e+00,
         6.86173760e+00,   6.86379966e+00,   6.86717507e+00,
         6.86923779e+00,   6.87261346e+00,   6.87467580e+00,
         7.83295266e+00,   7.83595310e+00,   7.83839076e+00,
         7.84139165e+00,   7.84401899e+00,   7.84701592e+00,
         7.84945320e+00,   8.08951370e+00])



In [16]:

    
step_size = 100 # seconds

flux = np.zeros(len(exp_data['NUV']['t0']))

aVar = True
counter = 0

currentTime = str(datetime.datetime.now())
currentTime = currentTime.split(" ")
currentTime = currentTime[1].split(":")
currentTime = str(currentTime[0])+":"+str(currentTime[1])

currentDate = str(datetime.date.today()) + "_" + str(counter)
while(aVar):
    if not os.path.exists(currentDate):
        os.makedirs(currentDate)
        os.makedirs(currentDate + "/ds9_Images")
        os.makedirs(currentDate + "/data")
#         os.makedirs(currentDate + "/Lightcurves")
        aVar = False
    else:
        counter = counter + 1 
        currentDate = str(datetime.date.today()) + "_" + str(counter)
        avar = True

print(datetime.datetime.now())
for k in range(len(exp_data['NUV']['t0'])):
    photon_events = gAperture(band='NUV', skypos=[ra, dec], stepsz=step_size, radius= phot_rad,
                              annulus=[ap_in, ap_out], verbose=3, csvfile=currentDate+"/data/"+target+ '_' +str(k)+"_lc.csv",
                              trange=[int(exp_data['NUV']['t0'][k]), int(exp_data['NUV']['t1'][k])+1], 
                              overwrite=True)
    data = read_lc(currentDate+'/data/'+target+ '_' +str(k)+"_lc.csv")
    flux[k] = np.median(data['flux_bgsub'])
    print(datetime.datetime.now(), k)









    



2017-05-17 15:58:43.767001
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [749646829, 749647398]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _0_lc.csv
 verbose: 3
2017-05-17 15:59:20.446421 0                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [749651677, 749653316]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _1_lc.csv
 verbose: 3
2017-05-17 16:01:55.838455 1                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [750580904, 750582296]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _2_lc.csv
 verbose: 3
2017-05-17 16:04:03.745286 2                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [873882164, 873883768]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _3_lc.csv
 verbose: 3
2017-05-17 16:07:34.835715 3                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [874213366, 874214203]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _4_lc.csv
 verbose: 3
2017-05-17 16:08:38.192924 4                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [874231111, 874232817]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _5_lc.csv
 verbose: 3
2017-05-17 16:10:27.160452 5                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [874728017, 874728518]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _6_lc.csv
 verbose: 3
2017-05-17 16:11:05.170338 6                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [903965462, 903966911]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _7_lc.csv
 verbose: 3
2017-05-17 16:12:54.329560 7                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [903971379, 903972828]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _8_lc.csv
 verbose: 3
2017-05-17 16:16:05.496611 8                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [905592230, 905593788]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _9_lc.csv
 verbose: 3
2017-05-17 16:18:56.059348 9                                ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [905609883, 905611533]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _10_lc.csv
 verbose: 3
2017-05-17 16:22:23.061646 10                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [908934612, 908936286]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _11_lc.csv
 verbose: 3
2017-05-17 16:25:59.207561 11                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [908993735, 908995438]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _12_lc.csv
 verbose: 3
2017-05-17 16:27:54.576031 12                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [934810539, 934811922]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _13_lc.csv
 verbose: 3
2017-05-17 16:31:28.067006 13                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [934899261, 934900699]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _14_lc.csv
 verbose: 3
2017-05-17 16:33:19.544249 14                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [934988026, 934989472]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _15_lc.csv
 verbose: 3
2017-05-17 16:36:41.928003 15                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935071049, 935072322]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _16_lc.csv
 verbose: 3
2017-05-17 16:38:14.923085 16                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935165455, 935167001]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _17_lc.csv
 verbose: 3
2017-05-17 16:41:04.343479 17                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935248261, 935249837]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _18_lc.csv
 verbose: 3
2017-05-17 16:43:01.011829 18                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935337002, 935338584]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _19_lc.csv
 verbose: 3
2017-05-17 16:46:29.627648 19                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935413860, 935415493]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _20_lc.csv
 verbose: 3
2017-05-17 16:48:21.515390 20                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935508511, 935510142]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _21_lc.csv
 verbose: 3
2017-05-17 16:51:45.531441 21                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935591282, 935592957]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _22_lc.csv
 verbose: 3
2017-05-17 16:53:45.250776 22                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935680017, 935681680]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _23_lc.csv
 verbose: 3
2017-05-17 16:57:03.758504 23                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935762789, 935764487]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _24_lc.csv
 verbose: 3
2017-05-17 17:01:09.294232 24                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935863355, 935865034]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _25_lc.csv
 verbose: 3
2017-05-17 17:05:09.963553 25                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [935934301, 935936008]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _26_lc.csv
 verbose: 3
2017-05-17 17:07:12.687880 26                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [936028962, 936030637]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _27_lc.csv
 verbose: 3
2017-05-17 17:10:48.393838 27                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [936111739, 936113440]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _28_lc.csv
 verbose: 3
2017-05-17 17:12:41.020343 28                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [938513440, 938515111]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _29_lc.csv
 verbose: 3
2017-05-17 17:14:51.664222 29                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [938602202, 938603836]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _30_lc.csv
 verbose: 3
2017-05-17 17:18:55.111100 30                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [938685001, 938686651]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _31_lc.csv
 verbose: 3
2017-05-17 17:20:46.972314 31                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [938767827, 938769468]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _32_lc.csv
 verbose: 3
2017-05-17 17:25:05.007126 32                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [938850655, 938852290]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _33_lc.csv
 verbose: 3
2017-05-17 17:26:55.173376 33                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [938939424, 938941028]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _34_lc.csv
 verbose: 3
2017-05-17 17:30:07.246230 34                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939051808, 939053435]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _35_lc.csv
 verbose: 3
2017-05-17 17:32:02.454504 35                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939140573, 939142178]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _36_lc.csv
 verbose: 3
2017-05-17 17:34:59.514010 36                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939223372, 939225007]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _37_lc.csv
 verbose: 3
2017-05-17 17:36:46.251766 37                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939306216, 939307833]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _38_lc.csv
 verbose: 3
2017-05-17 17:39:57.685118 38                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939389033, 939390409]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _39_lc.csv
 verbose: 3
2017-05-17 17:41:37.902483 39                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939477761, 939479398]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _40_lc.csv
 verbose: 3
2017-05-17 17:44:46.089002 40                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939560545, 939562219]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _41_lc.csv
 verbose: 3
2017-05-17 17:46:35.376532 41                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939726157, 939727850]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _42_lc.csv
 verbose: 3
2017-05-17 17:48:26.816540 42                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939814876, 939816575]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _43_lc.csv
 verbose: 3
2017-05-17 17:51:57.470446 43                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939897678, 939899383]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _44_lc.csv
 verbose: 3
2017-05-17 17:53:56.552375 44                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [939980505, 939982185]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _45_lc.csv
 verbose: 3
2017-05-17 17:57:12.455755 45                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [940098769, 940100414]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _46_lc.csv
 verbose: 3
2017-05-17 17:59:05.120962 46                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [940181573, 940183269]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _47_lc.csv
 verbose: 3
2017-05-17 18:02:16.114259 47                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942317389, 942319038]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _48_lc.csv
 verbose: 3
2017-05-17 18:04:17.777606 48                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942406125, 942407766]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _49_lc.csv
 verbose: 3
2017-05-17 18:07:27.916236 49                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942488898, 942490578]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _50_lc.csv
 verbose: 3
2017-05-17 18:09:25.206761 50                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942583550, 942585216]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _51_lc.csv
 verbose: 3
2017-05-17 18:13:02.971796 51                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942660410, 942662109]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _52_lc.csv
 verbose: 3
2017-05-17 18:14:58.529837 52                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942755041, 942756744]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _53_lc.csv
 verbose: 3
2017-05-17 18:18:30.585449 53                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942837844, 942839550]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _54_lc.csv
 verbose: 3
2017-05-17 18:20:25.580837 54                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [942920678, 942922355]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _55_lc.csv
 verbose: 3
2017-05-17 18:23:19.765462 55                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [965695500, 965696889]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _56_lc.csv
 verbose: 3
2017-05-17 18:26:24.151822 56                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [965760572, 965761992]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _57_lc.csv
 verbose: 3
2017-05-17 18:30:19.947657 57                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [965867069, 965868515]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _58_lc.csv
 verbose: 3
2017-05-17 18:33:29.442997 58                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [965932105, 965933608]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _59_lc.csv
 verbose: 3
2017-05-17 18:35:15.245263 59                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [966038586, 966040112]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _60_lc.csv
 verbose: 3
2017-05-17 18:39:26.882246 60                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [966103615, 966105193]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _61_lc.csv
 verbose: 3
2017-05-17 18:41:12.381229 61                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [966210062, 966211678]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _62_lc.csv
 verbose: 3
2017-05-17 18:44:08.757401 62                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [966275112, 966276749]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _63_lc.csv
 verbose: 3
2017-05-17 18:46:03.058469 63                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [966381567, 966383219]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _64_lc.csv
 verbose: 3
2017-05-17 18:49:16.051183 64                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [966446605, 966448281]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _65_lc.csv
 verbose: 3
2017-05-17 18:51:08.010744 65                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [996666824, 996668266]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _66_lc.csv
 verbose: 3
2017-05-17 18:53:06.724604 66                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [996761446, 996762937]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _67_lc.csv
 verbose: 3
2017-05-17 18:56:48.163999 67                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [996838320, 996839851]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _68_lc.csv
 verbose: 3
2017-05-17 18:58:34.286095 68                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [996932956, 996934503]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _69_lc.csv
 verbose: 3
2017-05-17 19:01:54.018084 69                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [997015812, 997017318]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _70_lc.csv
 verbose: 3
2017-05-17 19:03:51.589249 70                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [997110323, 997111954]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _71_lc.csv
 verbose: 3
2017-05-17 19:07:14.479925 71                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [997187185, 997188842]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _72_lc.csv
 verbose: 3
2017-05-17 19:09:06.986597 72                               ]                                                            
Using v1.28.4 of gAperture.
Generating a light curve with the following paramters:
 band:    NUV
 skypos:  [10.2042, 40.1888]
 tranges: [1004757733, 1004757984]
 radius:  0.0045
 annulus: [0.005, 0.006]
 stepsz:  100
 csvfile: 2017-05-17_1/data/HD   3765 _73_lc.csv
 verbose: 3
2017-05-17 19:09:46.327316 73                               ]



In [17]:

    
plt.figure(figsize=(9,5))
plt.scatter((exp_data['NUV']['t0'] - exp_data['NUV']['t0'][0]) / (60.*60.*24.*365.), flux/1e-14,
           s=50, alpha=0.5, lw=0, color='k')
plt.xlabel('Time (years)')
plt.ylabel('NUV Flux ($10^{-14}$)')
plt.annotate("RA =" + str(ra) + "\n" + "DEC = " + str(dec), xy = (0, 1), size = "small", color = 'b')
plt.title(target)

plt.savefig(currentDate+'/'+target+'_.png', dpi=150, bbox_inches='tight', pad_inches=0.25)
plt.savefig("Plots/"+currentDate+"_"+currentTime+"_"+target+'_.png', dpi=150, bbox_inches='tight', pad_inches=0.25)
print(flux)









    



[  2.37490474e-14   2.38904348e-14   2.41314760e-14   2.10059958e-14
   1.86747938e-14   2.02035116e-14   1.78408950e-14   1.96048522e-14
   1.99534796e-14   1.90044864e-14   1.80352862e-14   1.76297969e-14
   1.48115645e-14   1.15375875e-14   1.69050629e-14   1.23027636e-14
   1.66131720e-14   1.73023429e-14   1.72613619e-14   1.45789524e-14
   1.60427161e-14   1.32470055e-14   1.07907731e-14   1.59686918e-14
   1.54052531e-14   1.40310797e-14   1.26424866e-14   1.64634327e-14
   1.67385615e-14   1.72221534e-14   1.32537171e-14   1.65132078e-14
   1.16131704e-14   1.31262640e-14   1.55922686e-14   1.08276732e-14
   1.30375982e-14   1.23672617e-14   2.00447147e-14   9.33690055e-15
   1.39052112e-14   1.14161341e-14   1.08228023e-14   1.95181679e-14
   1.08517805e-14   1.94123824e-14   1.33473693e-14   1.48956271e-14
   1.13691840e-14   1.83129459e-14   1.27584170e-14   1.93869777e-14
   1.17911779e-14   1.50094709e-14   1.08211139e-14   1.92952397e-14
   1.32639885e-14   1.13804116e-14   9.92084439e-15   1.35453803e-14
   6.69487663e-15   1.12006459e-14   1.31578393e-14   1.36152169e-14
   1.10062382e-14   8.00280944e-15   8.55100781e-15   3.60700151e-15
   1.03554929e-14   3.49026751e-15   9.40498234e-15   6.75303814e-15
   9.62921606e-15   3.09004865e-15]



In [176]:

    
#let's explore just around year 6, big scatter
plt.figure(figsize=(9,5))
plt.scatter((exp_data['NUV']['t0'] - exp_data['NUV']['t0'][0]) / (60.*60.*24.*365.), flux/1e-14,
           s=50, alpha=0.5, lw=0, color='k')
plt.xlabel('Time (years)')
plt.ylabel('NUV Flux ($10^{-14}$)')
plt.xlim(5.80,6.2)
plt.title(target)
plt.annotate("RA =" + str(ra) + "\n" + "DEC = " + str(dec), xy = (5.81, 2.25), size = "small", color = 'b')

# plt.savefig(target+'.png', dpi=150, bbox_inches='tight', pad_inches=0.25)









    Out[176]:





<matplotlib.text.Annotation at 0x114204f60>



In [ ]:

    
exp_data['NUV']['t0'][0]



In [11]:

    
# lets see if the mean flux for each visit is available? (doubt it...)
# would eliminate need for gAperature step for quick-look evolution!
# exp_data2 = gFind(band="both", skypos=[ra, dec])



In [12]:

    
# exp_data2
# NOPE....



In [22]:



In [26]:

    
# for k in range(0,len(timeArray)):  
# for k in range(0,1):  
w = str(0)
#     w = str(k)
gMap(band= "NUV", skypos=[ra, dec], stepsz=10 , skyrange=[0.010, 0.010],
         cntfile= currentDate+"/ds9_Images/"+"Boyajian_Start_visitNumber_"+w+".fits",
         trange=[1496252010, 1496252010])
#     trange=[timeArray[k][0], timeArray[k][1]]
#   values I found 10.2920hours, 40.2025degrees
#   test with 10.20528789,  40.18717517
#   old skypos=[10.3042, 40.1888]
#   gMap uses degrees for image size
#     if (k ==3):
#         break









    



---------------------------------------------------------------------------
UnboundLocalError                         Traceback (most recent call last)
<ipython-input-26-26aeabaa78d3> in <module>()
      6 gMap(band= "NUV", skypos=[ra, dec], stepsz=10 , skyrange=[0.010, 0.010],
      7          cntfile= currentDate+"/ds9_Images/"+"Boyajian_Start_visitNumber_"+w+".fits",
----> 8          trange=[1496252010, 1496252010])
      9 #     trange=[timeArray[k][0], timeArray[k][1]]
     10 #   values I found 10.2920hours, 40.2025degrees

/Users/laycocz/anaconda/lib/python3.6/site-packages/gPhoton/gMap.py in gmap(band, cntfile, coadd, detsize, intfile, skypos, maxgap, memlight, minexp, overwrite, retries, skyrange, stepsz, trange, verbose, cntcoaddfile, intcoaddfile)
    132                  overwrite=overwrite, verbose=verbose, memlight=memlight,
    133                  coadd=coadd, retries=retries, write_cnt_coadd=write_cnt_coadd,
--> 134                  write_int_coadd=write_int_coadd, detsize=detsize)
    135 # ------------------------------------------------------------------------------
    136 

/Users/laycocz/anaconda/lib/python3.6/site-packages/gPhoton/imagetools.py in write_images(band, skypos, tranges, skyrange, write_cnt, write_int, framesz, verbose, memlight, coadd, overwrite, retries, write_cnt_coadd, write_int_coadd, detsize)
    638                                False),
    639                            response=(
--> 640                                True if i in ['int', 'int_coadd'] else False))
    641         if img.tolist() is None:
    642             if verbose:

/Users/laycocz/anaconda/lib/python3.6/site-packages/gPhoton/imagetools.py in create_image(band, skypos, tranges, skyrange, framesz, verbose, memlight, coadd, response, hdu, retries, detsize)
    546                 verbose=verbose, memlight=memlight,
    547                 coadd=coadd, response=response, hdu=hdu, retries=retries,
--> 548                 detsize=detsize)
    549 
    550     return np.array(img)

/Users/laycocz/anaconda/lib/python3.6/site-packages/gPhoton/imagetools.py in movie(band, skypos, tranges, skyrange, framesz, verbose, memlight, coadd, response, hdu, retries, detsize)
    479                     mv = [img]
    480 
--> 481     return np.array(mv)
    482 # ------------------------------------------------------------------------------
    483 

UnboundLocalError: local variable 'mv' referenced before assignment



In [ ]:

    
# gPhoton.gAperture(band='NUV', skypos=[176.91975, 0.25561], stepsz=10.,
#       csvfile='gj_3685a_lc.csv', radius=0.012, annulus=[0.013,0.016],
#       trange=[766525335.,766526573.])



In [ ]:

    
# gPhoton.gAperture(band='NUV', skypos=[ra, dec], stepsz=step_size,
#       csvfile='gj_3685a_lc.csv', radius=phot_rad, annulus=[ap_in,ap_out],
#       trange=[766525335.,766526573.])



In [ ]:

    
gMap(band='NUV', skypos=[10.3042, 40.1888], skyrange=[0.033, 0.033], cntfile="helix_fuv.fits" )



In [ ]:

    
exp_data['NUV']



In [8]:

    
gMap(band= "NUV", skypos=[10.3042, 40.1888], stepsz=100 , skyrange=[0.05, 0.05],
             cntfile= "gj_3765test93_count_movie.fits", trange=[749646829, 749647398])



In [ ]: