def __init__(self, kic):
#This calls the data file
catfile = 'villanova-db.csv'
df = pd.read_csv(catfile)
#Calls the row and stores it into a new data file that only has the row's information
dfnew = df[df['KIC'] == kic]
#We need dfnew to be greater than zero
#Calls each individual componet from the row
if len(dfnew) == 0:
print "no"
else:
print 'yasss'
kicval = dfnew.KIC.values[0]
KOI = dfnew.KOI.values[0]
mult = dfnew.Mult.values[0]
period = dfnew.period.values[0]
swidth = dfnew.swidth.values[0]
bjd0 = dfnew.bjd0.values[0]
pwidth = dfnew.pwidth.values[0]
pdepth = dfnew.pdepth.values[0]
sdepth = dfnew.sdepth.values[0]
sep = dfnew.sep.values[0]
time, flux, fluxerr, cadence, quarter, quality = data.loadlc_db(kic)
super(RealBinary,
self).__init__(time, flux, fluxerr, period, bjd0, pdepth, sdepth,
pwidth, swidth, sep, kic)
def __init__(self,kic):
#This calls the data file
catfile='villanova-db.csv'
df = pd.read_csv(catfile)
#Calls the row and stores it into a new data file that only has the row's information
dfnew = df[df['KIC']==kic]
#We need dfnew to be greater than zero
#Calls each individual componet from the row
if len(dfnew) ==0:
print "no"
# else:
# print 'yasss'
kicval=dfnew.KIC.values[0]
KOI=dfnew.KOI.values[0]
mult=dfnew.Mult.values[0]
period=dfnew.period.values[0]
swidth=dfnew.swidth.values[0]
bjd0= dfnew.bjd0.values[0]
pwidth=dfnew.pwidth.values[0]
pdepth=dfnew.pdepth.values[0]
sdepth=dfnew.sdepth.values[0]
sep=dfnew.sep.values[0]
time, flux, fluxerr, cadence, quarter, quality = data.loadlc_db(kic)
super(RealBinary, self).__init__(time, flux, fluxerr, cadence, quarter, period,
bjd0, pdepth, sdepth, pwidth, swidth,
sep, kic)
def _update(self, idx):
"""
Update the plot when a new point is selected.
Parameters
----------
idx : int
The index of the sky pixel.
closest : int
The index of the closest point to the cursor.
"""
kic = int(self.kics[idx][3:])
time, flux = data.loadlc_db(kic)[:]
self.title.set_text("KIC {0}".format(kic))
self.lightcurve.set_xdata(time)
self.lightcurve.set_ydata(flux)
