def get_events(self):
"""Get the list of detector events.
Parameters
----------
detector_number : int
Returns
-------
result : `pandas.Dataframe`
"""
filename = DATA_DIR + 'det0' + str(self.identifier) + 's_gc.fits'
f = fits.open(filename)
heroes_times = f[1].data['time']
energy = f[1].data['energy']
rawx = f[1].data['rawx']
rawy = f[1].data['rawy']
times = [convert_time(t) for t in heroes_times]
event_list = pandas.DataFrame(
{
'energy': energy,
'rawx': rawx,
'rawy': rawy
}, index=times)
return event_list
def _load_location_data(self):
file = DATA_DIR + 'f13_gps.fits'
f = fits.open(file)
time = f[1].data['time']
height = f[1].data['height']
longitude = f[1].data['longitude']
latitude = f[1].data['latitude']
times = [convert_time(t) for t in time]
dict = {'time': times, 'height': height, 'latitude': latitude, 'longitude': longitude}
d = pandas.DataFrame(dict)
d.index = d['time']
d.units = (u('m'), u('deg'), u('deg'))
return d
def _load_location_data(self):
file = DATA_DIR + 'f13_gps.fits'
f = fits.open(file)
time = f[1].data['time']
height = f[1].data['height']
longitude = f[1].data['longitude']
latitude = f[1].data['latitude']
times = [convert_time(t) for t in time]
dict = {
'time': times,
'height': height,
'latitude': latitude,
'longitude': longitude
}
d = pandas.DataFrame(dict)
d.index = d['time']
d.units = (u('m'), u('deg'), u('deg'))
return d
def get_events_list(detector_number=0):
"""Get the list of detector events.
Parameters
----------
detector_number : int
Returns
-------
result : `pandas.Dataframe`
"""
filename = DATA_DIR + 'det0' + str(detector_number) + 's_gc.fits'
f = fits.open(filename)
heroes_times = f[1].data['time']
energy = f[1].data['energy']
rawx = f[1].data['rawx']
rawy = f[1].data['rawy']
times = [convert_time(t) for t in heroes_times]
event_list = pandas.DataFrame({'energy': energy, 'rawx': rawx, 'rawy':rawy}, index=times)
return event_list
