def get_detectorlist(chosen_event):
t0 = datasets.event_gps(chosen_event)
detectorlist = list(datasets.event_detectors(chosen_event))
detectorlist.sort()
jsoninfo = fetch_event_json(chosen_event)
return t0, detectorlist, jsoninfo
def main():
#init global constants
global eventCatalog
#gets a list of merger events that are part of the eventCatalog var
events = catalog.events(eventCatalog)
#making dic object where the event id points to a list of the detectors
#that measured it
events = {str(c): datasets.event_detectors(c) for c in events}
with open('listOfMergerEvents.txt', 'a+') as doc:
doc.write(eventCatalog + '\n')
#for each merger event id
for event in events:
detectorString = ''
#for each detector for each merger event
for d in events[event]:
detectorString += ' {}'.format(d)
#removes the white space in the begining
detectorString = detectorString[1:]
doc.write('{} {}\n'.format(event, detectorString))
# -- Set a GPS time:
str_t0 = st.sidebar.text_input('GPS Time', '1126259462.4') # -- GW150914
t0 = float(str_t0)
st.sidebar.markdown("""
Example times in the H1 detector:
* 1126259462.4 (GW150914)
* 1187008882.4 (GW170817)
* 933200215 (hardware injection)
* 1132401286.33 (Koi Fish Glitch)
""")
else:
chosen_event = st.sidebar.selectbox('Select Event', eventlist)
t0 = datasets.event_gps(chosen_event)
detectorlist = list(datasets.event_detectors(chosen_event))
detectorlist.sort()
st.write('### Event details for ', chosen_event)
r1, r2, r3, r4 = st.beta_columns(4)
with r1:
st.write('GPS:', t0)
# -- Experiment to display masses
try:
jsoninfo = fetch_event_json(chosen_event)
for name, nameinfo in jsoninfo['events'].items():
with r2:
st.write('Mass 1:', nameinfo['mass_1_source'], 'M$_{\odot}$')
