def post_proposed(self):
gtp.post_to_geysertimes(self.geyserID, self.loggerID,
self.proposed_times, self.durations)
closest_actual = min(actual, key=lambda x:abs(x-calc_time))
dist = abs(closest_actual - calc_time)
if dist < sec_tolerance:
true_positive.append(calc_time)
else:
false_positive.append(calc_time)
for i in range(0, len(actual)):
closest_calc = min(calc, key=lambda x:abs(x-actual[i]))
dist = abs(closest_calc - actual[i])
if dist > sec_tolerance:
missed.append(actual[i])
'''
print "Total Calc Times: %s" % len(calc)
print "True positives: %s" % len(true_positive)
print "False positives: %s" % len(false_positive)
print "Actual eruptions: %s" % len(actual)
print "Missed eruptions: %s" % len(missed)
'''
results = {"calc": len(calc), "actual": len(actual), "true": len(true_positive), "false": len(false_positive), "missed": len(missed)}
print false_positive
return results
#plot_at_time(npx,npy,1353384061)
big_loop(4,10,from_unix,to_unix)
gtapip.post_to_geysertimes(p['geyserID'],e_times)
for i in range(0, len(actual)):
closest_calc = min(calc, key=lambda x: abs(x - actual[i]))
dist = abs(closest_calc - actual[i])
if dist > sec_tolerance:
missed.append(actual[i])
'''
print "Total Calc Times: %s" % len(calc)
print "True positives: %s" % len(true_positive)
print "False positives: %s" % len(false_positive)
print "Actual eruptions: %s" % len(actual)
print "Missed eruptions: %s" % len(missed)
'''
results = {
"calc": len(calc),
"actual": len(actual),
"true": len(true_positive),
"false": len(false_positive),
"missed": len(missed)
}
print false_positive
return results
#plot_at_time(npx,npy,1353384061)
big_loop(4, 10, from_unix, to_unix)
gtapip.post_to_geysertimes(p['geyserID'], e_times)
def post_proposed(self):
gtp.post_to_geysertimes(self.geyserID, self.loggerID, self.proposed_times, self.durations)