def generate_data(source, message_id, num_points):
tofs, dets = generate_fake_data(TOF_RANGE, DET_RANGE, num_points)
time_stamp = time_in_ns()
data = serialise_ev42(source, message_id, time_stamp, tofs, dets)
return time_stamp, data
def generate_dethist_data(source, message_id, num_points):
dets = []
for h in range(DET_HEIGHT):
_, new_dets = generate_fake_data(TOF_RANGE, (0, DET_WIDTH), num_points)
for det in new_dets:
dets.append(h * DET_WIDTH + det)
time_stamp = time_in_ns()
data = serialise_ev42(source, message_id, time_stamp, [], dets)
return time_stamp, data
def _generate_dethist_data(self):
dets = []
for h in range(self.height):
_, new_dets = generate_fake_data(
self.tof_range, (0, self.width), self.num_events
)
for det in new_dets:
dets.append(h * self.width + det)
data = EventData(
"simulator", 0, math.floor(time.time() * 10 ** 9), [], dets, None
)
return [(int(time.time() * self.num_events), 0, data)]
def _generate_data(self):
tofs, dets = generate_fake_data(self.tof_range, self.det_range, self.num_events)
data = EventData(
"simulator", 0, math.floor(time.time() * 10 ** 9), tofs, dets, None
)
return [(int(time.time() * self.num_events), 0, data)]
def generate_data(msg_id, time_stamp, num_events):
tofs, dets = generate_fake_data(TOF_RANGE, DET_RANGE, num_events)
return serialise_ev42("system test", msg_id, time_stamp, tofs, dets)