def setup(self, kinetic_cycle_time):
#
# the counter runs slightly faster than the camera so that it is ready
# to catch the next camera "fire" immediately after the end of the cycle.
#
frequency = (1.001/kinetic_cycle_time) * float(self.oversampling)
# set up the analog channels
self.ao_task = nicontrol.WaveformOutput(self.board, 0)
for i in range(self.number_channels - 1):
self.ao_task.addChannel(i + 1)
# set up the digital channels
self.do_task = nicontrol.DigitalWaveformOutput(self.board, 0)
for i in range(self.number_channels - 1):
self.do_task.addChannel(self.board, i + 1)
# set up the waveforms
self.ao_task.setWaveform(self.waveforms, frequency)
self.do_task.setWaveform(self.waveforms, frequency)
# set up the counter
self.ct_task = True
self.ct_task = nicontrol.CounterOutput(self.board, 0, frequency, 0.5)
self.ct_task.setCounter(self.waveform_len)
self.ct_task.setTrigger(0)
def setup(self):
assert self.ct_task == 0, "Attempt to call setup without first calling cleanup."
#
# the counter runs slightly faster than the camera so that it is ready
# to catch the next camera "fire" immediately after the end of the cycle.
#
frequency = (1.001/self.kinetic_value) * float(self.oversampling)
# set up the analog channels
self.wv_task = nicontrol.WaveformOutput(self.board, 0)
for i in range(self.number_channels - 1):
self.wv_task.addChannel(i + 1)
# set up the waveform
self.wv_task.setWaveform(self.waveforms, frequency)
# set up the counter
self.ct_task = nicontrol.CounterOutput(self.board, 0, frequency, 0.5)
self.ct_task.setCounter(self.waveform_len)
self.ct_task.setTrigger(0)