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examples/transport: pep8
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@ -9,7 +9,7 @@ class Transport(AutoContext):
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"bd pmt repeats nbins "
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"electrodes transport_data wait_at_stop speed"
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)
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def prepare(self, stop):
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t = self.transport_data["t"][:stop]*self.speed
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u = self.transport_data["u"][:stop]
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@ -22,18 +22,20 @@ class Transport(AutoContext):
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# both (duration and segment triggering flag) to be retrieved during
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# kernel compilation, see transport()
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self.tf.append("to_stop",
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t, u, trigger=True)
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t, u, trigger=True)
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# append the reverse transport (from stop to 0)
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# both durations are the same in this case
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self.tf.append("from_stop",
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t[-1] - t[::-1], u[::-1], trigger=True)
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t[-1] - t[::-1], u[::-1], trigger=True)
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# closes the frame with a wait line before jumping back into
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# the jump table so that frame signal can be set before the jump
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# also mark the frame as closed and prevent further append()ing
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self.tf.close()
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# user must pass all frames that are going to be used next
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# selects possible frame id based on rtio_frame assignments from coredev
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# distributes frames to the sub-devices in CompoundPDQ2 and uploads them
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# selects possible frame id based on rtio_frame assignments
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# from core device
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# distributes frames to the sub-devices in CompoundPDQ2
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# and uploads them
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# uploading is ARM_DIS, writing, ARM_EN
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self.electrodes.prepare(self.tf)
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@ -49,9 +51,7 @@ class Transport(AutoContext):
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# ensures no frame is currently being actively played
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# set rtio frame select signal to frame id
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# rtio trigger jump into transport frame
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# (it would be nice if this could be made zero-duration/not advancing the
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# timeline by smart scheduling of this frame-select + trigger + minimum wait
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# sequence)
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# (does not advance the timeline)
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self.tf.begin()
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# triggers pdqs to start transport frame segment
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# plays the transport waveform from 0 to stop
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@ -109,9 +109,9 @@ class Transport(AutoContext):
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if __name__ == "__main__":
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# data is usually precomputed offline
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data = dict(
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t=np.linspace(0, 10, 101), # waveform time
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u=np.random.randn(101, 4*3*3), # waveform data,
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# 4 devices, 3 board each, 3 dacs each
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t=np.linspace(0, 10, 101), # waveform time
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u=np.random.randn(101, 4*3*3), # waveform data,
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# 4 devices, 3 board each, 3 dacs each
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)
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with corecom_serial.CoreCom() as com:
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@ -125,10 +125,11 @@ if __name__ == "__main__":
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pmt=rtio_core.RTIOIn(core=coredev, channel=0),
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# a compound pdq device that wraps multiple usb devices (looked up
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# by usb "serial number"/id) into one
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electrodes=pdq2.CompoundPDQ2(core=coredev,
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electrodes=pdq2.CompoundPDQ2(
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core=coredev,
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ids=["qc_q1_{}".format(i) for i in range(4)],
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rtio_trigger=3, rtio_frame=(4, 5, 6)),
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transport_data=data, # or: json.load
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transport_data=data, # or: json.load
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wait_at_stop=100*us,
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speed=1.5,
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repeats=100,
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