def getResult(self):
if self.resultObj is None:
daqResult = DAQGenericTask.getResult(self)
while self.recording and time.time() - self._stopTime < 1:
# Wait up to 1 second for all frames to arrive from camera thread before returning results.
# In some cases, acquisition thread can get bogged down and we may need to wait for it
# to catch up.
time.sleep(0.05)
self.resultObj = CameraTaskResult(self, self.frames[:], daqResult)
return self.resultObj
def getResult(self):
## getResult from DAQGeneric, then add in command waveform
result = DAQGenericTask.getResult(self)
if result is None:
return None
arr = result.view(np.ndarray)
daqInfo = result._info[-1]['DAQ']
## find DAQ info for any output channel
for ch in ['shutter', 'qSwitch', 'pCell']:
if ch in daqInfo:
ds = daqInfo[ch].get('downsampling', 1)
break
if 'powerWaveform' in self.cmd:
## downsample power waveform to match other channels
power = self.cmd['powerWaveform']
if ds > 1:
power = NiDAQ.meanResample(power, ds)
arr = np.append(arr, power[np.newaxis, :], axis=0)
#result = np.append(result, self.cmd['powerWaveform'][np.newaxis, :], axis=0)
result._info[0]['cols'].append({'name': 'power', 'units': 'W'})
elif 'switchWaveform' in self.cmd:
switch = self.cmd['switchWaveform']
if ds > 1:
switch = NiDAQ.meanResample(switch, ds)
arr = np.append(arr, switch[np.newaxis, :], axis=0)
#result = np.append(result, self.cmd['switchWaveform'][np.newaxis, :], axis=0)
result._info[0]['cols'].append({'name': 'switch'})
#elif 'power' in self.cmd:
#arr = np.append(arr, self.cmd['power']['command'][np.newaxis, :], axis=0)
#result._info[0]['cols'].append({'name': str(self.cmd['power']['type'])})
info = {
'currentPower': self.currentPower,
'expectedPower': self.expectedPower,
'requestedWavelength': self.cmd.get('wavelength', None),
'shutterMode': self.cmd['shutterMode'],
'powerCheckRequested': self.cmd.get('checkPower', False),
'pulsesCmd': self.cmd.get('pulses', None)
}
result._info[-1]['Laser'] = info
result = metaarray.MetaArray(arr, info=result._info)
self.dev.lastResult = result
return result
def getResult(self):
## getResult from DAQGeneric, then add in command waveform
result = DAQGenericTask.getResult(self)
if result is None:
return None
arr = result.view(np.ndarray)
daqInfo = result._info[-1]['DAQ']
## find DAQ info for any output channel
for ch in ['shutter', 'qSwitch', 'pCell']:
if ch in daqInfo:
ds = daqInfo[ch].get('downsampling', 1)
break
if 'powerWaveform' in self.cmd:
## downsample power waveform to match other channels
power = self.cmd['powerWaveform']
if ds > 1:
power = NiDAQ.meanResample(power, ds)
arr = np.append(arr, power[np.newaxis, :], axis=0)
#result = np.append(result, self.cmd['powerWaveform'][np.newaxis, :], axis=0)
result._info[0]['cols'].append({'name': 'power', 'units': 'W'})
elif 'switchWaveform' in self.cmd:
switch = self.cmd['switchWaveform']
if ds > 1:
switch = NiDAQ.meanResample(switch, ds)
arr = np.append(arr, switch[np.newaxis, :], axis=0)
#result = np.append(result, self.cmd['switchWaveform'][np.newaxis, :], axis=0)
result._info[0]['cols'].append({'name': 'switch'})
#elif 'power' in self.cmd:
#arr = np.append(arr, self.cmd['power']['command'][np.newaxis, :], axis=0)
#result._info[0]['cols'].append({'name': str(self.cmd['power']['type'])})
info = {'currentPower': self.currentPower,
'expectedPower': self.expectedPower,
'requestedWavelength':self.cmd.get('wavelength', None),
'shutterMode':self.cmd['shutterMode'],
'powerCheckRequested':self.cmd.get('checkPower', False),
'pulsesCmd': self.cmd.get('pulses', None)
}
result._info[-1]['Laser'] = info
result = metaarray.MetaArray(arr, info=result._info)
self.dev.lastResult = result
return result
def getResult(self):
if self.resultObj is None:
daqResult = DAQGenericTask.getResult(self)
self.resultObj = CameraTaskResult(self, self.frames[:], daqResult)
return self.resultObj
def getResult(self):
if self.resultObj is None:
daqResult = DAQGenericTask.getResult(self)
self.resultObj = CameraTaskResult(self, self.frames[:], daqResult)
return self.resultObj
