def onStart(self, event=None):
if self.running:
module.Experiment.stop(self)
else:
if self.plotWnd is not None:
self.plotWnd.Destroy()
self.plotInit = False
self.plotID = 0
self.plotWnd = FSRSplot.PlotFrame(None, title=time.strftime("XC Scan"), size=(640, 640))
self.plotWnd.plotCanvas.tightx = True
self.plotWnd.plotCanvas.tighty = True
self.plotWnd.Show()
self.data = []
self.points = []
self.bg = []
s_type = self.getPropertyByLabel("type").getValue()
s_ccd = self.cameras[self.getPropertyByLabel("camera").getValue()]
s_axis = self.axes[self.getPropertyByLabel("axis").getValue()]
s_shutter = self.shutters[self.getPropertyByLabel("shutter").getValue()]
s_frames = int(self.getPropertyByLabel("frames").getValue())
self.points = cutils.prepareScanPoints(self)
self.s_points_iterator = itertools.cycle(self.points)
self.progress_iterator = itertools.cycle(np.arange(len(self.points) * 1 + 1) * 100 / (len(self.points) * 1))
self.getPropertyByLabel("progress").setValue(next(self.progress_iterator))
self.running = True
module.Experiment.start(self, ScanThread, type=s_type, ccd=s_ccd, axis=s_axis, shutter=s_shutter, frames=s_frames, points=self.points, sets=1)
def onStart(self, event=None):
if self.running:
module.Experiment.stop(self)
else:
if self.plotWnd is not None:
self.plotWnd.Destroy()
self.plotInit = False
self.plotWnd = FSRSplot.DualPlotFrame(None, title=time.strftime("FSRS Scan"), size=(800, 600))
self.plotWnd.upperPlotCanvas.tightx = True
self.plotWnd.lowerPlotCanvas.tightx = True
self.plotWnd.lowerPlotCanvas.setXLabel("Wavenumber (px)")
self.plotWnd.lowerPlotCanvas.setYLabel("Counts")
s_type = self.getPropertyByLabel("type").getValue()
if s_type == 0:
self.plotWnd.upperPlotCanvas.setYLabel("Gain")
elif s_type == 1:
self.plotWnd.upperPlotCanvas.setYLabel("OD")
else:
self.plotWnd.upperPlotCanvas.setYLabel("dT / T0")
self.plotWnd.Show()
s_ccd = self.cameras[self.getPropertyByLabel("camera").getValue()]
s_axis = self.axes[self.getPropertyByLabel("axis").getValue()]
s_shutter = self.shutters[self.getPropertyByLabel("shutter").getValue()]
s_frames = int(self.getPropertyByLabel("frames").getValue())
s_ref = self.inputs[self.getPropertyByLabel("take ref.").getValue() - 1] if self.getPropertyByLabel("take ref.").getValue() >= 1 else None
s_points = cutils.prepareScanPoints(self)
self.Nsteps = len(s_points) + 1
s_sets = int(self.getPropertyByLabel("sets").getValue())
self.Nsets = s_sets
self.s_points_iterator = itertools.cycle(s_points)
self.progress_iterator = itertools.cycle(np.linspace(0, 100, len(s_points) * s_sets).astype(int))
self.getPropertyByLabel("progress").setValue(0)
self.basename = os.path.join(self.getPropertyByLabel("path").getValue(), self.getPropertyByLabel("basename").getValue())
# save a timepoints file
np.savetxt(self.basename + "_timepoints.txt", np.sort(s_points))
module.Experiment.start(self, ScanThread, type=s_type, ccd=s_ccd, axis=s_axis, shutter=s_shutter, frames=s_frames, points=s_points, sets=s_sets, reference=s_ref)
def onStart(self, event=None):
if self.running:
module.Experiment.stop(self)
else:
self.data = []
self.points = []
if self.plotWnd is not None:
self.plotWnd.Destroy()
self.plotID = -1
self.plotWnd = FSRSplot.PlotFrame(None, title="DAQScan", size=(640, 480))
self.plotWnd.Show()
s_axis = self.axes[self.getPropertyByLabel("axis").getValue()]
s_daq = self.daqs[self.getPropertyByLabel("daq").getValue()]
self.points = cutils.prepareScanPoints(self)
self.progress_iterator = itertools.cycle(np.arange(len(self.points) + 1) * 100 / (len(self.points)))
self.getPropertyByLabel("progress").setValue(next(self.progress_iterator))
module.Experiment.start(self, DAQScanThread, daq=s_daq, axis=s_axis, points=self.points)
