def __init__(self, microscope, main_app):
# Called when the plugin is loaed (ie, at GUI initialisation)
super(Correlator2D, self).__init__(microscope, main_app)
if not microscope or microscope.role not in ("sparc", "sparc2"):
return
try:
self.ebeam = model.getComponent(role="e-beam")
self.correlator = model.getComponent(role="time-correlator")
self.sed = model.getComponent(role="se-detector")
except LookupError:
logging.debug("Hardware not found, cannot use the plugin")
return
# the SEM survey stream (will be updated when showing the window)
self._survey_s = None
# Create a stream for correlator spectral measurement
self._correlator_s = CorrelatorScanStream("Correlator data",
self.correlator, self.sed,
self.ebeam,
main_app.main_data.opm)
# For reading the ROA and anchor ROI
self._acqui_tab = main_app.main_data.getTabByName(
"sparc_acqui").tab_data_model
self.dwellTime = self._correlator_s.dwellTime
self.pixelDuration = self._correlator_s.pixelDuration
self.syncOffset = self._correlator_s.syncOffset
self.syncDiv = self._correlator_s.syncDiv
# The scanning positions are defined by ROI (as selected in the acquisition tab) + stepsize
# Based on these values, the scanning resolution is computed
self.roi = self._correlator_s.roi
self.stepsize = self._correlator_s.stepsize
self.cropvalue = self._correlator_s.cropvalue
self.xres = model.IntVA(1, unit="px")
self.yres = model.IntVA(1, unit="px")
self.nDC = self._correlator_s.nDC
self.filename = model.StringVA("a.h5")
self.expectedDuration = model.VigilantAttribute(1,
unit="s",
readonly=True)
# Update the expected duration when values change, depends both dwell time and # of pixels
self.dwellTime.subscribe(self._update_exp_dur)
self.stepsize.subscribe(self._update_exp_dur)
self.nDC.subscribe(self._update_exp_dur)
# subscribe to update X/Y res
self.stepsize.subscribe(self._update_res)
self.roi.subscribe(self._update_res)
self.addMenu("Acquisition/CL time correlator scan...", self.start)
def __init__(self, microscope, main_app):
super(SpikeRemovalPlugin, self).__init__(microscope, main_app)
self.addMenu("Data correction/Spike removal...", self.start)
self._dlg = None
self._spec_stream = None
# create VA for threshold
self.threshold = model.FloatContinuous(8, range=(1, 20), unit="")
self.npixels = model.IntVA(0, unit="", readonly=True)
self.nspikes = model.IntVA(0, unit="", readonly=True)
def test_unsubscribe(self):
prop = model.IntVA(2)
self.called = 0
prop.subscribe(self.callback_test_notify)
# now count
prop.value = 3 # +1
prop.unsubscribe(self.callback_test_notify)
prop.value = 0 # +0
prop.value = 0 # +0
prop.value = 1 # +0
prop.value = 0 # +0
self.assertTrue(prop.value == 0)
self.assertTrue(self.called == 1)
# Bounded and unbounded methods are treated differently, so test both
def unbound_func(v):
self.called += 1
self.called = 0
prop.subscribe(unbound_func)
# now count
prop.value = 3 # +1
prop.unsubscribe(unbound_func)
prop.value = 0 # +0
prop.value = 0 # +0
prop.value = 1 # +0
prop.value = 0 # +0
self.assertTrue(prop.value == 0)
self.assertTrue(self.called == 1)
def __init__(self, *args, **kwargs):
model.HwComponent.__init__(self, *args, **kwargs)
self.data = FakeDataFlow()
# TODO automatically register the property when serializing the Component
self.prop = model.IntVA(42)
self.cont = model.FloatContinuous(2.0, [-1, 3.4])
self.enum = model.StringEnumerated("a", {"a", "c", "bfds"})
def test_spectrum_line_select_overlay(self):
cnvs = miccanvas.DblMicroscopeCanvas(self.panel)
tab_mod = self.create_simple_tab_model()
view = tab_mod.focussedView.value
self.add_control(cnvs, wx.EXPAND, proportion=1, clear=True)
cnvs.setView(view, tab_mod)
cnvs.current_mode = TOOL_POINT
slol = wol.SpectrumLineSelectOverlay(cnvs)
slol.activate()
cnvs.add_world_overlay(slol)
slol.set_data_properties(1e-05, (0.0, 0.0), (17, 19))
width_va = model.IntVA(1)
line_va = model.TupleVA(((None, None), (None, None)))
slol.connect_selection(line_va, width_va)
view.mpp.value = 1e-06
test.gui_loop()
# Tool toggle for debugging
tol = vol.TextViewOverlay(cnvs)
tol.add_label("Right click to toggle tool", (10, 30))
cnvs.add_view_overlay(tol)
test.gui_loop()
line_va.value = ((0, 0), (8, 8))
test.gui_loop()
# Also connect the pixel va
pixel_va = model.TupleVA((8, 8))
slol.connect_selection(line_va, width_va, pixel_va)
test.gui_loop()
def toggle(evt):
if slol.active:
slol.deactivate()
else:
slol.activate()
evt.Skip()
cnvs.Bind(wx.EVT_RIGHT_UP, toggle)
cnvs.disable_drag()
def on_key(evt):
k = evt.GetKeyCode()
if k == wx.WXK_DOWN and width_va.value > 1:
width_va.value -= 1
elif k == wx.WXK_UP:
width_va.value += 1
else:
pass
cnvs.Bind(wx.EVT_KEY_UP, on_key)
def test_del(self):
"""
Test that the VA is properly deleted.
"""
prop = model.IntVA(2)
ref = weakref.ref(prop)
del prop
self.assertEqual(ref(), None)
def __init__(self, name, daemon):
model.Component.__init__(self, name=name, daemon=daemon)
self.executor = futures.ThreadPoolExecutor(max_workers=1)
self.number_futures = 0
self.startAcquire = model.Event() # triggers when the acquisition of .data starts
self.data = FakeDataFlow(sae=self.startAcquire)
self.datas = SynchronizableDataFlow()
self.data_count = 0
self._df = None
# TODO automatically register the property when serializing the Component
self.prop = model.IntVA(42)
self.cont = model.FloatContinuous(2.0, [-1, 3.4], unit="C")
self.enum = model.StringEnumerated("a", {"a", "c", "bfds"})
self.cut = model.IntVA(0, setter=self._setCut)
self.listval = model.ListVA([2, 65])
def test_pixel_select_overlay(self):
cnvs = miccanvas.DblMicroscopeCanvas(self.panel)
tab_mod = self.create_simple_tab_model()
view = tab_mod.focussedView.value
self.add_control(cnvs, wx.EXPAND, proportion=1, clear=True)
# FIXME: when setView is called *before* the add_control, the picture goes black and no
# pixels are visible
cnvs.setView(view, tab_mod)
cnvs.current_mode = TOOL_POINT
psol = wol.PixelSelectOverlay(cnvs)
psol.activate()
psol.enabled = True
cnvs.add_world_overlay(psol)
psol.set_data_properties(1e-05, (0.0, 0.0), (17, 19))
width_va = model.IntVA(1)
psol.connect_selection(model.TupleVA(), width_va)
view.mpp.value = 1e-06
psol._selected_pixel_va.value = (8, 8)
test.gui_loop()
# Tool toggle for debugging
tol = vol.TextViewOverlay(cnvs)
tol.add_label("Right click to toggle tool", (10, 30))
cnvs.add_view_overlay(tol)
def toggle(evt):
if psol.active:
psol.deactivate()
else:
psol.activate()
evt.Skip()
cnvs.Bind(wx.EVT_RIGHT_UP, toggle)
cnvs.disable_drag()
def on_key(evt):
k = evt.GetKeyCode()
if k == wx.WXK_DOWN and width_va.value > 1:
width_va.value -= 1
elif k == wx.WXK_UP:
width_va.value += 1
else:
pass
cnvs.Bind(wx.EVT_KEY_UP, on_key)
def test_pretty_str(self):
prop = model.IntVA(2)
pretty_str = str(prop)
self.assertIn("IntVA", pretty_str)
self.assertIn(str(prop.value), pretty_str)
prop = model.ListVA([2, 3], unit=u"µm")
pretty_str = str(prop)
self.assertIn("ListVA", pretty_str)
self.assertIn(str(prop.value), pretty_str)
prop = model.FloatContinuous(2.3, unit=u"µm", range=(1.0, 9))
pretty_str = str(prop)
self.assertIn("FloatContinuous", pretty_str)
self.assertIn(str(prop.value), pretty_str)
def test_notify_noinit(self):
prop = model.IntVA(2)
self.called = 0
prop.subscribe(self.callback_test_notify)
# now count
prop.value = 3 # +1
prop.value = 0 # +1
prop.value = 0 # nothing because same value
try:
prop.value = 7.5
self.fail("Assigning float to a int should not be allowed.")
except TypeError:
pass # as it should be
prop.unsubscribe(self.callback_test_notify)
self.assertTrue(prop.value == 0)
self.assertTrue(self.called == 2)
