def __init__(self, tab_panel, tab_data):
super(SparcAlignSettingsController, self).__init__(tab_data)
main_data = tab_data.main
self._ar_setting_cont = AngularSettingsController(
tab_panel.fp_ma_settings_ar, "No angle-resolved camera found")
self._spect_setting_cont = SpectrumSettingsController(
tab_panel.fp_ma_settings_spectrum, "No spectrometer found")
if main_data.ccd:
self.add_hw_component(main_data.ccd, self._ar_setting_cont)
if main_data.spectrometer:
self.add_hw_component(main_data.spectrometer,
self._spect_setting_cont)
# increase a bit the font size for easy reading from far
self.add_spec_chronograph(self._spect_setting_cont, 12)
if main_data.spectrograph:
comp = main_data.spectrograph
conf = get_hw_config(comp, self._hw_settings_config)
for a in ("wavelength", "grating", "slit-in"):
if a not in comp.axes:
logging.debug(
"Skipping non existent axis %s on component %s", a,
comp.name)
continue
self._spect_setting_cont.add_axis(a, comp, conf.get(a))
def add_hw_component(self, hw_comp, setting_controller, hidden=None):
""" Add setting entries for the given hardware component
hidden (None or set of str): name of VAs to not show
"""
hidden = HIDDEN_VAS | (hidden or set())
self.setting_controllers.append(setting_controller)
vas_comp = getVAs(hw_comp)
vas_config = get_hw_config(
hw_comp, self._hw_settings_config) # OrderedDict or dict
# Re-order the VAs of the component in the same order as in the config
vas_names = util.sorted_according_to(list(vas_comp.keys()),
list(vas_config.keys()))
for name in vas_names:
try:
if name in hidden:
continue
elif name in vas_config:
va_conf = vas_config[name]
else:
logging.debug("No config found for %s: %s", hw_comp.role,
name)
va_conf = None
va = vas_comp[name]
setting_controller.add_setting_entry(name, va, hw_comp,
va_conf)
except TypeError:
msg = "Error adding %s setting for: %s"
logging.exception(msg, hw_comp.name, name)
def __init__(self, tab_panel, tab_data):
super(SparcAlignSettingsController, self).__init__(tab_data)
main_data = tab_data.main
self._ar_setting_cont = AngularSettingsController(tab_panel.fp_ma_settings_ar,
"No angle-resolved camera found")
self._spect_setting_cont = SpectrumSettingsController(tab_panel.fp_ma_settings_spectrum,
"No spectrometer found")
if main_data.ccd:
self.add_hw_component(main_data.ccd, self._ar_setting_cont)
if main_data.spectrometer:
self.add_hw_component(main_data.spectrometer, self._spect_setting_cont)
# increase a bit the font size for easy reading from far
self.add_spec_chronograph(self._spect_setting_cont, 12)
if main_data.spectrograph:
comp = main_data.spectrograph
conf = get_hw_config(comp, self._hw_settings_config)
for a in ("wavelength", "grating", "slit-in"):
if a not in comp.axes:
logging.debug("Skipping non existent axis %s on component %s",
a, comp.name)
continue
self._spect_setting_cont.add_axis(a, comp, conf.get(a))
def add_hw_component(self, hw_comp, setting_controller, hidden=None):
""" Add setting entries for the given hardware component
hidden (None or set of str): name of VAs to not show
"""
hidden = HIDDEN_VAS | (hidden or set())
self.setting_controllers.append(setting_controller)
vas_comp = getVAs(hw_comp)
vas_config = get_hw_config(hw_comp, self._hw_settings_config) # OrderedDict or dict
# Re-order the VAs of the component in the same order as in the config
vas_names = util.sorted_according_to(vas_comp.keys(), vas_config.keys())
for name in vas_names:
try:
if name in hidden:
continue
elif name in vas_config:
va_conf = vas_config[name]
else:
logging.debug("No config found for %s: %s", hw_comp.role, name)
va_conf = None
va = vas_comp[name]
setting_controller.add_setting_entry(name, va, hw_comp, va_conf)
except TypeError:
msg = "Error adding %s setting for: %s"
logging.exception(msg, hw_comp.name, name)
def __init__(self, tab_panel, tab_data, highlight_change=False):
super(SecomSettingsController, self).__init__(tab_data)
main_data = tab_data.main
self._sem_panel = SemSettingsController(
tab_panel.fp_settings_secom_sem, "No SEM found", highlight_change,
tab_data)
self._optical_panel = OpticalSettingsController(
tab_panel.fp_settings_secom_optical, "No optical microscope found",
highlight_change, tab_data)
# Add the components based on what is available
# TODO: move it to a separate thread to save time at init?
if main_data.ccd:
# Hide exposureTime as it's in local settings of the stream
self.add_hw_component(main_data.ccd,
self._optical_panel,
hidden={"exposureTime"})
if hasattr(tab_data, "confocal_set_stream"):
conf_set_e = StreamController(tab_panel.pnl_opt_streams,
tab_data.confocal_set_stream,
tab_data)
conf_set_e.stream_panel.flatten() # removes the expander header
# StreamController looks pretty much the same as SettingController
self.setting_controllers.append(conf_set_e)
else:
tab_panel.pnl_opt_streams.Hide() # Not needed
# For now, we assume that the pinhole (axis) is global: valid for all
# the confocal streams and FLIM stream. That's partly because most likely
# the user wouldn't want to have separate values... and also because
# anyway we don't currently support local stream axes.
if main_data.pinhole:
conf = get_hw_config(main_data.pinhole, self._hw_settings_config)
for a in ("d", ):
if a not in main_data.pinhole.axes:
continue
self._optical_panel.add_axis(a, main_data.pinhole, conf.get(a))
if main_data.ebeam:
self.add_hw_component(main_data.ebeam, self._sem_panel)
# If can do AutoContrast, display the button
# TODO: check if detector has a .applyAutoContrast() method, instead
# of detecting indirectly via the presence of .bpp.
det = main_data.sed or main_data.bsd
if det and model.hasVA(det, "bpp"):
self._sem_panel.add_bc_control(det)
def __init__(self, tab_panel, tab_data, highlight_change=False):
super(SecomSettingsController, self).__init__(tab_data)
main_data = tab_data.main
self._sem_panel = SemSettingsController(tab_panel.fp_settings_secom_sem,
"No SEM found",
highlight_change,
tab_data)
self._optical_panel = OpticalSettingsController(tab_panel.fp_settings_secom_optical,
"No optical microscope found",
highlight_change,
tab_data)
# Add the components based on what is available
# TODO: move it to a separate thread to save time at init?
if main_data.ccd:
# Hide exposureTime as it's in local settings of the stream
self.add_hw_component(main_data.ccd, self._optical_panel, hidden={"exposureTime"})
if hasattr(tab_data, "confocal_set_stream"):
conf_set_e = StreamController(tab_panel.pnl_opt_streams, tab_data.confocal_set_stream, tab_data)
conf_set_e.stream_panel.flatten() # removes the expander header
# StreamController looks pretty much the same as SettingController
self.setting_controllers.append(conf_set_e)
else:
tab_panel.pnl_opt_streams.Hide() # Not needed
# For now, we assume that the pinhole (axis) is global: valid for all
# the confocal streams and FLIM stream. That's partly because most likely
# the user wouldn't want to have separate values... and also because
# anyway we don't currently support local stream axes.
if main_data.pinhole:
conf = get_hw_config(main_data.pinhole, self._hw_settings_config)
for a in ("d",):
if a not in main_data.pinhole.axes:
continue
self._optical_panel.add_axis(a, main_data.pinhole, conf.get(a))
if main_data.ebeam:
self.add_hw_component(main_data.ebeam, self._sem_panel)
# If can do AutoContrast, display the button
# TODO: check if detector has a .applyAutoContrast() method, instead
# of detecting indirectly via the presence of .bpp.
det = main_data.sed or main_data.bsd
if det and model.hasVA(det, "bpp"):
self._sem_panel.add_bc_control(det)
