def update_palette_controls(self):
"""Update palette controls from internal QPalette"""
for key, entries in self.palette_entries.items():
for subkey in entries:
color = self._palette.color(getattr(self._palette, subkey))
btn = self.pickers[key][subkey]
with block_signals(btn):
btn.color = color
def _cbo_changed(self, cbo, index):
branch = cbo.itemData(index)
stream = VisualLogStream(self.plugin.ui)
try:
checkout_branch(branch, stream)
except ValueError:
with block_signals(cbo):
cbo.setCurrentIndex(self._prev_indices[cbo])
finally:
diag = getattr(stream, 'dialog', None)
if diag is not None:
diag.btn_close.setEnabled(True)
self._prev_indices[cbo] = index
def _cbo_changed(self, cbo, index):
branch = cbo.itemData(index)
stream = VisualLogStream(self.plugin.ui)
try:
checkout_branch(branch, stream)
except ValueError:
with block_signals(cbo):
cbo.setCurrentIndex(self._prev_indices[cbo])
finally:
diag = getattr(stream, 'dialog', None)
if diag is not None:
diag.btn_close.setEnabled(True)
self._prev_indices[cbo] = index
def update_controls_from_fig(self):
p = self._cur_plot
if p is None:
self.sl_level.setValue(0.0)
self.sl_window.setValue(0.0)
self.chk_log.setChecked(False)
self.disable()
else:
self.enable()
imin, imax = self._plot_minmax()
with block_signals(self.sl_level):
self.sl_level.setRange(imin, imax)
self.sl_level.setValue(p.vmin)
self.lbl_level.setText(self.LevelLabel + ": %.2G" % p.vmin)
with block_signals(self.sl_window):
self.sl_window.setRange(0, imax - imin)
window = p.vmax - p.vmin
self.sl_window.setValue(window)
self.lbl_window.setText(self.WindowLabel + ": %.2G" % window)
with block_signals(self.chk_auto):
auto = _auto_contrast(p)
state = QtCore.Qt.Checked if all(auto) else (
QtCore.Qt.PartiallyChecked if any(auto) else
QtCore.Qt.Unchecked)
self.chk_auto.setCheckState(state)
if p.ax.images:
with block_signals(self.chk_log):
self.chk_log.setEnabled(True)
norm = isinstance(p.ax.images[-1].norm, SymLogNorm)
self.chk_log.setChecked(norm)
else:
self.chk_log.setEnabled(False)
def update_controls_from_fig(self):
p = self._cur_plot
if p is None:
self.sl_level.setValue(0.0)
self.sl_window.setValue(0.0)
self.chk_log.setChecked(False)
self.disable()
else:
self.enable()
imin, imax = self._plot_minmax()
with block_signals(self.sl_level):
self.sl_level.setRange(imin, imax)
self.sl_level.setValue(p.vmin)
self.lbl_level.setText(self.LevelLabel + ": %.2G" % p.vmin)
with block_signals(self.sl_window):
self.sl_window.setRange(0, imax - imin)
window = p.vmax - p.vmin
self.sl_window.setValue(window)
self.lbl_window.setText(self.WindowLabel + ": %.2G" % window)
with block_signals(self.chk_auto):
auto = _auto_contrast(p)
state = QtCore.Qt.Checked if all(auto) else (
QtCore.Qt.PartiallyChecked
if any(auto) else QtCore.Qt.Unchecked)
self.chk_auto.setCheckState(state)
if p.ax.images:
with block_signals(self.chk_log):
self.chk_log.setEnabled(True)
norm = isinstance(p.ax.images[-1].norm, SymLogNorm)
self.chk_log.setChecked(norm)
else:
self.chk_log.setEnabled(False)
def set_signal(self, signal):
self.signal = signal
self.setWindowTitle(tr("Element picker"))
if self.isEDS():
self.map_btn.show()
else:
self.map_btn.hide()
if signal is None or signal.signal is None:
self.set_enabled(False)
return
else:
self.set_enabled(True)
# Enable markers if plot has any
with block_signals(self.chk_markers):
markers = (hasattr(signal.signal, '_xray_markers')
and bool(signal.signal._xray_markers))
self.chk_markers.setChecked(markers)
# Make sure we have the Sample node, and Sample.elements
if not hasattr(signal.signal.metadata, 'Sample'):
signal.signal.metadata.add_node('Sample')
if not hasattr(signal.signal.metadata.Sample, 'elements'):
signal.signal.metadata.Sample.elements = []
self._set_elements(signal.signal.metadata.Sample.elements)
# Disable elements which hyperspy does not accept
hsyp_elem = list(elements_db.keys())
for w in self.table.children():
if isinstance(w, ExClickLabel):
elem = w.text()
if elem not in hsyp_elem:
self.table.disable_element(elem)
else:
self.table.enable_element(elem)
def set_signal(self, signal):
self.signal = signal
self.setWindowTitle(tr("Element picker"))
if self.isEDS():
self.map_btn.show()
else:
self.map_btn.hide()
if signal is None or signal.signal is None:
self.set_enabled(False)
return
else:
self.set_enabled(True)
# Enable markers if plot has any
with block_signals(self.chk_markers):
markers = (hasattr(signal.signal, '_xray_markers') and
bool(signal.signal._xray_markers))
self.chk_markers.setChecked(markers)
# Make sure we have the Sample node, and Sample.elements
if not hasattr(signal.signal.metadata, 'Sample'):
signal.signal.metadata.add_node('Sample')
if not hasattr(signal.signal.metadata.Sample, 'elements'):
signal.signal.metadata.Sample.elements = []
self._set_elements(signal.signal.metadata.Sample.elements)
# Disable elements which hyperspy does not accept
hsyp_elem = list(elements_db.keys())
for w in self.table.children():
if isinstance(w, ExClickLabel):
elem = w.text()
if elem not in hsyp_elem:
self.table.disable_element(elem)
else:
self.table.enable_element(elem)