def _fcn_grid_tupdate(self):
"""Update grid titles properties."""
if hasattr(self, '_grid'):
self._grid.font_size = float(self._grid_titles_fz.value()) # fz
col = textline2color(str(self._grid_titles_color.text()))[1]
self._grid.tcolor = col # title color
self._grid.tvisible = self._grid_titles.isChecked() # title
def _fcn_grid_tupdate(self):
"""Update grid titles properties."""
if hasattr(self, '_grid'):
self._grid.font_size = float(self._grid_titles_fz.value()) # fz
col = textline2color(str(self._grid_titles_color.text()))[1]
self._grid.tcolor = col # title color
self._grid.tvisible = self._grid_titles.isChecked() # title
def _fcn_source_proj(self, _, **kwargs):
"""Apply source projection."""
project_on = str(self._s_proj_on.currentText())
b_obj = self.atlas if project_on == 'brain' else self.roi
radius = self._s_proj_radius.value()
contribute = self._s_proj_contribute.isChecked()
mask_color = textline2color(str(self._s_proj_mask_color.text()))[1]
project = str(self._s_proj_type.currentText())
self.sources.project_sources(b_obj, project=project, radius=radius,
contribute=contribute,
mask_color=mask_color, **kwargs)
self.cbqt.setEnabled('roi', hasattr(self.roi, 'mesh'))
def _fcn_annot_appear(self):
"""Control annotations appearance."""
pos = self._signal._annot_mark._data['a_position']
self._signal._annot_mark._data = np.array([])
color = textline2color(self._annot_color.text())[1]
self._signal._annot_text.font_size = self._annot_txtsz.value()
self._signal._annot_text.color = color
self._signal._annot_mark.set_data(pos=pos, face_color=color,
size=self._annot_marksz.value(),
edge_width=0.)
self._signal._annot_text.update()
self._signal._annot_text.visible = self._annot_viz.isChecked()
self._signal._annot_mark.visible = self._annot_viz.isChecked()
def _fcn_annot_appear(self):
"""Control annotations appearance."""
pos = self._signal._annot_mark._data['a_position']
self._signal._annot_mark._data = np.array([])
color = textline2color(self._annot_color.text())[1]
self._signal._annot_text.font_size = self._annot_txtsz.value()
self._signal._annot_text.color = color
self._signal._annot_mark.set_data(pos=pos,
face_color=color,
size=self._annot_marksz.value(),
edge_width=0.)
self._signal._annot_text.update()
self._signal._annot_text.visible = self._annot_viz.isChecked()
self._signal._annot_mark.visible = self._annot_viz.isChecked()
def _fcn_source_proj(self, _, **kwargs):
"""Apply source projection."""
project_on = str(self._s_proj_on.currentText())
b_obj = self.atlas if project_on == 'brain' else self.roi
radius = self._s_proj_radius.value()
contribute = self._s_proj_contribute.isChecked()
mask_color = textline2color(str(self._s_proj_mask_color.text()))[1]
project = str(self._s_proj_type.currentText())
self.sources.project_sources(b_obj,
project=project,
radius=radius,
contribute=contribute,
mask_color=mask_color,
**kwargs)
self.cbqt.setEnabled('roi', hasattr(self.roi, 'mesh'))
def _fcn_set_bgcolor(self):
"""Change background color."""
bgcolor = textline2color(str(self._set_bgcolor.text()))[1]
self._grid_canvas.bgcolor = bgcolor
self._signal_canvas.bgcolor = bgcolor
def _fcn_source_edgecolor(self):
"""Update source edge color."""
color = textline2color(str(self._s_edge_color.text()))[1]
self._get_select_object().edge_color = color
def _fcn_proj_mask_color(self):
"""Change the color for projected masked sources."""
color = textline2color(str(self._s_proj_mask_color.text()))[1]
self.atlas.mesh.mask_color = color
def _fcn_text_color(self):
"""Update text color."""
color = textline2color(str(self._st_color.text()))[1]
self._get_select_object().text_color = color
def _fcn_axis_color(self):
"""Set axis color."""
col = textline2color(str(self._axis_color.text()))[1]
self._signal_canvas.axis_color = col
self._signal_canvas.cbar.txtcolor = col
def _fcn_set_signal(self, *args, force=False):
"""Set signal."""
# =================== FORM AND COLOR ===================
form_bck = self._signal.form
form = str(self._sig_form.currentText())
form_index = int(self._sig_form.currentIndex())
self._PlottingForm.setCurrentIndex(form_index)
color = textline2color(str(self._sig_color.text()))[0]
# Enable amplitude control only for line // marker :
self._sig_amp.setEnabled(form in ['line', 'marker'])
# ================== LINE / MARKER / HISTOGRAM / TF ==================
lw = float(self._sig_lw.value())
nbins = int(self._sig_nbins.value())
size = float(self._sig_size.value())
symbol = str(self._sig_symbol.currentText())
norm = int(self._sig_norm.currentIndex())
is_baseline = self._sig_baseline.isChecked()
_baseline = (int(self._sig_base_start.value()),
int(self._sig_base_end.value()))
baseline = None if not is_baseline else _baseline
is_averaging = self._sig_averaging.isChecked()
window = None if not is_averaging else self._sig_av_win.value()
overlap = float(self._sig_av_overlap.value())
is_clim = self._sig_tf_clim.isChecked()
_clim = (self._sig_climin.value(), self._sig_climax.value())
clim = _clim if is_clim else None
cmap = str(self._sig_tf_cmap.currentText())
cmap += '_r' * self._sig_tf_rev.isChecked()
interpolation = str(self._sig_tf_interp.currentText())
nperseg = int(self._sig_nperseg.value())
noverlap = int(self._sig_noverlap.value())
# =================== THRESHOLD ===================
thm = (self._sig_th_min.value(), self._sig_th_max.value())
th = thm if self._sig_th.isChecked() else None
# =================== SET DATA // TEXT===================
index = int(self._sig_index.value())
self._signal.set_data(self._data, index, color, lw, nbins, symbol,
size, form, th, norm, window, overlap, baseline,
clim, cmap, interpolation, nperseg, noverlap)
self._txt_shape.setText(str(self._signal))
# =================== CAMERA ===================
if force or (form != form_bck):
self._sig_amp.setChecked(False)
self.update_cameras(update='signal')
self._sig_tf_apply.setEnabled(False)
# =================== RESIZE ===================
main = self._signal_canvas.wc
cbar = self._signal_canvas.wc_cbar
title = self._signal_canvas._titleObj
xaxis = self._signal_canvas.xaxis
is_form = form in ['tf']
if is_form and (self._previous_form != form):
self._signal_canvas.grid.add_widget(cbar, row=1, col=2)
self._signal_canvas.grid.resize_widget(main, 1, 1)
self._signal_canvas.grid.resize_widget(xaxis, 1, 1)
self._signal_canvas.grid.resize_widget(title, 1, 2)
elif not is_form:
self._signal_canvas.grid.remove_widget(cbar)
self._signal_canvas.grid.resize_widget(main, 1, 2)
self._signal_canvas.grid.resize_widget(xaxis, 1, 2)
self._signal_canvas.grid.resize_widget(title, 1, 3)
# =================== CLIM // CBAR ===================
self._signal_canvas.wc_cbar.visible = is_form
if form == 'tf':
# Fix clim (min, max):
clim_max = abs(np.max(self._signal._tf._clim))
self._sig_climin.setMinimum(-clim_max)
self._sig_climin.setMaximum(clim_max)
self._sig_climax.setMinimum(-clim_max)
self._sig_climax.setMaximum(clim_max)
# Colorbar upate :
self._cbar_update(self._signal._tf)
self._signal_canvas.update()
self._previous_form = form
def _fcn_ts_color(self):
"""Time series color."""
color = textline2color(str(self._ts_color.text()))[1]
self._get_select_object().color = color
def _fcn_ts_color(self):
"""Time series color."""
color = textline2color(str(self._ts_color.text()))[1]
self._get_select_object().color = color
def _fcn_proj_mask_color(self):
"""Change the color for projected masked sources."""
color = textline2color(str(self._s_proj_mask_color.text()))[1]
self.atlas.mesh.mask_color = color
def _fcn_text_color(self):
"""Update text color."""
color = textline2color(str(self._st_color.text()))[1]
self._get_select_object().text_color = color
def _fcn_source_edgecolor(self):
"""Update source edge color."""
color = textline2color(str(self._s_edge_color.text()))[1]
self._get_select_object().edge_color = color
