def paint(self, painter, option, widget=None):
""" Painting is sensitive to mouse/selection issues, but usually with
:param painter:
:param option:
:param widget:
nodes it is the label of the node that needs complex painting """
p = QtGui.QPen(self.contextual_color())
p.setWidth(1)
if self.drag_data:
painter.setPen(p)
#painter.setBrush(self.drag_data.background)
painter.drawRect(self.inner_rect)
painter.setBrush(QtCore.Qt.NoBrush)
elif self.hovering:
painter.setPen(p)
painter.drawRect(self.inner_rect)
elif ctrl.pressed is self or ctrl.is_selected(self):
painter.setPen(p)
painter.drawRect(self.inner_rect)
elif self.has_empty_label() and self.node_alone():
p.setStyle(QtCore.Qt.DotLine)
painter.setPen(p)
painter.drawRect(self.inner_rect)
def select(self, adding=False, select_area=False):
""" Scene has decided that this node has been clicked
:param adding: bool, we are adding to selection instead of starting a new selection
:param select_area: bool, we are dragging a selection box, method only informs that this
node can be included
:returns: int or str, uid of node if node is selectable
"""
self.hovering = False
# if we are selecting an area, select actions are not called here, but once for all
# objects. In this case return only uid of this object.
if select_area:
return self.uid
#items = [x.uid for x in self.selection]
#items.append(self.uid)
if adding:
if ctrl.is_selected(self):
print('selected group (adding=True), calling remove_from_selection for it')
ctrl.ui.get_action('remove_from_selection').run_command([self.uid])
else:
print('selected group (adding=True), calling add_to_selection for it')
ctrl.ui.get_action('add_to_selection').run_command([self.uid])
else:
print('selected group, calling select for it')
ctrl.ui.get_action('select').run_command([self.uid])
return self.uid
def paint(self, painter, option, widget=None):
""" Painting is sensitive to mouse/selection issues, but usually with
:param painter:
:param option:
:param widget:
nodes it is the label of the node that needs complex painting """
if self.drag_data:
p = QtGui.QPen(self.contextual_color)
#b = QtGui.QBrush(ctrl.cm.paper())
#p.setColor(ctrl.cm.hover())
p.setWidth(1)
painter.setPen(p)
#painter.setBrush(self.drag_data.background)
painter.drawRect(self.inner_rect)
painter.setBrush(QtCore.Qt.NoBrush)
elif self._hovering:
p = QtGui.QPen(self.contextual_color)
#p.setColor(ctrl.cm.hover())
p.setWidth(1)
painter.setPen(p)
painter.drawRect(self.inner_rect)
elif ctrl.pressed is self or ctrl.is_selected(self):
p = QtGui.QPen(self.contextual_color)
p.setWidth(1)
painter.setPen(p)
painter.drawRect(self.inner_rect)
elif self.has_empty_label() and self.node_alone():
p = QtGui.QPen(self.contextual_color)
p.setStyle(QtCore.Qt.DotLine)
p.setWidth(1)
painter.setPen(p)
painter.drawRect(self.inner_rect)
def paint(self, painter, option, widget=None):
""" Painting is sensitive to mouse/selection issues, but usually with
:param painter:
:param option:
:param widget:
nodes it is the label of the node that needs complex painting """
if ctrl.pressed == self or self._hovering or ctrl.is_selected(self):
painter.setPen(ctrl.cm.get('background1'))
painter.setBrush(self.contextual_background())
painter.drawRoundedRect(self.inner_rect, 5, 5)
Node.paint(self, painter, option, widget)
def paint(self, painter, option, widget=None):
""" Painting is sensitive to mouse/selection issues, but usually with
:param painter:
:param option:
:param widget:
nodes it is the label of the node that needs complex painting """
if ctrl.pressed == self or self._hovering or ctrl.is_selected(self):
painter.setPen(ctrl.cm.get('background1'))
painter.setBrush(self.contextual_background())
painter.drawRoundedRect(self.inner_rect, 5, 5)
Node.paint(self, painter, option, widget)
def contextual_background(self):
""" Background color that is sensitive to node's state """
if ctrl.pressed == self:
return ctrl.cm.active(ctrl.cm.selection())
elif self.drag_data:
return ctrl.cm.hovering(ctrl.cm.selection())
elif self._hovering:
return ctrl.cm.hovering(ctrl.cm.selection())
elif ctrl.is_selected(self):
return ctrl.cm.selection()
else:
return qt_prefs.no_brush
def update_text(self, value):
self.setPlainText(value)
w = self.document().idealWidth()
if w > 200:
self.setTextWidth(200)
else:
self.setTextWidth(-1)
self._size = self.boundingRect().size()
if value:
self.placeholder = False
if self._host:
self._host.update_selection_status(ctrl.is_selected(self._host))
def contextual_background(self):
""" Background color that is sensitive to node's state """
if ctrl.pressed == self:
return ctrl.cm.active(ctrl.cm.selection())
elif self.drag_data:
return ctrl.cm.hovering(ctrl.cm.selection())
elif self._hovering:
return ctrl.cm.hovering(ctrl.cm.selection())
elif ctrl.is_selected(self):
return ctrl.cm.selection()
else:
return qt_prefs.no_brush
def update_text(self, value):
self.setPlainText(value)
w = self.document().idealWidth()
if w > 200:
self.setTextWidth(200)
else:
self.setTextWidth(-1)
self._size = self.boundingRect().size()
if value:
self.placeholder = False
if self._host:
self._host.update_selection_status(ctrl.is_selected(self._host))
def update_text(self, value):
self.setPlainText(value)
w = self.document().idealWidth()
if w > 200:
self.setTextWidth(200)
else:
self.setTextWidth(-1)
self._size = self.boundingRect().size()
self._w2 = self._size.width() / 2
self._h2 = self._size.height() / 2
if self._host:
self._host.update_selection_status(ctrl.is_selected(self._host))
def update_text(self, value):
self.setPlainText(value)
w = self.document().idealWidth()
if w > 200:
self.setTextWidth(200)
else:
self.setTextWidth(-1)
self._size = self.boundingRect().size()
self._w2 = self._size.width() / 2
self._h2 = self._size.height() / 2
if self._host:
self._host.update_selection_status(ctrl.is_selected(self._host))
def contextual_color(self):
""" Drawing color that is sensitive to node's state """
if ctrl.pressed == self:
return ctrl.cm.get('background1')
elif self._hovering:
return ctrl.cm.get('background1')
elif ctrl.is_selected(self):
return ctrl.cm.get('background1')
# return ctrl.cm.selected(ctrl.cm.selection())
else:
if getattr(self.syntactic_object, 'unvalued', False): # fixme: Temporary hack
return ctrl.cm.get('accent1')
else:
return self.color
def contextual_color(self):
""" Drawing color that is sensitive to node's state """
if ctrl.pressed == self:
return ctrl.cm.get('background1')
elif self._hovering:
return ctrl.cm.get('background1')
elif ctrl.is_selected(self):
return ctrl.cm.get('background1')
# return ctrl.cm.selected(ctrl.cm.selection())
else:
if getattr(self.syntactic_object, 'unvalued', False): # fixme: Temporary hack
return ctrl.cm.get('accent1')
else:
return self.color
def edge_visibility_check(self):
""" Perform check for each edge: hide them if their start/end is
hidden, show them if necessary.
"""
if not self._do_edge_visibility_check:
return
for edge in set(self.edges.values()) | set(self.arrows.values()):
changed = edge.update_visibility()
if changed:
if edge.is_visible():
if ctrl.is_selected(edge):
ctrl.ui.add_control_points(edge)
else:
ctrl.ui.remove_ui_for(edge)
self._do_edge_visibility_check = False
def edge_visibility_check(self):
""" Perform check for each edge: hide them if their start/end is
hidden, show them if necessary.
"""
if not self._do_edge_visibility_check:
return
for edge in set(self.edges.values()):
changed = edge.update_visibility()
if changed:
if edge.is_visible():
if ctrl.is_selected(edge):
ctrl.ui.add_control_points(edge)
else:
ctrl.ui.remove_ui_for(edge)
self._do_edge_visibility_check = False
def select(self, event=None, multi=False):
""" Scene has decided that this node has been clicked
:param event:
:param multi: assume multiple selection (append, don't replace)
"""
if not self.persistent:
return
ctrl.multiselection_start()
if (event and event.modifiers() == QtCore.Qt.ShiftModifier) or multi:
# multiple selection
if ctrl.is_selected(self):
ctrl.remove_from_selection(self)
else:
ctrl.add_to_selection(self)
for item in self.selection:
ctrl.add_to_selection(item)
elif ctrl.is_selected(self):
ctrl.deselect_objects()
else:
ctrl.deselect_objects()
ctrl.add_to_selection(self)
for item in self.selection:
ctrl.add_to_selection(item)
ctrl.multiselection_end()
def select(self, event=None, multi=False):
""" Scene has decided that this node has been clicked
:param event:
:param multi: assume multiple selection (append, don't replace)
"""
if not self.persistent:
return
ctrl.multiselection_start()
if (event and event.modifiers() == QtCore.Qt.ShiftModifier) or multi:
# multiple selection
if ctrl.is_selected(self):
ctrl.remove_from_selection(self)
else:
ctrl.add_to_selection(self)
for item in self.selection:
ctrl.add_to_selection(item)
elif ctrl.is_selected(self):
ctrl.deselect_objects()
else:
ctrl.deselect_objects()
ctrl.add_to_selection(self)
for item in self.selection:
ctrl.add_to_selection(item)
ctrl.multiselection_end()
def contextual_color(self):
""" Drawing color that is sensitive to node's state
:return: QColor
"""
if ctrl.is_selected(self):
base = ctrl.cm.selection()
elif self.in_projections:
base = ctrl.cm.get(self.in_projections[0].color_id)
else:
base = self.color
if self.drag_data:
return ctrl.cm.lighter(base)
elif ctrl.pressed is self:
return ctrl.cm.active(base)
elif self._hovering:
return ctrl.cm.hovering(base)
else:
return base
def contextual_color(self):
""" Drawing color that is sensitive to node's state
:return: QColor
"""
if ctrl.is_selected(self):
base = ctrl.cm.selection()
elif self.in_projections:
base = ctrl.cm.get(self.in_projections[0].color_id)
else:
base = self.color
if self.drag_data:
return ctrl.cm.lighter(base)
elif ctrl.pressed is self:
return ctrl.cm.active(base)
elif self._hovering:
return ctrl.cm.hovering(base)
else:
return base
def click(self, event):
if self._host and ctrl.is_selected(self._host):
ctrl.ui.start_edge_label_editing(self._host)
else:
self._host.select(event)
def is_selected(self):
"""Return the selection status of this object.
:return: boolean
"""
return ctrl.is_selected(self)
def select(self, adding=False, select_area=False):
if self._host and ctrl.is_selected(self._host):
ctrl.ui.start_group_label_editing(self._host)
else:
return self._host.select(adding=adding, select_area=select_area)
def click(self, event):
if self._host and ctrl.is_selected(self._host):
ctrl.ui.start_group_label_editing(self._host)
else:
adding = event.modifiers() == Qt.ShiftModifier
self._host.select(adding=adding, select_area=False)
def is_selected(self):
"""Return the selection status of this object.
:return: boolean
"""
return ctrl.is_selected(self)
def click(self, event):
if self._host and ctrl.is_selected(self._host):
ctrl.ui.start_edge_label_editing(self._host)
else:
self._host.select(event)
