def _distTableSelCB(self, selDists): if self.distSelectsAtomsVar.get(): select = [] select.extend(selDists) for sd in selDists: select.extend(sd.atoms) selection.setCurrent(select) else: selection.removeCurrent(self.distances) selection.addCurrent(selDists)
def _itemsSelectAtoms(self, items, add=False): atoms = set() for item in items: atoms.update(item.atoms) if self.geomSelAtomsVar.get(): if add: selection.addCurrent(atoms) else: selection.setCurrent(atoms) elif set(atoms) == set(selection.currentAtoms()): selection.removeCurrent(atoms)
def split_surfaces(plist):
pplist = []
for p in plist:
pieces = split_surface_piece(p)
pplist.extend(pieces)
if pieces:
# Select pieces if original surface selected.
from chimera.selection import containedInCurrent
if containedInCurrent(p):
from chimera.selection import addCurrent, removeCurrent
removeCurrent(p) # Get error missing C++ object without this.
p.model.removePiece(p)
addCurrent(pieces)
return pplist
def _tableCB(self, sels, modeChange=False): if self.geomSelAtomsVar.get() or modeChange: self._itemsSelectAtoms(sels) if self.geomSelObjVar.get(): items = set(geomManager.items) # avoid affecting the selection if models are # being destroyed... removable = [a.model for a in items.difference(sels) if not a.model.__destroyed__] if removable: selection.removeCurrent(removable) addable = [a.model for a in sels if not a.model.__destroyed__] if addable: selection.addCurrent(addable) if modeChange: return butState = 'normal' if not sels: butState = 'disabled' for but in self.buttons: but.configure(state=butState) self.feedback(sels)
def deselect(self):
from chimera.selection import removeCurrent
removeCurrent(self.bond)
def deselect(self):
selection.removeCurrent(self.bond)
def deselect(self):
selection.removeCurrent(self.atom)
