def atomAtPosition(self,position):
"""Returns the atom at the position if one exists, None otherwise"""
if self.positionIsInCell(position):
positionList = []
for atom in self.Atoms:
positionList.append(atom.getPosition())
closest = self.Atoms[SymmetryUtilities.nearestSiteIndex(positionList,position)]
if SymmetryUtilities.equalPositions(closest.getPosition(), position):
return closest
return None
def atomAtPosition(self, position):
"""Returns the atom at the position if one exists, None otherwise"""
if self.positionIsInCell(position):
positionList = []
tmpAtoms = []
for num, atom in self.atoms.items():
tmpAtoms.append(atom)
positionList.append(atom.getPosition())
closest = tmpAtoms[SymmetryUtilities.nearestSiteIndex(
positionList, position)]
if SymmetryUtilities.equalPositions(closest.getPosition(),
position):
return closest
return None
