def getPosition(self):
    """See comments in base class."""
    if self.stepSize is None:
      return self._position

    # Find nearest step
    numSteps = (self._position - self.min)  / self.stepSize
    numSteps = int(round(numSteps))
    position = self.min + (numSteps * self.stepSize)
    position = max(self.min, position)
    position = min(self.max, position)
    return position
def getPosition(self):
    """See comments in base class."""
    if self.stepSize is None:
      return self._position

    # Find nearest step
    numSteps = (self._position - self.min)  / self.stepSize
    numSteps = int(round(numSteps))
    position = self.min + (numSteps * self.stepSize)
    position = max(self.min, position)
    position = min(self.max, position)
    return position
def getPosition ( self ) : if self . stepSize is None : return self . _position # Find nearest step numSteps = ( self . _position - self . min ) / self . stepSize numSteps = int ( round ( numSteps ) ) position = self . min + ( numSteps * self . stepSize ) position = max ( self . min , position ) position = min ( self . max , position ) return position
See comments in base class.
See comments in base class .