def effective_value(self):
        """
        Read/write |float| representing normalized adjustment value for this
        adjustment. Actual values are a large-ish integer expressed in shape
        coordinates, nominally between 0 and 100,000. The effective value is
        normalized to a corresponding value nominally between 0.0 and 1.0.
        Intuitively this represents the proportion of the width or height of
        the shape at which the adjustment value is located from its starting
        point. For simple shapes such as a rounded rectangle, this intuitive
        correspondence holds. For more complicated shapes and at more extreme
        shape proportions (e.g. width is much greater than height), the value
        can become negative or greater than 1.0.
        """
        raw_value = self.actual
        if raw_value is None:
            raw_value = self.def_val
        return self._normalize(raw_value)
def effective_value ( self ) : raw_value = self . actual if raw_value is None : raw_value = self . def_val return self . _normalize ( raw_value )
Read/write |float| representing normalized adjustment value for this
        adjustment. Actual values are a large-ish integer expressed in shape
        coordinates, nominally between 0 and 100,000. The effective value is
        normalized to a corresponding value nominally between 0.0 and 1.0.
        Intuitively this represents the proportion of the width or height of
        the shape at which the adjustment value is located from its starting
        point. For simple shapes such as a rounded rectangle, this intuitive
        correspondence holds. For more complicated shapes and at more extreme
        shape proportions (e.g. width is much greater than height), the value
        can become negative or greater than 1.0.