lale/schema_ranges.py
def remove_point(self, other: Union[int, float]) -> Optional[bool]:
        """Returns None if the resulting region is impossible.
        Returns True if the other constraint was completely subtracted from
        self.  If it could not be, then it returns False (and the caller should probably
        keep the other constraint as a negated constraint)
        """
        return self.diff(SchemaRange.point(other))
Returns None if the resulting region is impossible.
        Returns True if the other constraint was completely subtracted from
        self.  If it could not be, then it returns False (and the caller should probably
        keep the other constraint as a negated constraint)
        
Returns None if the resulting region is impossible.
Returns True if the other constraint was completely subtracted from
self.  If it could not be, then it returns False (and the caller should probably
keep the other constraint as a negated constraint)
Returns None if the resulting region is impossible . Returns True if the other constraint was completely subtracted from self . If it could not be then it returns False ( and the caller should probably keep the other constraint as a negated constraint )
def remove_point(self, other: Union[int, float]) -> Optional[bool]:
        return self.diff(SchemaRange.point(other))
def remove_point ( self , other : Union [ int , float ] ) -> Optional [ bool ] : return self . diff ( SchemaRange . point ( other ) )
Returns None if the resulting region is impossible.
Returns None if the resulting region is impossible .
"""Returns None if the resulting region is impossible.
        Returns True if the other constraint was completely subtracted from
        self.  If it could not be, then it returns False (and the caller should probably
        keep the other constraint as a negated constraint)
        """
self
other
Union[int, float]