pub fn contains_region(&self, other: &Region) -> Result<bool, ShapelikeError> {
        check_dimensions_match(self, other)?;

        Ok(!self
            .coordinates_iter()
            .zip(other.coordinates_iter())
            .any(|((s_low, s_high), (o_low, o_high))| s_low > o_low || s_high < o_high))
    }
/// Determines whether this region contains another region `other`.
Determines whether this region contains another region `other`.
Determines whether this region contains another region ` other ` .
pub fn contains_region(&self, other: &Region) -> Result<bool, ShapelikeError> {
        check_dimensions_match(self, other)?;
        Ok(!self
            .coordinates_iter()
            .zip(other.coordinates_iter())
            .any(|((s_low, s_high), (o_low, o_high))| s_low > o_low || s_high < o_high))
    }
pub fn contains_region ( & self , other : & Region ) -> Result < bool , ShapelikeError > { check_dimensions_match ( self , other ) ? ; Ok ( ! self . coordinates_iter ( ) . zip ( other . coordinates_iter ( ) ) . any ( | ( ( s_low , s_high ) , ( o_low , o_high ) ) | s_low > o_low || s_high < o_high ) ) }
Determines whether this region contains another region `other`.
Determines whether this region contains another region ` other ` .
&self
other
&Region
&self
other
&Region