pub fn is_below(&self, value: &LimitValue<T>) -> bool {
    if !self.has_upper_limit() {
      false
    } else {
      *self.as_upper_limit() < *value
        || *self.as_upper_limit() == *value && !self.includes_upper_limit()
    }
  }
/// Verify that the specified value `value` does not exceed the upper limit of this interval.
///
/// - params
///     - value: an interval value
/// - return: `true` if not exceeded, `false` otherwise
Verify that the specified value `value` does not exceed the upper limit of this interval.
params
value: an interval value
return: `true` if not exceeded, `false` otherwise
Verify that the specified value ` value ` does not exceed the upper limit of this interval . params value : an interval value return : ` true ` if not exceeded ` false ` otherwise
pub fn is_below(&self, value: &LimitValue<T>) -> bool {
    if !self.has_upper_limit() {
      false
    } else {
      *self.as_upper_limit() < *value
        || *self.as_upper_limit() == *value && !self.includes_upper_limit()
    }
  }
pub fn is_below ( & self , value : & LimitValue < T > ) -> bool { if ! self . has_upper_limit ( ) { false } else { * self . as_upper_limit ( ) < * value || * self . as_upper_limit ( ) == * value && ! self . includes_upper_limit ( ) } }
Verify that the specified value `value` does not exceed the upper limit of this interval.
Verify that the specified value ` value ` does not exceed the upper limit of this interval .
&self
value
&LimitValue<T>