Expand description
Traits that enable building stable and private algorithms.
Modules
Traits
Fallible absolute value that returns an error if overflowing.
Fallible addition that returns an error if overflowing.
Fallible division that returns an error if overflowing.
Fallible multiplication that returns an error if overflowing.
Fallibly raise to the power.
Fallible subtraction that returns an error if overflowing.
Checks if a value is null.
Returns the length of self, where self is a collection.
A type that can be used as a stability or privacy constant to scale a distance.
Consts representing the maximum and minimum finite consecutive values.
Fallible casting where the casted value is exactly equal to the original value.
Consts representing the maximum and minimum finite representable values.
Floating-point types.
Bitwise consts and decompositions for float types.
Fallible addition with specified rounding.
Fallible casting where the casted value rounds towards infinity.
Fallible division with specified rounding.
Fallible exponentiation with specified rounding.
Fallibly exponentiate and subtract one with specified rounding.
Fallible natural logarithm with specified rounding.
Fallible logarithm of the argument plus one with specified rounding.
Fallible base-2 logarithm with specified rounding.
Fallible multiplication with specified rounding.
Fallibly raise self to the power with specified rounding.
Fallible square root with specified rounding.
Fallible subtraction with specified rounding.
Defines an example null value inherent to
Self.A shorthand to indicate the set of types that implement the most common traits, like Clone and Debug.
Fallible casting where the casted value is rounded to nearest.
Addition that saturates at the numeric bounds instead of overflowing.
Multiplication that saturates at the numeric bounds instead of overflowing.
TotalOrd is well-defined on types that are Ord on their non-null values.