Ops

Computes the sum of two values x and y, i.e. x + y.

Computes the distance between x and y, i.e. ‖x − y‖.

Computes the quotient between two values x and y, i.e. x / y.

Computes the quotient between two values x and y, i.e. x / y.

Computes the greatest common divisor of two values x and y.

Computes the least common multiple of two values x and y.

Computes the signed remainder between two values x and y.

Computes the signed remainder between two values x and y.

Computes the product of two values x and y, i.e. x × y.

Computes the additive inverse (negative) of a value x, i.e. -x.

The unique representation of the multiplicative identity (1) in this algebra system. Typically corresponds to values such as 1 or 1.0F.

Computes x raised to the power n, for any strictly positive n.

Computes x raised to the power n, for any non-negative n.

Computes x raised to the power n, for any integer n.

Computes the product of x and all values in xss, i.e. x × xs₁ × xs₂ × ….

Computes the product of all values in xs, i.e. xs₁ × xs₂ × …, or else one if xs is empty.

Computes the product of all values in xs, i.e. xs₁ × xs₂ × …, or else None if xs is empty.

Computes the multiplicative inverse (reciprocal) of a value x, i.e. 1 / x.

Computes x multiplied by n, for any strictly positive n.

Computes x multiplied by n, for any non-negative n.

Computes x multiplied by n, for any integer n.

Computes the difference between two values x and y, i.e. x - y.

Computes the difference between two values x and y, i.e. x - y.

Computes the sum of x and all values in xs, i.e. x + xs₁ + xs₂ + ….

Computes the sum of all values in xs, i.e. xs₁ + xs₂ + …, or else zero if xs is empty.

Computes the sum of all values in xs, i.e. xs₁ + xs₂ + …, or else None if xs is empty.

The unique representation of the additive identity (0) in this algebra system. Typically corresponds to values such as 0, 0.0F, or Seq.empty.