ordered

func Abs ¶

func Abs[T Real](n T) T

Abs returns the absolute value of a non-complex numeric type

func Add ¶

func Add[R Real, T Real](x, y T) R

Sub returns the sum of two real types, whilst casting to a (larger) type.

func IsInteger ¶

func IsInteger[T Real](n T) bool

IsInteger returns true for instances that are signed or unsigned integers

func Max ¶

func Max[T cmp.Ordered](xs ...T) T

Max returns the largest of one or more ordered values. Note the values can be strings as well as numeric types.

func Max2 ¶ added in v0.20.0

func Max2[T cmp.Ordered](x1, x2 T) T

func Min ¶

func Min[T cmp.Ordered](xs ...T) T

Max returns the smallest of one or more ordered values. Note the values can be strings as well as numeric types.

func Min2 ¶ added in v0.20.0

func Min2[T cmp.Ordered](x1, x2 T) T

func Precision ¶

func Precision[T Real](v T) int

Precision returns the number of bits of precision. For integers, this is simply the bit size of the integer (including the sign bit if present). For floating

func Sub ¶

func Sub[R Real, T Real](x, y T) R

Sub returns the difference between two real types, whilst casting to a new type.