gmath

package module

v1.0.0 Latest Latest Go to latest Published: Jun 13, 2022 License: MIT Imports: 2 Imported by: 0

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Repository

github.com/dusk125/gmath

Links

Open Source Insights

README ¶

gmath

A Generic wrapper around the Golang math library to minimize the amount of casting you have to do.

No consideration is taken about the incoming types and if they'll be truncated; this is a fairly dumb wrapper.

Documentation ¶

Index ¶

func Abs[T Number](x T) T
func Acos[T Number](x T) T
func Acosh[T Number](x T) T
func Asin[T Number](x T) T
func Asinh[T Number](x T) T
func Atan[T Number](x T) T
func Atan2[T Number](y, x T) T
func Atanh[T Number](x T) T
func Cbrt[T Number](x T) T
func Ceil[T Number](x T) T
func Copysign[T Number](x, y T) T
func Cos[T Number](x T) T
func Cosh[T Number](x T) T
func Dim[T Number](x, y T) T
func Erf[T Number](x T) T
func Erfc[T Number](x T) T
func Erfcinv[T Number](x T) T
func Erfinv[T Number](x T) T
func Exp[T Number](x T) T
func Exp2[T Number](x T) T
func Expm1[T Number](x T) T
func FMA[T Number](x, y, z T) T
func Floor[T Number](x T) T
func Frexp[T constraints.Float](f T) (frac T, exp int)
func Gamma[T Number](x T) T
func Hypot[T Number](p, q T) T
func Ilogb[T constraints.Float](x T) int
func Inf[T constraints.Float](sign int) T
func IsInf[T constraints.Float](f T, sign int) bool
func IsNaN[T constraints.Float](f T) (is bool)
func J0[T Number](x T) T
func J1[T Number](x T) T
func Jn[T Number](n int, x T) T
func Ldexp[T Number](frac T, exp int) T
func Lgamma[T Number](x T) (lgamma T, sign int)
func Log[T Number](x T) T
func Log10[T Number](x T) T
func Log1p[T Number](x T) T
func Log2[T Number](x T) T
func Logb[T Number](x T) T
func Max[T Number](x, y T) T
func Min[T Number](x, y T) T
func Mod[T Number](x, y T) T
func Modf[I constraints.Integer, T constraints.Float](f T) (int I, frac T)
func Pow[T Number](x, y T) T
func Pow10[T Number](n int) T
func Remainder[T Number](x, y T) T
func Round[T constraints.Float, I constraints.Integer](x T) I
func RoundToEven[T constraints.Float, I constraints.Integer](x T) I
func Signbit[T Number](x T) bool
func Sin[T Number](x T) T
func Sincos[T Number](x T) (sin, cos T)
func Sinh[T Number](x T) T
func Sqrt[T Number](x T) T
func Tan[T Number](x T) T
func Tanh[T Number](x T) T
func Trunc[T constraints.Float, I constraints.Integer](x T) I
func Y0[T Number](x T) T
func Y1[T Number](x T) T
func Yn[T Number](n int, x T) T
type Number

Constants ¶

This section is empty.

Variables ¶

This section is empty.

Functions ¶

func Abs ¶

func Abs[T Number](x T) T

func Acos ¶

func Acos[T Number](x T) T

func Acosh ¶

func Acosh[T Number](x T) T

func Asin ¶

func Asin[T Number](x T) T

func Asinh ¶

func Asinh[T Number](x T) T

func Atan ¶

func Atan[T Number](x T) T

func Atan2 ¶

func Atan2[T Number](y, x T) T

func Atanh ¶

func Atanh[T Number](x T) T

func Cbrt ¶

func Cbrt[T Number](x T) T

func Ceil ¶

func Ceil[T Number](x T) T

func Copysign ¶

func Copysign[T Number](x, y T) T

func Cos ¶

func Cos[T Number](x T) T

func Cosh ¶

func Cosh[T Number](x T) T

func Dim ¶

func Dim[T Number](x, y T) T

func Erf ¶

func Erf[T Number](x T) T

func Erfc ¶

func Erfc[T Number](x T) T

func Erfcinv ¶

func Erfcinv[T Number](x T) T

func Erfinv ¶

func Erfinv[T Number](x T) T

func Exp ¶

func Exp[T Number](x T) T

func Exp2 ¶

func Exp2[T Number](x T) T

func Expm1 ¶

func Expm1[T Number](x T) T

func FMA ¶

func FMA[T Number](x, y, z T) T

func Floor ¶

func Floor[T Number](x T) T

func Frexp ¶

func Frexp[T constraints.Float](f T) (frac T, exp int)

func Gamma ¶

func Gamma[T Number](x T) T

func Hypot ¶

func Hypot[T Number](p, q T) T

func Ilogb ¶

func Ilogb[T constraints.Float](x T) int

func Inf ¶

func Inf[T constraints.Float](sign int) T

func IsInf ¶

func IsInf[T constraints.Float](f T, sign int) bool

func IsNaN ¶

func IsNaN[T constraints.Float](f T) (is bool)

func J0 ¶

func J0[T Number](x T) T

func J1 ¶

func J1[T Number](x T) T

func Jn ¶

func Jn[T Number](n int, x T) T

func Ldexp ¶

func Ldexp[T Number](frac T, exp int) T

func Lgamma ¶

func Lgamma[T Number](x T) (lgamma T, sign int)

func Log ¶

func Log[T Number](x T) T

func Log10 ¶

func Log10[T Number](x T) T

func Log1p ¶

func Log1p[T Number](x T) T

func Log2 ¶

func Log2[T Number](x T) T

func Logb ¶

func Logb[T Number](x T) T

func Max ¶

func Max[T Number](x, y T) T

func Min ¶

func Min[T Number](x, y T) T

func Mod ¶

func Mod[T Number](x, y T) T

func Modf ¶

func Modf[I constraints.Integer, T constraints.Float](f T) (int I, frac T)

func Pow ¶

func Pow[T Number](x, y T) T

func Pow10 ¶

func Pow10[T Number](n int) T

func Remainder ¶

func Remainder[T Number](x, y T) T

func Round ¶

func Round[T constraints.Float, I constraints.Integer](x T) I

func RoundToEven ¶

func RoundToEven[T constraints.Float, I constraints.Integer](x T) I

func Signbit ¶

func Signbit[T Number](x T) bool

func Sin ¶

func Sin[T Number](x T) T

func Sincos ¶

func Sincos[T Number](x T) (sin, cos T)

func Sinh ¶

func Sinh[T Number](x T) T

func Sqrt ¶

func Sqrt[T Number](x T) T

func Tan ¶

func Tan[T Number](x T) T

func Tanh ¶

func Tanh[T Number](x T) T

func Trunc ¶

func Trunc[T constraints.Float, I constraints.Integer](x T) I

func Y0 ¶

func Y0[T Number](x T) T

func Y1 ¶

func Y1[T Number](x T) T

func Yn ¶

func Yn[T Number](n int, x T) T

Types ¶

type Number ¶

type Number interface {
	constraints.Float | constraints.Integer
}

Source Files ¶

View all Source files

math.go

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