@std/trig
This standard library provides the constants e, pi, and tau, all of the trigonometric functions, the hyperbolic functions, the common and natural logarithms, and the exp function.
All of the trigonometric functions are exported with float32 and float64 support as well as Result-wrapped variants. Most are infallible but some are not. The trigonometric functions are defined with both a short 3-5 character name common in textbooks and a fully-spelled out name. Eg, sin is the same as sine and ahcc is the same as archacovercosine. The meanings and uses of the trigonometric functions will not be covered in here as the Wikipedia links in the first paragraph provide a far better and in-depth explanation, including some great visual diagrams that can elucidate things quickly for those already familiar with the classic sin, cos, and tan. Instead, below will be a listing of the signatures of everything exported by the library.
e: float64
pi: float64
tau: float64
fn exp(float64): float64
fn exp(Result<float64>): Result<float64>
fn exp(float32): float32
fn exp(Result<float32>): Result<float32>
fn ln(float64): float64
fn ln(float32): float32
fn ln(Result<float64>): Result<float64>
fn ln(Result<float32>): Result<float32>
fn log(float64): float64
fn log(float32): float32
fn log(Result<float64>): Result<float64>
fn log(Result<float32>): Result<float32>
fn sin(float64): float64
fn sin(float32): float32
fn sin(Result<float64>): Result<float64>
fn sin(Result<float32>): Result<float32>
fn sine(float64): float64
fn sine(float32): float32
fn sine(Result<float64>): Result<float64>
fn sine(Result<float32>): Result<float32>
fn cos(float64): float64
fn cos(float32): float32
fn cos(Result<float64>): Result<float64>
fn cos(Result<float32>): Result<float32>
fn cosine(float64): float64
fn cosine(float32): float32
fn cosine(Result<float64>): Result<float64>
fn cosine(Result<float32>): Result<float32>
fn tan(float64): float64
fn tan(float32): float32
fn tan(Result<float64>): Result<float64>
fn tan(Result<float32>): Result<float32>
fn tangent(float64): float64
fn tangent(float32): float32
fn tangent(Result<float64>): Result<float64>
fn tangent(Result<float32>): Result<float32>
fn sec(float64): Result<float64>
fn sec(float32): Result<float32>
fn sec(Result<float64>): Result<float64>
fn sec(Result<float32>): Result<float32>
fn secant(float64): Result<float64>
fn secant(float32): Result<float32>
fn secant(Result<float64>): Result<float64>
fn secant(Result<float32>): Result<float32>
fn csc(float64): Result<float64>
fn csc(float32): Result<float32>
fn csc(Result<float64>): Result<float64>
fn csc(Result<float32>): Result<float32>
fn cosecant(float64): Result<float64>
fn cosecant(float32): Result<float32>
fn cosecant(Result<float64>): Result<float64>
fn cosecant(Result<float32>): Result<float32>
fn cot(float64): Result<float64>
fn cot(float32): Result<float32>
fn cot(Result<float64>): Result<float64>
fn cot(Result<float32>): Result<float32>
fn cotangent(float64): Result<float64>
fn cotangent(float32): Result<float32>
fn cotangent(Result<float64>): Result<float64>
fn cotangent(Result<float32>): Result<float32>
fn asin(float64): float64
fn asin(float32): float32
fn asin(Result<float64>): Result<float64>
fn asin(Result<float32>): Result<float32>
fn arcsine(float64): float64
fn arcsine(float32): float32
fn arcsine(Result<float64>): Result<float64>
fn arcsine(Result<float32>): Result<float32>
fn acos(float64): float64
fn acos(float32): float32
fn acos(Result<float64>): Result<float64>
fn acos(Result<float32>): Result<float32>
fn arccosine(float64): Result<float64>
fn arccosine(float32): Result<float32>
fn arccosine(Result<float64>): Result<float64>
fn arccosine(Result<float32>): Result<float32>
fn atan(float64): float64
fn atan(float32): float32
fn atan(Result<float64>): Result<float64>
fn atan(Result<float32>): Result<float32>
fn arctangent(float64): float64
fn arctangent(float32): float32
fn arctangent(Result<float64>): Result<float64>
fn arctangent(Result<float32>): Result<float32>
fn asec(float64): Result<float64>
fn asec(float32): Result<float32>
fn asec(Result<float64>): Result<float64>
fn asec(Result<float32>): Result<float32>
fn arcsecant(float64): float64
fn arcsecant(float32): float32
fn arcsecant(Result<float64>): Result<float64>
fn arcsecant(Result<float32>): Result<float32>
fn acsc(float64): Result<float64>
fn acsc(float32): Result<float32>
fn acsc(Result<float64>): Result<float64>
fn acsc(Result<float32>): Result<float32>
fn arccosecant(float64): Result<float64>
fn arccosecant(float32): Result<float32>
fn arccosecant(Result<float64>): Result<float64>
fn arccosecant(Result<float32>): Result<float32>
fn acot(float64): Result<float64>
fn acot(float32): Result<float32>
fn acot(Result<float64>): Result<float64>
fn acot(Result<float32>): Result<float32>
fn arccotangent(float64): Result<float64>
fn arccotangent(float32): Result<float32>
fn arccotangent(Result<float64>): Result<float64>
fn arccotangent(Result<float32>): Result<float32>
fn ver(float64): Result<float64>
fn ver(float32): Result<float32>
fn ver(Result<float64>): Result<float64>
fn ver(Result<float32>): Result<float32>
fn versine(float64): Result<float64>
fn versine(float32): Result<float32>
fn versine(Result<float64>): Result<float64>
fn versine(Result<float32>): Result<float32>
fn vcs(float64): Result<float64>
fn vcs(float32): Result<float32>
fn vcs(Result<float64>): Result<float64>
fn vcs(Result<float32>): Result<float32>
fn vercosine(float64): Result<float64>
fn vercosine(float32): Result<float32>
fn vercosine(Result<float64>): Result<float64>
fn vercosine(Result<float32>): Result<float32>
fn cvs(float64): Result<float64>
fn cvs(float32): Result<float32>
fn cvs(Result<float64>): Result<float64>
fn cvs(Result<float32>): Result<float32>
fn coversine(float64): Result<float64>
fn coversine(float32): Result<float32>
fn coversine(Result<float64>): Result<float64>
fn coversine(Result<float32>): Result<float32>
fn cvc(float64): Result<float64>
fn cvc(float32): Result<float32>
fn cvc(Result<float64>): Result<float64>
fn cvc(Result<float32>): Result<float32>
fn covercosine(float64): Result<float64>
fn covercosine(float32): Result<float32>
fn covercosine(Result<float64>): Result<float64>
fn covercosine(Result<float32>): Result<float32>
fn hav(float64): Result<float64>
fn hav(float32): Result<float32>
fn hav(Result<float64>): Result<float64>
fn hav(Result<float32>): Result<float32>
fn haversine(float64): Result<float64>
fn haversine(float32): Result<float32>
fn haversine(Result<float64>): Result<float64>
fn haversine(Result<float32>): Result<float32>
fn hvc(float64): Result<float64>
fn hvc(float32): Result<float32>
fn hvc(Result<float64>): Result<float64>
fn hvc(Result<float32>): Result<float32>
fn havercosine(float64): Result<float64>
fn havercosine(float32): Result<float32>
fn havercosine(Result<float64>): Result<float64>
fn havercosine(Result<float32>): Result<float32>
fn hcv(float64): Result<float64>
fn hcv(float32): Result<float32>
fn hcv(Result<float64>): Result<float64>
fn hcv(Result<float32>): Result<float32>
fn hacoversine(float64): Result<float64>
fn hacoversine(float32): Result<float32>
fn hacoversine(Result<float64>): Result<float64>
fn hacoversine(Result<float32>): Result<float32>
fn hcc(float64): Result<float64>
fn hcc(float32): Result<float32>
fn hcc(Result<float64>): Result<float64>
fn hcc(Result<float32>): Result<float32>
fn hacovercosine(float64): Result<float64>
fn hacovercosine(float32): Result<float32>
fn hacovercosine(Result<float64>): Result<float64>
fn hacovercosine(Result<float32>): Result<float32>
fn exs(float64): Result<float64>
fn exs(float32): Result<float32>
fn exs(Result<float64>): Result<float64>
fn exs(Result<float32>): Result<float32>
fn exsecant(float64): Result<float64>
fn exsecant(float32): Result<float32>
fn exsecant(Result<float64>): Result<float64>
fn exsecant(Result<float32>): Result<float32>
fn exc(float64): Result<float64>
fn exc(float32): Result<float32>
fn exc(Result<float64>): Result<float64>
fn exc(Result<float32>): Result<float32>
fn excosecant(float64): Result<float64>
fn excosecant(float32): Result<float32>
fn excosecant(Result<float64>): Result<float64>
fn excosecant(Result<float32>): Result<float32>
fn crd(float64): Result<float64>
fn crd(float32): Result<float32>
fn crd(Result<float64>): Result<float64>
fn crd(Result<float32>): Result<float32>
fn chord(float64): Result<float64>
fn chord(float32): Result<float32>
fn chord(Result<float64>): Result<float64>
fn chord(Result<float32>): Result<float32>
fn aver(float64): Result<float64>
fn aver(float32): Result<float32>
fn aver(Result<float64>): Result<float64>
fn aver(Result<float32>): Result<float32>
fn arcversine(float64): Result<float64>
fn arcversine(float32): Result<float32>
fn arcversine(Result<float64>): Result<float64>
fn arcversine(Result<float32>): Result<float32>
fn avcs(float64): Result<float64>
fn avcs(float32): Result<float32>
fn avcs(Result<float64>): Result<float64>
fn avcs(Result<float32>): Result<float32>
fn arcvercosine(float64): Result<float64>
fn arcvercosine(float32): Result<float32>
fn arcvercosine(Result<float64>): Result<float64>
fn arcvercosine(Result<float32>): Result<float32>
fn acvs(float64): Result<float64>
fn acvs(float32): Result<float32>
fn acvs(Result<float64>): Result<float64>
fn acvs(Result<float32>): Result<float32>
fn arccoversine(float64): Result<float64>
fn arccoversine(float32): Result<float32>
fn arccoversine(Result<float64>): Result<float64>
fn arccoversine(Result<float32>): Result<float32>
fn acvc(float64): Result<float64>
fn acvc(float32): Result<float32>
fn acvc(Result<float64>): Result<float64>
fn acvc(Result<float32>): Result<float32>
fn arccovercosine(float64): Result<float64>
fn arccovercosine(float32): Result<float32>
fn arccovercosine(Result<float64>): Result<float64>
fn arccovercosine(Result<float32>): Result<float32>
fn ahav(float64): Result<float64>
fn ahav(float32): Result<float32>
fn ahav(Result<float64>): Result<float64>
fn ahav(Result<float32>): Result<float32>
fn archaversine(float64): Result<float64>
fn archaversine(float32): Result<float32>
fn archaversine(Result<float64>): Result<float64>
fn archaversine(Result<float32>): Result<float32>
fn ahvc(float64): Result<float64>
fn ahvc(float32): Result<float32>
fn ahvc(Result<float64>): Result<float64>
fn ahvc(Result<float32>): Result<float32>
fn archavercosine(float64): Result<float64>
fn archavercosine(float32): Result<float32>
fn archavercosine(Result<float64>): Result<float64>
fn archavercosine(Result<float32>): Result<float32>
fn ahcv(float64): Result<float64>
fn ahcv(float32): Result<float32>
fn ahcv(Result<float64>): Result<float64>
fn ahcv(Result<float32>): Result<float32>
fn archacoversine(float64): Result<float64>
fn archacoversine(float32): Result<float32>
fn archacoversine(Result<float64>): Result<float64>
fn archacoversine(Result<float32>): Result<float32>
fn ahcc(float64): Result<float64>
fn ahcc(float32): Result<float32>
fn ahcc(Result<float64>): Result<float64>
fn ahcc(Result<float32>): Result<float32>
fn archacovercosine(float64): Result<float64>
fn archacovercosine(float32): Result<float32>
fn archacovercosine(Result<float64>): Result<float64>
fn archacovercosine(Result<float32>): Result<float32>
fn aexs(float64): Result<float64>
fn aexs(float32): Result<float32>
fn aexs(Result<float64>): Result<float64>
fn aexs(Result<float32>): Result<float32>
fn arcexsecant(float64): Result<float64>
fn arcexsecant(float32): Result<float32>
fn arcexsecant(Result<float64>): Result<float64>
fn arcexsecant(Result<float32>): Result<float32>
fn aexc(float64): Result<float64>
fn aexc(float32): Result<float32>
fn aexc(Result<float64>): Result<float64>
fn aexc(Result<float32>): Result<float32>
fn arcexcosecant(float64): Result<float64>
fn arcexcosecant(float32): Result<float32>
fn arcexcosecant(Result<float64>): Result<float64>
fn arcexcosecant(Result<float32>): Result<float32>
fn acrd(float64): Result<float64>
fn acrd(float32): Result<float32>
fn acrd(Result<float64>): Result<float64>
fn acrd(Result<float32>): Result<float32>
fn arcchord(float64): Result<float64>
fn arcchord(float32): Result<float32>
fn arcchord(Result<float64>): Result<float64>
fn arcchord(Result<float32>): Result<float32>
fn sinh(float64): float64
fn sinh(float32): float32
fn sinh(Result<float64>): Result<float64>
fn sinh(Result<float32>): Result<float32>
fn hyperbolicSine(float64): float64
fn hyperbolicSine(float32): float32
fn hyperbolicSine(Result<float64>): Result<float64>
fn hyperbolicSine(Result<float32>): Result<float32>
fn cosh(float64): float64
fn cosh(float32): float32
fn cosh(Result<float64>): Result<float64>
fn cosh(Result<float32>): Result<float32>
fn hyperbolicCosine(float64): float64
fn hyperbolicCosine(float32): float32
fn hyperbolicCosine(Result<float64>): Result<float64>
fn hyperbolicCosine(Result<float32>): Result<float32>
fn tanh(float64): float64
fn tanh(float32): float32
fn tanh(Result<float64>): Result<float64>
fn tanh(Result<float32>): Result<float32>
fn hyperbolicTangent(float64): float64
fn hyperbolicTangent(float32): float32
fn hyperbolicTangent(Result<float64>): Result<float64>
fn hyperbolicTangent(Result<float32>): Result<float32>
fn sech(float64): Result<float64>
fn sech(float32): Result<float32>
fn sech(Result<float64>): Result<float64>
fn sech(Result<float32>): Result<float32>
fn hyperbolicSecant(float64): Result<float64>
fn hyperbolicSecant(float32): Result<float32>
fn hyperbolicSecant(Result<float64>): Result<float64>
fn hyperbolicSecant(Result<float32>): Result<float32>
fn csch(float64): Result<float64>
fn csch(float32): Result<float32>
fn csch(Result<float64>): Result<float64>
fn csch(Result<float32>): Result<float32>
fn hyperbolicCosecant(float64): Result<float64>
fn hyperbolicCosecant(float32): Result<float32>
fn hyperbolicCosecant(Result<float64>): Result<float64>
fn hyperbolicCosecant(Result<float32>): Result<float32>
fn coth(float64): Result<float64>
fn coth(float32): Result<float32>
fn coth(Result<float64>): Result<float64>
fn coth(Result<float32>): Result<float32>
fn hyperbolicCotangent(float64): Result<float64>
fn hyperbolicCotangent(float32): Result<float32>
fn hyperbolicCotangent(Result<float64>): Result<float64>
fn hyperbolicCotangent(Result<float32>): Result<float32>
fn asinh(float64): Result<float64>
fn asinh(float32): Result<float32>
fn asinh(Result<float64>): Result<float64>
fn asinh(Result<float32>): Result<float32>
fn hyperbolicArcsine(float64): Result<float64>
fn hyperbolicArcsine(float32): Result<float32>
fn hyperbolicArcsine(Result<float64>): Result<float64>
fn hyperbolicArcsine(Result<float32>): Result<float32>
fn acosh(float64): Result<float64>
fn acosh(float32): Result<float32>
fn acosh(Result<float64>): Result<float64>
fn acosh(Result<float32>): Result<float32>
fn hyperbolicArccosine(float64): Result<float64>
fn hyperbolicArccosine(float32): Result<float32>
fn hyperbolicArccosine(Result<float64>): Result<float64>
fn hyperbolicArccosine(Result<float32>): Result<float32>
fn atanh(float64): Result<float64>
fn atanh(float32): Result<float32>
fn atanh(Result<float64>): Result<float64>
fn atanh(Result<float32>): Result<float32>
fn hyperbolicArctangent(float64): Result<float64>
fn hyperbolicArctangent(float32): Result<float32>
fn hyperbolicArctangent(Result<float64>): Result<float64>
fn hyperbolicArctangent(Result<float32>): Result<float32>
fn asech(float64): Result<float64>
fn asech(float32): Result<float32>
fn asech(Result<float64>): Result<float64>
fn asech(Result<float32>): Result<float32>
fn hyperbolicArcsecant(float64): Result<float64>
fn hyperbolicArcsecant(float32): Result<float32>
fn hyperbolicArcsecant(Result<float64>): Result<float64>
fn hyperbolicArcsecant(Result<float32>): Result<float32>
fn acsch(float64): Result<float64>
fn acsch(float32): Result<float32>
fn acsch(Result<float64>): Result<float64>
fn acsch(Result<float32>): Result<float32>
fn hyperbolicArccosecant(float64): Result<float64>
fn hyperbolicArccosecant(float32): Result<float32>
fn hyperbolicArccosecant(Result<float64>): Result<float64>
fn hyperbolicArccosecant(Result<float32>): Result<float32>
fn acoth(float64): Result<float64>
fn acoth(float32): Result<float32>
fn acoth(Result<float64>): Result<float64>
fn acoth(Result<float32>): Result<float32>
fn hyperbolicArccotangent(float64): Result<float64>
fn hyperbolicArccotangent(float32): Result<float32>
fn hyperbolicArccotangent(Result<float64>): Result<float64>
fn hyperbolicArccotangent(Result<float32>): Result<float32>