module Math

Extended Modules

Defined in:

math/math.cr

Constant Summary

E = LibM.exp_f64(1.0)
LOG10 = LibM.log_f64(10.0)
LOG2 = LibM.log_f64(2.0)
PI = 3.14159265358979323846

Instance Method Summary

Instance Method Detail

def acos(value) #

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def acos(value : Float64) #

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def acos(value : Float32) #

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def acosh(value) #

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def acosh(value : Float64) #

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def acosh(value : Float32) #

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def asin(value) #

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def asin(value : Float64) #

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def asin(value : Float32) #

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def asinh(value) #

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def asinh(value : Float64) #

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def asinh(value : Float32) #

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def atan(value) #

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def atan(value : Float64) #

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def atan(value : Float32) #

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def atan2(value1, value2) #

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def atan2(value1 : Float64, value2 : Float64) #

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def atan2(value1 : Float32, value2 : Float32) #

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def atanh(value : Float32) #

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def atanh(value : Float64) #

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def atanh(value) #

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def besselj(value1 : Int32, value2 : Float32) #

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def besselj(value1, value2) #

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def besselj(value1 : Int32, value2 : Float64) #

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def besselj0(value) #

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def besselj0(value : Float64) #

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def besselj0(value : Float32) #

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def besselj1(value) #

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def besselj1(value : Float64) #

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def besselj1(value : Float32) #

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def bessely(value1 : Int32, value2 : Float32) #

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def bessely(value1, value2) #

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def bessely(value1 : Int32, value2 : Float64) #

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def bessely0(value) #

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def bessely0(value : Float32) #

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def bessely0(value : Float64) #

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def bessely1(value : Float64) #

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def bessely1(value : Float32) #

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def bessely1(value) #

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def cbrt(value : Float64) #

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def cbrt(value) #

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def cbrt(value : Float32) #

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def copysign(value1 : Float32, value2 : Float32) #

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def copysign(value1 : Float64, value2 : Float64) #

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def copysign(value1, value2) #

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def cos(value : Float32) #

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def cos(value : Float64) #

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def cos(value) #

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def cosh(value : Float32) #

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def cosh(value : Float64) #

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def cosh(value) #

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def erf(value : Float32) #

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def erf(value : Float64) #

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def erf(value) #

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def erfc(value) #

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def erfc(value : Float64) #

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def erfc(value : Float32) #

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def exp(value : Float32) #

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def exp(value : Float64) #

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def exp(value) #

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def exp2(value) #

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def exp2(value : Float64) #

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def exp2(value : Float32) #

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def expm1(value : Float32) #

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def expm1(value : Float64) #

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def expm1(value) #

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def gamma(value : Float64) #

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def gamma(value) #

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def gamma(value : Float32) #

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def hypot(value1 : Float64, value2 : Float64) #

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def hypot(value1, value2) #

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def hypot(value1 : Float32, value2 : Float32) #

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def ilogb(value) #

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def ilogb(value : Float64) #

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def ilogb(value : Float32) #

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def ldexp(value1, value2) #

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def ldexp(value1 : Float64, value2 : Int32) #

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def ldexp(value1 : Float32, value2 : Int32) #

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def lgamma(value : Float32) #

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def lgamma(value : Float64) #

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def lgamma(value) #

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def log(value : Float64) #

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def log(value) #

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def log(numeric, base) #

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def log(value : Float32) #

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def log10(value : Float64) #

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def log10(value : Float32) #

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def log10(value) #

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def log1p(value) #

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def log1p(value : Float64) #

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def log1p(value : Float32) #

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def log2(value) #

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def log2(value : Float64) #

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def log2(value : Float32) #

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def logb(value : Float32) #

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def logb(value : Float64) #

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def logb(value) #

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def max(value1, value2) #

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def min(value1, value2) #

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def pw2ceil(v) #

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def scalbln(value1, value2) #

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def scalbln(value1 : Float32, value2 : Int64) #

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def scalbln(value1 : Float64, value2 : Int64) #

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def scalbn(value1, value2) #

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def scalbn(value1 : Float64, value2 : Int32) #

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def scalbn(value1 : Float32, value2 : Int32) #

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def sin(value) #

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def sin(value : Float64) #

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def sin(value : Float32) #

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def sinh(value) #

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def sinh(value : Float64) #

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def sinh(value : Float32) #

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def sqrt(value) #

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def sqrt(value : Float64) #

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def sqrt(value : Float32) #

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def tan(value) #

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def tan(value : Float64) #

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def tan(value : Float32) #

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def tanh(value) #

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def tanh(value : Float64) #

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def tanh(value : Float32) #

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