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Version: v0.19.0

Math

Module Function

abs(FLOAT)

Returns FLOAT

acos(FLOAT)

Returns FLOAT

Returns the arccosine, in radians, of the argument

🚀 > Math.acos(1.0)
=> 0.0

asin(FLOAT)

Returns FLOAT

Returns the arcsine, in radians, of the argument

🚀 > Math.asin(0.0)
=> 0.0

atan(FLOAT)

Returns FLOAT

Returns the arctangent, in radians, of the argument

🚀 > Math.atan(0.0)
=> 0.0

ceil(FLOAT)

Returns FLOAT

Returns the least integer value greater or equal to the argument

🚀 > Math.ceil(1.49)
=> 2.0

copysign(FLOAT, FLOAT)

Returns FLOAT

Returns a value with the magnitude of first argument and sign of second argument

🚀 > Math.copysign(3.2, -1.0)
=> -3.2

cos(FLOAT)

Returns FLOAT

Returns the cosine of the radion argument

🚀 > Math.cos(Pi/2)
=> 0.0

exp(FLOAT)

Returns FLOAT

Returns e**argument, the base-e exponential of argument

🚀 > Math.exp(1.0)
=> 2.72

floor(FLOAT)

Returns FLOAT

Returns the greatest integer value less than or equal to argument

🚀 > Math.floor(1.51)
=> 1.0

log(FLOAT)

Returns FLOAT

Returns the natural logarithm of argument

🚀 > Math.log(2.7183)
=> 1.0

log10(FLOAT)

Returns FLOAT

Returns the decimal logarithm of argument

🚀 > Math.log(100.0)
=> 2.0

log2(FLOAT)

Returns FLOAT

Returns the binary logarithm of argument

🚀 > Math.log2(256.0)
=> 8.0

max(FLOAT, FLOAT)

Returns FLOAT

Returns the larger of the two numbers

🚀 > Math.max(5.0, 10.0)
=> 10.0

min(FLOAT, FLOAT)

Returns FLOAT

Returns the smaller of the two numbers

🚀 > Math.min(5.0, 10.0)
=> 5.0

pow(FLOAT, FLOAT)

Returns FLOAT

Returns argument1**argument2, the base-argument1 exponential of argument2

🚀 > Math.pow(2.0, 3.0)
=> 8.0

rand()

Returns FLOAT

Returns a pseudo-random number in the half-open interval [0.0, 1.0].

🚀 > Math.rand()
=> 0.6046602879796196

remainder(FLOAT, FLOAT)

Returns FLOAT

Returns the IEEE 754 floating-point remainder of argument1/argument2

🚀 > Math.remainder(100.0, 30.0)
=> 10.0

sin(FLOAT)

Returns FLOAT

Returns the sine of the radion argument

🚀 > Math.sin(Pi)
=> 0.0

sqrt(FLOAT)

Returns FLOAT

Returns the square root of argument

🚀 > Math.sqrt(3.0 * 3.0 + 4.0 * 4.0)
=> 5.0

tan(FLOAT)

Returns FLOAT

Returns the tangent of the radion argument

🚀 > Math.tan(0.0)
=> 0.0

Properties

NameValue
E2.718281828459045
Ln102.302585092994046
Ln20.6931471805599453
Log10E0.4342944819032518
Log2E1.4426950408889634
Phi1.618033988749895
Pi3.141592653589793
Sqrt21.4142135623730951
SqrtE1.6487212707001282
SqrtPhi1.272019649514069
SqrtPi1.772453850905516