Mathematical functions and constants.
System.math.range: Object representing a range of numbers.E: ELN10: LN10LN2: LN2LOG10E: LOG10ELOG2E: LOG2EONE_PI: ONE_PIPI: PIPI_2: PI_2PI_4: PI_4SQRT1_2: SQRT1_2SQRT2: SQRT2TWO_PI: TWO_PITWO_SQRTPI: TWO_SQRTPIacos(x, ): Returns the arccosine of x.acosh(x, ): Returns the inverse hyperbolic cosine of x.asin(x, ): Returns the arcsine of x.asinh(x, ): Returns the inverse hyperbolic sine of x.atan(x, ): Returns the arctangent of x.atan2(x, y, ): Returns the arctangent of y/x.atanh(x, ): Returns the inverse hyperbolic tangent of x.cbrt(x, ): Returns the cubic root of x.ceil(x, ): Returns the smallest integer not less than x.cos(x, ): Returns the cosine of x.cosh(x, ): Returns the hyperbolic cosine of x.erf(x, ): Returns the error function of x.erfc(x, ): Returns the complimentary error function of x.exp(x, ): Returns the value of e raised to x.fabs(x, ): Returns the absolute value of x.floor(x, ): Returns the largest integer not greater than x.fmod(x, y, ): Returns the floating-point remainder of x/y.hypot(x, y, ): Returns sqrt(x*x + y*y).ilogb(x, ): Returns the exponent of x (as integer).isnan(x, ): Returns whether the given number is NaN.j0(x, ): Returns the Bessel function of the first kind (order 0) of x.j1(x, ): Returns the Bessel function of the first kind (order 1) of x.lgamma(x, ): Returns the log_e of gamma(|x|).log(x, ): Returns the natural logarithm of x.log10(x, ): Returns the logarithm base 10 of x.logb(x, ): Returns the exponent of x (as floating-point).nextafter(x, y, ): Returns the next representable number from x in direction y.pow(x, y, ): Returns x raised to the power of y.random(): Returns a random numberremainder(x, y, ): Returns the remainder of x/y.rint(x, ): Returns x rounded to an integer.scalb(x, y, ): Returns the value of x*r^y.sin(x, ): Returns the sine of x.sinh(x, ): Returns the hyperbolic sine of x.sqrt(x, ): Returns the square root of x.srandom(x, ): Sets random number generator's seed.tan(x, ): Returns the tangent of x.tanh(x, ): Returns the hyperbolic tangent of x.y0(x, ): Returns the Bessel function of the second kind (order 0) of x.y1(x, ): Returns the Bessel function of the second kind (order 1) of x.