Index

`Decimal`	A decimal floating point number. T
`DividedWithRemainder`
`Mode`	A strategy for rounding the result of an operation on two `Decimal`s.
`Rounding`	Holds precision and rounding information for use in decimal arithmetic. A
`Whole`	An arbitrary precision integer.
`acos()`	The arc cosine of the given number.
`asin()`	The arc sine of the given number.
`atan()`	The arc tangent of the given number.
`atan2()`	The angle from converting rectangular coordinates `x` and `y` to polar coordinates.
`cbrt()`	The cube root of the given number. T
`ceiling`	Round towards positive infinity.
`ceiling()`	The smallest value that is greater than or equal to the argument and equal to an integer.
`cos()`	The cosine of the given angle specified in radians.
`cosh()`	The hyperbolic cosine of the given angle specified in radians.
`decimalNumber()`	The given `number` converted to a `Decimal`.
`down`	Round towards zero.
`e`	The `Float` which best approximates the mathematical constant 𝑒, the base of the natural logarithm.
`exp()`	𝑒 raised to the power of the argument.
`expm1()`	A more accurate computation of `exp(x)-1.0` for `x` near zero.
`floor`	Round towards negative infinity.
`floor()`	The largest value that is less than or equal to the argument and equal to an integer.
`formatWhole()`	The string representation of the given `whole` in the base given by `radix`. I
`fromImplementation()`	Converts a platform-specific implementation object to a `Whole` instance.
`halfDown`	Round towards the nearest neighbour, or round down if there are two nearest neighbours.
`halfEven`	Round towards the nearest neighbour, or round towards the even neighbour if there are two nearest neighbours.
`halfEven()`	The closest value to the argument that is equal to a mathematical integer, with even values preferred in the event of a…
`halfUp`	Round towards the nearest neighbour, or round up if there are two nearest neighbours.
`hypot()`	Returns the length of the hypotenuse of a right angle triangle with other sides having lengths `x` and `y`. T
`implicitRounding`	The rounding currently being used implicitly by the `Decimal` operators `+`, `-`, `*`, `/` and `^` (or equivalently, the methods `…`
`implicitlyRounded()`	Performs an arbitrary calculation with the given rounding used implicitly when arithmetic operators are applied to `…`
`largest()`	The larger of the two arguments.
`largest()`	The larger of the two arguments.
`log()`	The natural logarithm (base 𝑒) of the argument.
`log10()`	The base 10 logarithm of the argument.
`log1p()`	A more accurate computation of `log(1.0+x)` for `x` near zero.
`max()`	The largest `Float` in the given stream, or `null` if the stream is empty.
`max()`	The largest `Integer` in the given stream, or `null` if the stream is empty.
`min()`	The smallest `Float` in the given stream, or `null` if the stream is empty.
`min()`	The smallest `Integer` in the given stream, or `null` if the stream is empty.
`one`	A `Decimal` instance representing one.
`one`	A `Whole` instance representing one.
`parseDecimal()`	The `Decimal` represented by the given string, or `null` if the given string does not represent a `Decimal`.
`parseWhole()`	The `Whole` represented by the given string, or `null` if the given string does not represent a `Whole`.
`pi`	The Float which best approximates the mathematical constant π, the ratio of the circumference of a circle to its…
`product()`	The product of the `Float`s in the given stream, or `1.0` if the stream is empty.
`product()`	The product of the `Integer`s in the given stream, or `1` if the stream is empty.
`random()`	A number greater than or equal to positive zero and less than `1.0`, chosen pseudorandomly and (approximately) uniformly…
`round()`	Creates a rounding with the given precision and mode.
`scalb()`	The value of `x × 2ⁿ`, calculated exactly for reasonable values of `n`.
`sin()`	The sine of the given angle specified in radians.
`sinh()`	The hyperbolic sine of the given angle specified in radians.
`smallest()`	The smaller of the two arguments.
`smallest()`	The smaller of the two arguments.
`sqrt()`	The positive square root of the given number. T
`sum()`	The sum of the `Float`s in the given stream, or `0.0` if the stream is empty.
`sum()`	The sum of the `Integer`s in the given stream, or `0` if the stream is empty.
`tan()`	The tangent of the given angle specified in radians.
`tanh()`	The hyperbolic tangent of the given angle specified in radians.
`ten`	A `Decimal` instance representing ten.
`toDegrees()`	The given angle (in radians) converted to degrees.
`toRadians()`	The given angle (in degrees) converted to radians.
`two`	A `Whole` instance representing two.
`unlimitedPrecision`	Unlimited precision.
`unnecessary`	Asserts that rounding will not be required causing an exception to be thrown if it is.
`up`	Round away from zero.
`wholeNumber()`	The given `number` converted to a `Whole`.
`zero`	A `Decimal` instance representing zero.
`zero`	A `Whole` instance representing zero.

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