Methods

`ToString`	Returns a string representation of the number (for example `"42"` or `"3.7e12"`).
`IsDefined`	Returns true if the number isn't `NaN` (not a number).
`IsPositiveInfinity`	Returns true if the number is positive infinity.
`IsNegativeInfinity`	Returns true if the number is negative infinity.
`Negate`	Returns the same number, except the sign is reversed.
`Floor`	Returns the nearest whole number less than or equal to this number.
`Ceil`	Returns the nearest whole number greater than or equal to this number.
`Round`	Returns the nearest whole number (default rounding mode).
`Min other`	Returns the least of this and the `other` number.
`Max other`	Returns the greatest of this and the `other` number.
`To n`	Returns a list containing a sequence of numbers from this number up to `n` inclusive (step 1).
`ToStep n s`	Returns a list containing a sequence of numbers from this number up to `n` inclusive (step `s`).
`Until n`	Returns a list containing a sequence of numbers from this number up to `n` exclusive (step 1).
`UntilStep n s`	Returns a list containing a sequence of numbers from this number up to `n` exclusive (step `s`).
`Mod n`	Returns the remainder of this number divided by n.
`Add n`	Returns this number plus `n`.
`Subtract n`	Returns this number minus `n`.
`Multiply n`	Returns this number times `n`.
`Divide n`	Returns this number divided by `n`.
`Power n`	Returns this number raised to the power of `n`.
`Power n`	Returns this number raised to the power of `n`.
`Less other`	Returns true if this number is less than the `other` number.
`Greater other`	Returns true if this number is greater than the `other` number.
`LessEqual other`	Returns true if this number is less than or equal to the `other` number.
`GreaterEqual other`	Returns true if this number is greater than or equal to the `other` number.
`Equal other`	Returns true if this number is equal to the `other` number.