Modifiers | Return Types | Method and Description |
---|---|---|

`public readonly` |
`(T)` |
`ceiling()` Method to find the smallest value with no fractional part that is greater than or equal to the current value. |

`public readonly` |
`(T)` |
`floor()` Method to find the largest value with no fractional part that is less than or equal to the current value. |

`public readonly` |
`(boolean)` |
`isFinite()` Method to determine if the number represented is finite (neither infinite nor a not-a-number value). |

`public readonly` |
`(boolean)` |
`isInfinite()` Method to determine if the number represented is infinite but not a not-a-number value. |

`public readonly` |
`(boolean)` |
`isNaN()` Method to determine if the number represented is a not-a-number value. |

`public readonly` |
`(T)` |
`round()` Method to round the current value to the nearest integer. |

`public readonly ceiling() => (T)`

Method to find the smallest value with no fractional part that is greater than or equal to the current value.

ceiling of the current value

`public readonly floor() => (T)`

Method to find the largest value with no fractional part that is less than or equal to the current value.

floor of the current value

`public readonly isFinite() => (boolean)`

Method to determine if the number represented is finite (neither infinite nor a not-a-number value).

`true`

if the current value is finite

`public readonly isInfinite() => (boolean)`

Method to determine if the number represented is infinite but not a not-a-number value.

`true`

if the current value is infinite

`public readonly isNaN() => (boolean)`

Method to determine if the number represented is a not-a-number value. These values are used to represent the result of undefined computations, such as the square root of a negative number or 0.0 / 0.0.

`true`

if the current value is not a number

`public readonly round() => (T)`

Method to round the current value to the nearest integer.

current value rounded to the nearest integer