Math (Nu)

Math Module

Namespace: System.Numerics
Assembly: Nu.dll

Functions and values

Function or value	Description
`Math.DegreesToRadians degrees` Full Usage: `Math.DegreesToRadians degrees` Parameters: degrees : `single` Returns: `float32`	Convert degrees to radians. degrees : `single` Returns: `float32`
`Math.DegreesToRadians3d degrees` Full Usage: `Math.DegreesToRadians3d degrees` Parameters: degrees : `Vector3` Returns: `Vector3`	Convert degrees to radians in 3d. degrees : `Vector3` Returns: `Vector3`
`Math.Init ()` Full Usage: `Math.Init ()` Parameters: () : `unit`	Initializes the type converters found in Math.fs. () : `unit`
`Math.RadiansToDegrees radians` Full Usage: `Math.RadiansToDegrees radians` Parameters: radians : `single` Returns: `float32`	Convert radians to degrees. radians : `single` Returns: `float32`
`Math.RadiansToDegrees3d radians` Full Usage: `Math.RadiansToDegrees3d radians` Parameters: radians : `Vector3` Returns: `Vector3`	Convert radians to degrees in 3d. radians : `Vector3` Returns: `Vector3`
`Math.SnapDegree (offset, value)` Full Usage: `Math.SnapDegree (offset, value)` Parameters: offset : `single` value : `single` Returns: `single`	Snap a degree value to an offset. Has a minimum granularity of 1.0f. offset : `single` value : `single` Returns: `single`
`Math.SnapDegree3d (offset, v3)` Full Usage: `Math.SnapDegree3d (offset, v3)` Parameters: offset : `single` v3 : `Vector3` Returns: `Vector3`	Snap a degree value to an offset. Has a minimum granularity of 1.0f. offset : `single` v3 : `Vector3` Returns: `Vector3`
`Math.SnapF (offset, value)` Full Usage: `Math.SnapF (offset, value)` Parameters: offset : `single` value : `single` Returns: `single`	Snap a single value to an offset. Has a minimum granularity of 0.01f. offset : `single` value : `single` Returns: `single`
`Math.SnapF3d (offset, v3)` Full Usage: `Math.SnapF3d (offset, v3)` Parameters: offset : `single` v3 : `Vector3` Returns: `Vector3`	Snap a Vector3 value to an offset. Has a minimum granularity of 0.001f. offset : `single` v3 : `Vector3` Returns: `Vector3`
`Math.SnapI (offset, value)` Full Usage: `Math.SnapI (offset, value)` Parameters: offset : `int` value : `int` Returns: `int`	Snap an int value to an offset. offset : `int` value : `int` Returns: `int`
`Math.TryUnionSegmentAndFrustum (start, stop, frustum)` Full Usage: `Math.TryUnionSegmentAndFrustum (start, stop, frustum)` Parameters: start : `Vector3` stop : `Vector3` frustum : `Frustum` Returns: `(Vector3 * Vector3) option`	Find the union of a line segment and a frustum if one exists. NOTE: there is a bug in here (https://github.com/bryanedds/Nu/issues/570) that keeps this from being usable on long segments. start : `Vector3` stop : `Vector3` frustum : `Frustum` Returns: `(Vector3 * Vector3) option`
`Math.TryUnionSegmentAndFrustum' (start, stop, frustum)` Full Usage: `Math.TryUnionSegmentAndFrustum' (start, stop, frustum)` Parameters: start : `Vector3` stop : `Vector3` frustum : `Frustum` Returns: `(Vector3 * Vector3) array`	Find the the union of a line segment and a frustum if one exists. NOTE: this returns the union in parts in order to mostly workaround the bug in TryUnionSegmentAndFrustum. start : `Vector3` stop : `Vector3` frustum : `Frustum` Returns: `(Vector3 * Vector3) array`