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Class: VectorMath

Methods​

IsZeroVector()​

static IsZeroVector(val): boolean

Parameters​

• val: IVector3

Returns​

boolean

SliceLine()​

static SliceLine(start, end, sliceLength?): IVector3[]

Slices a line into a set of points based on the specified slice length.

Parameters​

• start: IVector3

The starting point of the line.

• end: IVector3

The ending point of the line.

• sliceLength?: number

The length of each slice. Defaults to 20.

Returns​

IVector3[]

An array of points that represent the sliced line.

Vector2Distance()​

static Vector2Distance(a, b): number

Calculates the distance between two 3D vectors.

Parameters​

• a: IVector3

The first vector.

• b: IVector3

The second vector.

Returns​

number

The distance between the two vectors.

Vector3Add()​

static Vector3Add(start, end): {x: number;y: number;z: number; }

Adds two 3D vectors together.

Parameters​

• start: IVector3

The starting vector.

• end: IVector3

The ending vector.

Returns​

{x: number;y: number;z: number; }

The sum of the two vectors.

x​

x: number

y​

y: number

z​

z: number

Vector3Distance()​

static Vector3Distance(a, b): number

Calculates the distance between two 3D vectors.

Parameters​

• a: IVector3

The first vector.

• b: IVector3

The second vector.

Returns​

number

The distance between the two vectors.

Vector3Lerp()​

static Vector3Lerp(start, end, amount): {x: number;y: number;z: number; }

Calculates the linear interpolation between two 3D vectors.

Parameters​

• start: IVector3

The starting vector.

• end: IVector3

The ending vector.

• amount: number

The amount of interpolation between the two vectors, where 0 indicates start and 1 indicates end.

Returns​

{x: number;y: number;z: number; }

The interpolated vector.

x​

x: number

y​

y: number

z​

z: number

Vector3Normalize()​

static Vector3Normalize(vector): {x: number;y: number;z: number; }

Calculates the normalized version of a 3D vector.

Parameters​

• vector: IVector3

The vector to normalize.

Returns​

{x: number;y: number;z: number; }

The normalized vector.

x​

x: number

y​

y: number

z​

z: number

Vector3RotationBetween()​

static Vector3RotationBetween(posA, posB): number

Parameters​

• posA: IVector3

• posB: IVector3

Returns​

number

Vector3Scale()​

static Vector3Scale(vector, scalar): {x: number;y: number;z: number; }

Calculates the scaled version of a 3D vector.

Parameters​

• vector: IVector3

The vector to scale.

• scalar: number

The scalar value to multiply with.

Returns​

{x: number;y: number;z: number; }

The scaled vector.

x​

x: number

y​

y: number

z​

z: number

Vector3Sub()​

static Vector3Sub(start, end): {x: number;y: number;z: number; }

Calculates the difference between two 3D vectors.

Parameters​

• start: IVector3

The starting vector.

• end: IVector3

The ending vector.

Returns​

{x: number;y: number;z: number; }

The difference between the two vectors.

x​

x: number

y​

y: number

z​

z: number