Class: Vec3Math

Defined in: src/sdk/math/VecMath.ts:303

3D vector mathematical operations.

Constructors

Constructor

new Vec3Math(): Vec3Math

Returns

Vec3Math

Methods

abs()

static abs(v1): number

Defined in: src/sdk/math/VecMath.ts:458

Gets the magnitude of a vector.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The vector to get the magnitude for.

Returns

number

the vector's magnitude.

---

add()

static add(v1, v2, out): Float64Array

Defined in: src/sdk/math/VecMath.ts:384

Add one vector to another.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The first vector.
v2	ReadonlyFloat64Array	The second vector.
out	Float64Array	The vector to write the results to.

Returns

Float64Array

the vector sum.

---

copy()

static copy(from, to): Float64Array

Defined in: src/sdk/math/VecMath.ts:528

Copies one vector to another.

Parameters

Parameter	Type	Description
from	ReadonlyFloat64Array	The vector from which to copy.
to	Float64Array	The vector to which to copy.

Returns

Float64Array

the changed vector.

---

create()

Call Signature

static create(): Float64Array

Defined in: src/sdk/math/VecMath.ts:308

Creates a 3D vector initialized to [0, 0, 0].

Returns

Float64Array

A new 3D vector initialized to [0, 0, 0].

Call Signature

static create(x, y, z): Float64Array

Defined in: src/sdk/math/VecMath.ts:316

Creates a 3D vector with specified x-, y-, and z- components.

Parameters

Parameter	Type	Description
x	number	The x-component of the new vector.
y	number	The y-component of the new vector.
z	number	The z-component of the new vector.

Returns

Float64Array

A new 3D vector with the specified components.

---

cross()

static cross(v1, v2, out): Float64Array

Defined in: src/sdk/math/VecMath.ts:424

Gets the cross product of two vectors.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	the first vector.
v2	ReadonlyFloat64Array	the second vector.
out	Float64Array	the vector to which to write the result.

Returns

Float64Array

the cross product.

---

distance()

static distance(vec1, vec2): number

Defined in: src/sdk/math/VecMath.ts:499

Gets the Euclidean distance between two vectors.

Parameters

Parameter	Type	Description
vec1	ReadonlyFloat64Array	The first vector.
vec2	ReadonlyFloat64Array	The second vector.

Returns

number

the Euclidean distance between the two vectors.

---

dot()

static dot(v1, v2): number

Defined in: src/sdk/math/VecMath.ts:413

Gets the dot product of two vectors.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The first vector.
v2	ReadonlyFloat64Array	The second vector.

Returns

number

The dot product of the vectors.

---

equals()

static equals(vec1, vec2): boolean

Defined in: src/sdk/math/VecMath.ts:509

Checks if two vectors are equal.

Parameters

Parameter	Type	Description
vec1	ReadonlyFloat64Array	The first vector.
vec2	ReadonlyFloat64Array	The second vector.

Returns

boolean

Whether the two vectors are equal.

---

isFinite()

static isFinite(vec): boolean

Defined in: src/sdk/math/VecMath.ts:518

Checks if a vector is finite. A vector is considered finite if all of its components are finite.

Parameters

Parameter	Type	Description
vec	ReadonlyFloat64Array	The vector to check.

Returns

boolean

Whether the specified vector is finite.

---

multScalar()

static multScalar(v1, scalar, out): Float64Array

Defined in: src/sdk/math/VecMath.ts:445

Multiplies a vector by a scalar.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The vector to multiply.
scalar	number	The scalar to apply.
out	Float64Array	The vector to write the results to.

Returns

Float64Array

The scaled vector.

---

normalize()

static normalize(v1, out): Float64Array

Defined in: src/sdk/math/VecMath.ts:484

Normalizes the vector to a unit vector.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The vector to normalize.
out	Float64Array	The vector to write the results to.

Returns

Float64Array

the normalized vector.

---

phi()

static phi(vec): number

Defined in: src/sdk/math/VecMath.ts:342

Gets the spherical angle phi (azimuthal angle) of a vector in radians.

Parameters

Parameter	Type	Description
vec	ReadonlyFloat64Array	A vector.

Returns

number

The spherical angle phi of the vector.

---

set()

static set(x, y, z, vec): Float64Array

Defined in: src/sdk/math/VecMath.ts:354

Sets the components of a vector.

Parameters

Parameter	Type	Description
x	number	The new x-component.
y	number	The new y-component.
z	number	The new z-component.
vec	Float64Array	The vector to change.

Returns

Float64Array

The vector after it has been changed.

---

setFromSpherical()

static setFromSpherical(r, theta, phi, vec): Float64Array

Defined in: src/sdk/math/VecMath.ts:369

Sets the spherical components of a vector.

Parameters

Parameter	Type	Description
r	number	The new length (magnitude).
theta	number	The new spherical angle theta (polar angle), in radians.
phi	number	The new spherical angle phi (azimuthal angle), in radians.
vec	Float64Array	The vector to change.

Returns

Float64Array

The vector after it has been changed.

---

setMagnitude()

static setMagnitude(v1, magnitude, out): Float64Array

Defined in: src/sdk/math/VecMath.ts:469

Sets the magnitude of a vector.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The vector to receive a new length.
magnitude	number	The length to apply.
out	Float64Array	The vector to write the results to.

Returns

Float64Array

The scaled vector.

---

sub()

static sub(v1, v2, out): Float64Array

Defined in: src/sdk/math/VecMath.ts:399

Subtracts one vector from another.

Parameters

Parameter	Type	Description
v1	ReadonlyFloat64Array	The first vector.
v2	ReadonlyFloat64Array	The second vector.
out	Float64Array	The vector to write the results to.

Returns

Float64Array

the vector difference.

---

theta()

static theta(vec): number

Defined in: src/sdk/math/VecMath.ts:333

Gets the spherical angle theta (polar angle) of a vector in radians.

Parameters

Parameter	Type	Description
vec	ReadonlyFloat64Array	A vector.

Returns

number

The spherical angle theta of the vector.