Class AngularVelocity
Hierarchy-Diagram
Legend
class
Hierarchy
- SensorValue<AngularVelocityUnit>
- AngularVelocity
Index
Constructors
Properties
Methods
add
add
Constructors
constructor
- new
Angular Velocity(x?: number, y?: number, z?: number, unit?: DerivedUnit): AngularVelocity -
Parameters
-
Optionalx: number -
Optionaly: number -
Optionalz: number -
unit: DerivedUnit = AngularVelocityUnit.RADIAN_PER_SECOND
Returns AngularVelocity
-
Properties
accuracy
Readonly is
is
timestamp
timestamp: number
unit
unit: AngularVelocityUnit
x
x: number
y
y: number
z
z: number
Methods
add
- add(v: Vector3): AngularVelocity
-
Parameters
-
v: Vector3
Returns AngularVelocity
-
add
- add
Scalar(s: number): AngularVelocity -
Parameters
-
s: number
Returns AngularVelocity
-
add
- add
Scaled Vector(v: Vector3, s: number): AngularVelocity -
Parameters
-
v: Vector3
-
s: number
Returns AngularVelocity
-
add
- add
Vectors(a: Vector3, b: Vector3): AngularVelocity -
Sets this vector to a + b.
Parameters
-
a: Vector3
-
b: Vector3
Returns AngularVelocity
-
angle
apply
- apply
Axis Angle(axis: Vector3, angle: number): AngularVelocity -
Parameters
-
axis: Vector3
-
angle: number
Returns AngularVelocity
-
apply
- apply
Euler(euler: Euler): AngularVelocity -
Parameters
-
euler: Euler
Returns AngularVelocity
-
apply
- apply
Matrix3(m: Matrix3): AngularVelocity -
Parameters
-
m: Matrix3
Returns AngularVelocity
-
apply
- apply
Matrix4(m: Matrix4): AngularVelocity -
Parameters
-
m: Matrix4
Returns AngularVelocity
-
apply
- apply
Normal Matrix(m: Matrix3): AngularVelocity -
Parameters
-
m: Matrix3
Returns AngularVelocity
-
apply
- apply
Quaternion(q: Quaternion): AngularVelocity -
Parameters
-
q: Quaternion
Returns AngularVelocity
-
ceil
- ceil(): AngularVelocity
-
Returns AngularVelocity
clamp
- clamp(min: Vector3, max: Vector3): AngularVelocity
-
Parameters
-
min: Vector3
-
max: Vector3
Returns AngularVelocity
-
clamp
- clamp
Length(min: number, max: number): AngularVelocity -
Parameters
-
min: number
-
max: number
Returns AngularVelocity
-
clamp
- clamp
Scalar(min: number, max: number): AngularVelocity -
Parameters
-
min: number
-
max: number
Returns AngularVelocity
-
clone
- clone(): AngularVelocity
-
Returns AngularVelocity
copy
- copy(v: Vector3): AngularVelocity
-
Copies value of v to this vector.
Parameters
-
v: Vector3
Returns AngularVelocity
-
cross
- cross(a: Vector3): AngularVelocity
-
Sets this vector to cross product of itself and v.
Parameters
-
a: Vector3
Returns AngularVelocity
-
cross
- cross
Vectors(a: Vector3, b: Vector3): AngularVelocity -
Sets this vector to cross product of a and b.
Parameters
-
a: Vector3
-
b: Vector3
Returns AngularVelocity
-
distance
distance
- distance
To Manhattan(v: Vector3): number -
Deprecated
Use .manhattanDistanceTo() instead.
Parameters
-
v: Vector3
Returns number
-
distance
divide
- divide(v: Vector3): AngularVelocity
-
Parameters
-
v: Vector3
Returns AngularVelocity
-
divide
- divide
Scalar(s: number): AngularVelocity -
Divides this vector by scalar s. Set vector to ( 0, 0, 0 ) if s == 0.
Parameters
-
s: number
Returns AngularVelocity
-
dot
equals
floor
- floor(): AngularVelocity
-
Returns AngularVelocity
from
- from
Array(array: number[] | ArrayLike<number>, offset?: number): AngularVelocity -
Sets this vector's x, y and z value from the provided array or array-like.
Parameters
-
array: number[] | ArrayLike<number>
the source array or array-like.
-
Optionaloffset: number(optional) offset into the array. Default is 0.
Returns AngularVelocity
-
from
- from
Buffer Attribute(attribute: BufferAttribute | InterleavedBufferAttribute, index: number): AngularVelocity -
Parameters
-
attribute: BufferAttribute | InterleavedBufferAttribute
-
index: number
Returns AngularVelocity
-
get
length
length
- length
Manhattan(): number -
Computes Manhattan length of this vector. http://en.wikipedia.org/wiki/Taxicab_geometry
Deprecated
Use .manhattanLength() instead.
Returns number
length
lerp
- lerp(v: Vector3, alpha: number): AngularVelocity
-
Parameters
-
v: Vector3
-
alpha: number
Returns AngularVelocity
-
lerp
- lerp
Vectors(v1: Vector3, v2: Vector3, alpha: number): AngularVelocity -
Parameters
-
v1: Vector3
-
v2: Vector3
-
alpha: number
Returns AngularVelocity
-
manhattan
- manhattan
Distance To(v: Vector3): number -
Computes the Manhattan length (distance) from this vector to the given vector v
see Taxicab Geometry
Parameters
-
v: Vector3
Returns number
-
manhattan
- manhattan
Length(): number -
Computes the Manhattan length of this vector.
see Taxicab Geometry
Returns number
max
- max(v: Vector3): AngularVelocity
-
Parameters
-
v: Vector3
Returns AngularVelocity
-
min
- min(v: Vector3): AngularVelocity
-
Parameters
-
v: Vector3
Returns AngularVelocity
-
multiply
- multiply(v: Vector3): AngularVelocity
-
Parameters
-
v: Vector3
Returns AngularVelocity
-
multiply
- multiply
Scalar(s: number): AngularVelocity -
Multiplies this vector by scalar s.
Parameters
-
s: number
Returns AngularVelocity
-
multiply
- multiply
Vectors(a: Vector3, b: Vector3): AngularVelocity -
Parameters
-
a: Vector3
-
b: Vector3
Returns AngularVelocity
-
negate
- negate(): AngularVelocity
-
Inverts this vector.
Returns AngularVelocity
normalize
- normalize(): AngularVelocity
-
Normalizes this vector.
Returns AngularVelocity
project
- project(camera: Camera): AngularVelocity
-
Parameters
-
camera: Camera
Returns AngularVelocity
-
project
- project
On Plane(planeNormal: Vector3): AngularVelocity -
Parameters
-
planeNormal: Vector3
Returns AngularVelocity
-
project
- project
On Vector(v: Vector3): AngularVelocity -
Parameters
-
v: Vector3
Returns AngularVelocity
-
random
- random(): AngularVelocity
-
Sets this vector's x, y and z from Math.random
Returns AngularVelocity
random
- random
Direction(): AngularVelocity -
Returns AngularVelocity
reflect
- reflect(vector: Vector3): AngularVelocity
-
Parameters
-
vector: Vector3
Returns AngularVelocity
-
round
- round(): AngularVelocity
-
Returns AngularVelocity
round
- round
To Zero(): AngularVelocity -
Returns AngularVelocity
set
- set(x: number, y: number, z: number): AngularVelocity
-
Sets value of this vector.
Parameters
-
x: number
-
y: number
-
z: number
Returns AngularVelocity
-
set
- set
Accuracy(accuracy: number | Accuracy<AngularVelocityUnit, number | Vector3>): AngularVelocity -
Set the accuracy of the absolute position
Returns
instance
Parameters
-
accuracy: number | Accuracy<AngularVelocityUnit, number | Vector3>
Accuracy object or number
Returns AngularVelocity
-
set
- set
Component(index: number, value: number): AngularVelocity -
Parameters
-
index: number
-
value: number
Returns AngularVelocity
-
set
- set
From Cylindrical(s: Cylindrical): AngularVelocity -
Parameters
-
s: Cylindrical
Returns AngularVelocity
-
set
- set
From Cylindrical Coords(radius: number, theta: number, y: number): AngularVelocity -
Parameters
-
radius: number
-
theta: number
-
y: number
Returns AngularVelocity
-
set
- set
From Euler(e: Euler): AngularVelocity -
Sets this vector's x, y and z components from the x, y, and z components of the specified Euler Angle.
Parameters
-
e: Euler
Returns AngularVelocity
-
set
- set
From Matrix3 Column(matrix: Matrix3, index: number): AngularVelocity -
Parameters
-
matrix: Matrix3
-
index: number
Returns AngularVelocity
-
set
- set
From Matrix Column(matrix: Matrix4, index: number): AngularVelocity -
Parameters
-
matrix: Matrix4
-
index: number
Returns AngularVelocity
-
set
- set
From Matrix Position(m: Matrix4): AngularVelocity -
Parameters
-
m: Matrix4
Returns AngularVelocity
-
set
- set
From Matrix Scale(m: Matrix4): AngularVelocity -
Parameters
-
m: Matrix4
Returns AngularVelocity
-
set
- set
From Spherical(s: Spherical): AngularVelocity -
Parameters
-
s: Spherical
Returns AngularVelocity
-
set
- set
From Spherical Coords(r: number, phi: number, theta: number): AngularVelocity -
Parameters
-
r: number
-
phi: number
-
theta: number
Returns AngularVelocity
-
set
- set
Length(l: number): AngularVelocity -
Normalizes this vector and multiplies it by l.
Parameters
-
l: number
Returns AngularVelocity
-
set
- set
Scalar(scalar: number): AngularVelocity -
Sets all values of this vector.
Parameters
-
scalar: number
Returns AngularVelocity
-
setX
setY
setZ
sub
- sub(a: Vector3): AngularVelocity
-
Subtracts v from this vector.
Parameters
-
a: Vector3
Returns AngularVelocity
-
sub
- sub
Scalar(s: number): AngularVelocity -
Parameters
-
s: number
Returns AngularVelocity
-
sub
- sub
Vectors(a: Vector3, b: Vector3): AngularVelocity -
Sets this vector to a - b.
Parameters
-
a: Vector3
-
b: Vector3
Returns AngularVelocity
-
to
- to
Array(array?: number[], offset?: number): number[] -
Returns an array [x, y, z], or copies x, y and z into the provided array.
Returns
The created or provided array.
Parameters
-
Optionalarray: number[](optional) array to store the vector to. If this is not provided, a new array will be created.
-
Optionaloffset: number(optional) optional offset into the array.
Returns number[]
-
- to
Array(array?: Vector3Tuple, offset?: 0): Vector3Tuple -
Parameters
-
Optionalarray: Vector3Tuple -
Optionaloffset: 0
Returns Vector3Tuple
-
- to
Array(array: ArrayLike<number>, offset?: number): ArrayLike<number> -
Copies x, y and z into the provided array-like.
Returns
The provided array-like.
Parameters
-
array: ArrayLike<number>
array-like to store the vector to.
-
Optionaloffset: number(optional) optional offset into the array-like.
Returns ArrayLike<number>
-
transform
- transform
Direction(m: Matrix4): AngularVelocity -
Parameters
-
m: Matrix4
Returns AngularVelocity
-
unproject
- unproject(camera: Camera): AngularVelocity
-
Parameters
-
camera: Camera
Returns AngularVelocity
-
Static from
- from
Array<T>(this: (new (...args: any[]) => T), array: number[], unit?: AngularVelocityUnit): T -
Type Parameters
-
T extends Vector3<T>
Parameters
-
this: (new (...args: any[]) => T)
-
- new (...args: any[]): T
-
Parameters
-
Rest...args: any[]
Returns T
-
-
-
array: number[]
-
unit: AngularVelocityUnit = AngularVelocityUnit.RADIAN_PER_SECOND
Returns T
-
Adds v to this vector.