Documentation / base / Plane

Class: Plane

Defined in: libs/base/src/math/plane.ts:7

The plane class

Extends

• VectorBase

Indexable

[index: number]: number

Constructors

Constructor

new Plane(): Plane

Defined in: libs/base/src/math/plane.ts:23

Construct a plane lying on the XZ axis with upwards normal

Returns

Plane

Overrides

VectorBase.constructor

Constructor

new Plane(a, b, c, d): Plane

Defined in: libs/base/src/math/plane.ts:31

Construct a plane that satisfies the equation Ax+By+Cz+D=0

Parameters

a

number

The coefficient A of the equation

b

number

The coefficient B of the equation

c

number

The coefficient C of the equation

d

number

The coefficient D of the equation

Returns

Plane

Overrides

VectorBase.constructor

Constructor

new Plane(other): Plane

Defined in: libs/base/src/math/plane.ts:36

Construct a plane by copying another plane

Parameters

other

Plane

The plane to be copied from.

Returns

Plane

Overrides

VectorBase.constructor

Constructor

new Plane(origin, normal): Plane

Defined in: libs/base/src/math/plane.ts:42

Construct a plane from normal and a point on the plane.

Parameters

origin

Vector3

The point on the plane.

normal

Vector3

Normal of the plane.

Returns

Plane

Overrides

VectorBase.constructor

Constructor

new Plane(p0, p1, p2): Plane

Defined in: libs/base/src/math/plane.ts:49

Construct a plane from three points on the plane.

Parameters

p0

Vector3

The first point.

p1

Vector3

The second point.

p2

Vector3

The third point.

Returns

Plane

Overrides

VectorBase.constructor

Accessors

a

Get Signature

get a(): number

Defined in: libs/base/src/math/plane.ts:83

Get the coefficient A of the plane equation

Returns

number

Set Signature

set a(val): void

Defined in: libs/base/src/math/plane.ts:86

Parameters

val

number

Returns

void

---

b

Get Signature

get b(): number

Defined in: libs/base/src/math/plane.ts:91

Get the coefficient B of the plane equation

Returns

number

Set Signature

set b(val): void

Defined in: libs/base/src/math/plane.ts:94

Parameters

val

number

Returns

void

---

c

Get Signature

get c(): number

Defined in: libs/base/src/math/plane.ts:99

Get the coefficient C of the plane equation

Returns

number

Set Signature

set c(val): void

Defined in: libs/base/src/math/plane.ts:102

Parameters

val

number

Returns

void

---

d

Get Signature

get d(): number

Defined in: libs/base/src/math/plane.ts:107

Get the coefficient D of the plane equation

Returns

number

Set Signature

set d(val): void

Defined in: libs/base/src/math/plane.ts:110

Parameters

val

number

Returns

void

Methods

assign()

assign(other): Plane

Defined in: libs/base/src/math/plane.ts:167

Set coefficients of the plane equation.

Parameters

other

ArrayLike<number>

An array holding the coefficients.

Returns

Plane

self

---

setEquation()

setEquation(a, b, c, d): Plane

Defined in: libs/base/src/math/plane.ts:180

Set coefficients of the plane equation.

Parameters

a

number

The coefficient A of the equation

b

number

The coefficient B of the equation

c

number

The coefficient C of the equation

d

number

The coefficient D of the equation

Returns

Plane

self

---

initWithOriginNormal()

initWithOriginNormal(origin, normal): Plane

Defined in: libs/base/src/math/plane.ts:194

Initialize the plane by normal vector and a point on the plane.

Parameters

origin

Vector3

A point on the plane.

normal

Vector3

Normal of the plane.

Returns

Plane

self

---

initWithPoints()

initWithPoints(p0, p1, p2): Plane

Defined in: libs/base/src/math/plane.ts:205

Initialize the plane by three points on the plane.

Parameters

p0

Vector3

The first point.

p1

Vector3

The second point.

p2

Vector3

The third point.

Returns

Plane

self

---

distanceToPoint()

distanceToPoint(p): number

Defined in: libs/base/src/math/plane.ts:214

Calculate the distance from a point to the plane.

Parameters

p

Vector3

The point

Returns

number

The distance value.

---

nearestPointToPoint()

nearestPointToPoint(p, result?): Vector3

Defined in: libs/base/src/math/plane.ts:223

Given a point, calucate the closest point on the plane to that point.

Parameters

p

Vector3

The given point.

result?

Vector3

A point object to which the result will be written, if not specified, a new point object will be returned.

Returns

Vector3

The result value.

---

getNormal()

getNormal(result?): Vector3

Defined in: libs/base/src/math/plane.ts:232

Get normal vector of the plane.

Parameters

result?

Vector3

A vector object to which the result will be written, if not specified, a new vector will be returned.

Returns

Vector3

The result vector.

---

inplaceFlip()

inplaceFlip(): Plane

Defined in: libs/base/src/math/plane.ts:236

Inplace flip the normal vector .

Returns

Plane

---

inplaceNormalize()

inplaceNormalize(): Plane

Defined in: libs/base/src/math/plane.ts:240

Inplace normalize the plane equation.

Returns

Plane

---

flip()

static flip(plane, result?): Plane

Defined in: libs/base/src/math/plane.ts:249

Create a new plane object by flipping another plane's normal.

Parameters

plane

Plane

The plane to which the normal will be flipped.

result?

Plane

A plane object to which the result will be written, if not specified, a new plane object will be returned.

Returns

Plane

The result plane.

---

normalize()

static normalize(plane, result?): Plane

Defined in: libs/base/src/math/plane.ts:258

Create a new plane object by normalizing another plane.

Parameters

plane

Plane

The plane that will be normalized.

result?

Plane

A plane object to which the result will be written, if not specified, a new plane object will be returned.

Returns

Plane

The result plane.

---

transform()

static transform(plane, matrix, result?): Plane

Defined in: libs/base/src/math/plane.ts:274

Create a new plane object by transforming another plane.

Parameters

plane

Plane

The plane that will be transformed.

matrix

Matrix4x4

The transform matrix.

result?

Plane

A plane object to which the result will be written, if not specified, a new plane object will be returned.

Returns

Plane

The result plane.

---

equalsTo()

equalsTo(other, epsl?): boolean

Defined in: libs/base/src/math/vector.ts:31

Check if all data is close enough to another

Parameters

other

Float32Array<ArrayBuffer>

The data to be compared with.

epsl?

number

Returns

boolean

true if close enough, otherwise false.

Inherited from

VectorBase.equalsTo

---

toString()

toString(): string

Defined in: libs/base/src/math/vector.ts:51

Convert this to string object.

Returns

string

Inherited from

VectorBase.toString

---

isNaN()

isNaN(): boolean

Defined in: libs/base/src/math/vector.ts:60

Check the data for the presence of NaN.

Returns

boolean

true if NaN is present, otherwise false.

Inherited from

VectorBase.isNaN

---

setRandom()

setRandom(minValue, maxValue): void

Defined in: libs/base/src/math/vector.ts:74

Generate random vector

Parameters

minValue

number

Minimum value of any component of the vector

maxValue

number

Maximum value of any component of the vector

Returns

void

Inherited from

VectorBase.setRandom