Class: BoundingBoxHelper

Defined in: utils/BoundingBox.ts:7

Calculate bounding box and optimal camera position for a surface

Constructors

Constructor

new BoundingBoxHelper(): BoundingBoxHelper;

Returns

BoundingBoxHelper

Methods

calculateBounds()

static calculateBounds(vertices): object;

Defined in: utils/BoundingBox.ts:11

Calculate the bounding box of a surface geometry

Parameters

vertices

ArrayLike<number>

Returns

object

min

min: Vector3;

max

max: Vector3;

center

center: Vector3;

size

size: Vector3;

radius

radius: number;

---

calculateCameraDistance()

static calculateCameraDistance(
   boundingRadius, 
   fov, 
   aspectRatio
): number;

Defined in: utils/BoundingBox.ts:58

Calculate optimal camera distance for a given field of view

Parameters

boundingRadius

number

fov

number

aspectRatio

number

Returns

number

---

fitCameraToSurfaces()

static fitCameraToSurfaces(
   camera, 
   surfaces, 
   controls?
): void;

Defined in: utils/BoundingBox.ts:82

Fit camera to view all surfaces

Parameters

camera

PerspectiveCamera

surfaces

object[]

controls?

any

Returns

void

---

computeInitialZoom()

static computeInitialZoom(
   radius, 
   fov, 
   aspectRatio, 
   padding?
): number;

Defined in: utils/BoundingBox.ts:144

Compute camera distance to fit a bounding sphere with optional padding.

Parameters

radius

number

fov

number

aspectRatio

number

padding?

number = 1.2

Returns

number

---

fitCameraToGeometry()

static fitCameraToGeometry(geometry, options?): object;

Defined in: utils/BoundingBox.ts:159

Pure helper to compute position/target for an arbitrary BufferGeometry or vertices array.

Parameters

geometry

| BufferGeometry<NormalBufferAttributes, BufferGeometryEventMap> | { attributes?: { position?: { array: ArrayLike<number>; }; }; } | { vertices: ArrayLike<number>; }

options?

fov

number

aspect

number

padding?

number

Returns

object

center

center: Vector3;

distance

distance: number;

position

position: Vector3;