camera-controls

A camera control for three.js, similar to THREE.OrbitControls yet supports smooth transitions and es6 import.

Demos

• basic

Usage

import * as THREE from 'three';
import CameraControls from 'camera-controls';

CameraControls.install( { THREE: THREE } );

// snip ( init three scene... )
const clock = new THREE.Clock();
const camera = new THREE.PerspectiveCamera( 60, width / height, 0.01, 100 );
const cameraControls = new CameraControls( camera, renderer.domElement );

( function anim () {

    // snip
    const delta = clock.getDelta();
    const isControlsUpdated = cameraControls.update( delta );

    requestAnimationFrame( anim );

    if ( isControlsUpdated ) {

        renderer.render( scene, camera );

    }
} )();

Constructor

CameraControls( camera, domElement )

• camera is a three.js perspective camera to be controlled.
• domElement is a HTML element for draggable area.

Properties

• .enabled: Default is true. Whether or not the controls are enabled.
• .minDistance: Default is 0. Minimum distance for dolly.
• .maxDistance: Default is Infinity. Maximum distance for dolly.
• .minPolarAngle: Default is 0, in radians.
• .maxPolarAngle: Default is Math.PI, in radians.
• .minAzimuthAngle: Default is -Infinity, in radians.
• .maxAzimuthAngle: Default is Infinity, in radians.
• .dampingFactor: Default is 0.05.
• .draggingDampingFactor: Default is 0.25.
• .zoomSpeed: Default is 1.0. Spped of drag and mouse-wheel dollying.
• .panSpeed: Default is 2.0. Spped of drag panning.

Methods

rotate( rotX, rotY, enableTransition )

Rotate azimuthal angle(theta) and polar angle(phi). rotX and rotY are in radian. enableTransition is in a boolean

rotateTo( rotX, rotY, enableTransition )

Rotate azimuthal angle(theta) and polar angle(phi) to a given point.

dolly( distance, enableTransition )

Dolly in/out camera position. distance is in a number. enableTransition is in a boolean

dollyTo( distance, enableTransition )

Dolly in/out camera position to given distance

pan( x, y, enableTransition )

Pan camera using current azimuthal angle.

moveTo( x, y, z, enableTransition )

Move target position to given point.

saveState()

Set current camera position as the default position

reset( enableTransition )

Reset all rotation, zoom, position to default.

update( delta )

Update camera position and directions. This should be called in your tick loop and returns true if re-rendering is needed. delta is delta time between previous update call.

dispose()

Dispose cameraControls instancem, remove all eventListeners.