Distance between the camera and the specified target. Defaults to 800.

Maximum bounds for the tiltangle. Defaults to 90.

See also

Minimum bounds for the tiltangle. Defaults to 0.

See also

Rotation of the camera in degrees around the y axis. Defaults to 0.

Fractional step taken each time the hover() method is called. Defaults to 8. Affects the speed at which the tiltangle and panangle resolve to their targets.

See also

Target value for the panangle. Defaults to 0.

See also

Target value for the tiltangle. Defaults to 90.

See also

Elevation angle of the camera in degrees. Defaults to 90.

Fractional difference in distance between the horizontal camera orientation and vertical camera orientation. Defaults to 2.

See also

Updates the tiltangle and panangle values, then calls update(). Values are calculated using the defined targettiltangle, targetpanangle and steps variables.

See also

Updates the camera position. Position is calculated using the current values of tiltangle, panangle, distance and yfactor.

See also

HoverCamera3d Example  based on V1.9.3 

//Replace the code below into the first frame of
//the lesson Lesson_Basic_03_Meshes.fla


// import core library
import away3d.core.scene.*;
// import file format loaders
import away3d.loaders.*;
//import math objects
import away3d.core.math.*;
//
import away3d.cameras.*;

// create a 3D-viewport

var camera = new HoverCamera3D({zoom:3, focus:200, distance:1000});
// create a 3D-viewport
camera.tiltangle = 40;
camera.targettiltangle = 40;
camera.mintiltangle =  20;
camera.maxtiltangle = 50;
camera.yfactor = 1;
camera.steps = 7;

var view:View3D = new View3D({camera:camera, x:300, y:200});
// add viewport to the stage
addChild(view);

// start mesh loading
var loader:Object3DLoader = Obj.load("resources/turtle.obj",
{material:"turtle_texture", name:"turtle", scaling:0.1, y:50, x:10, z:
10, loadersize:300});
// add the loader object to the scene
view.scene.addChild(loader);
//
camera.update();
loader.rotationX = -90;
//
var rotCamera:Boolean = false;
var lastMouseX:Number = mouseX;
var lastMouseY:Number = mouseY;
var firstClick:Boolean = true;
//
addEventListener(Event.ENTER_FRAME, onEnterFrame);
function onEnterFrame(event:Event):void {
       //
       if (rotCamera) {
               if (firstClick == true) {
                       firstClick = false;
                       lastMouseX = view.mouseX;
                       lastMouseY = view.mouseY;
                       trace("frist click");
               }
               //
               var dragX = (view.mouseX - lastMouseX);
               var dragY = (view.mouseY - lastMouseY);
               //
               lastMouseX = view.mouseX;
               lastMouseY = view.mouseY;
               //
               camera.targetpanangle += dragX;
               camera.targettiltangle += dragY
               camera.hover();
       } else {
               //
       }
       // rerender viewport on each frame
       view.render();
}
var hit:MovieClip = new MovieClip();
hit.graphics.beginFill(0xFF0000);
hit.graphics.drawRect(0, 0, 500, 600);
hit.graphics.endFill();
addChild(hit);
hit.alpha = 0;
hit.addEventListener(MouseEvent.MOUSE_DOWN, mouseDownHandler);
function mouseDownHandler(evt:MouseEvent):void {
       rotCamera = true;
}
hit.addEventListener(MouseEvent.MOUSE_UP, mouseUpHandler);
function mouseUpHandler(evt:MouseEvent):void {
       rotCamera = false;
       firstClick = true;
}
hit.addEventListener(MouseEvent.MOUSE_WHEEL, onMouseEvent);
function onMouseEvent(event:MouseEvent):void {
       trace(camera.zoom);
       var dir = (event.delta > 0) ? .5 : -.5;
       camera.zoom = Math.max(2, Math.min(8, (camera.zoom+dir)));
       //camera.distanceTo(-40);
}