if (data.entity === this.parentEntity) {
	console.log('AR Football 2 Entity Loaded');
} else {
	return;
}

/**
 * Code Components
 */
this.mouseMove = R3.EntityManager.Instance.findComponentById('dwxvtxzrun');
this.touchMove = R3.EntityManager.Instance.findComponentById('p49pad0i7l');
this.beforeRender = R3.EntityManager.Instance.findComponentById('7l8ar325qf');

/**
 * Meshes
 */
this.footballPlayer = R3.EntityManager.Instance.findComponentById('t537n02x0s');
this.football = R3.EntityManager.Instance.findComponentById('umgbzb0ur2');

/**
 * Geometry
 */
this.ballGeometry = R3.EntityManager.Instance.findComponentById('dt6jl8kocw');

/**
 * Materials
 */
this.materialWhite = R3.EntityManager.Instance.findComponentById('iualutcl1y');
this.materialBlack = R3.EntityManager.Instance.findComponentById('2g36po454g');

this.playerRotation = {
	x : 0,
	y : 0
};

this.kick = {
    start : null,
    distance : 0,
    time : 0,
    speed : 0,
    direction : 0
};

this.balls = [];

this.activeBall = this.football.instance;

R3.CustomCode.prototype.calcPosition = function(shotAngle, lookAngle, t) {



};

R3.CustomCode.prototype.render = function(delta) {

    this.balls.map(

        function(ball) {

            ball.t += delta;

            var u = new THREE.Vector3(
                ball.speed * Math.sin(ball.directionAngle),
                ball.speed * Math.sin(ball.upAngle),
                ball.speed * Math.cos(ball.directionAngle)
            );

            ball.mesh.position.x = ball.s0.x + u.x * ball.t;
            ball.mesh.position.y = ball.s0.y + u.y * ball.t + 0.5 * (-9.8) * ball.t * ball.t;
            ball.mesh.position.z = ball.s0.z + u.z * ball.t;

            if (ball.mesh.position.y <= 0) {
                ball.s0.x = ball.mesh.position.x;
                ball.s0.y = 0;
                ball.s0.z = ball.mesh.position.z;
                ball.upAngle *= ball.bounciness;
                ball.t = 0;
            }

            var v = new THREE.Vector3(
                -ball.v.z,
                0,
                ball.v.x
            );


            ball.mesh.rotateOnAxis(v.normalize(), -0.1);

            //object.ball.translateOnAxis(object.v, 1);

            //object.ball.position.y = object.ball.position.y + 0.5 * (-9.8) * object.t * object.t;


        }.bind(this)
    )
};

R3.CustomCode.prototype.move = function(data) {

    var x = data.x;
    var y = data.y;

    if (data.source === 'mouse' || 'touch') {
        x *= 0.01;
        y *= 0.01;
    }

	this.playerRotation.x += x;
	this.playerRotation.y += y;

	var kick = false;

	var canKick = false;

	if (this.playerRotation.y > Math.PI) {
	    canKick = true;
    }

    /**
     * Clamp player rotation to values between 0 and Math.PI * 2
     */
	if (this.playerRotation.y > Math.PI * 2) {
	    this.playerRotation.y -= Math.PI * 2;
	    kick = true;
	    canKick = false;
    }

    if (this.playerRotation.y < 0) {
        this.playerRotation.y += Math.PI * 2;
        canKick = true;
    }

    /**
     * Clamp direction angle between 0 and Math.PI * 2
     */
    if (this.playerRotation.x > Math.PI * 2) {
        this.playerRotation.x -= Math.PI * 2;
    }

    if (this.playerRotation.x < 0) {
        this.playerRotation.x += Math.PI * 2;
    }

    this.footballPlayer.instance.matrix = new THREE.Matrix4();
    this.footballPlayer.instance.matrix.decompose(
        this.footballPlayer.instance.position,
        this.footballPlayer.instance.quaternion,
        this.footballPlayer.instance.scale
    );

    this.footballPlayer.instance.translateY(0.78);

    this.footballPlayer.instance.rotateY(this.playerRotation.x);

    this.footballPlayer.instance.translateZ(0.2);

    this.footballPlayer.instance.rotateX(this.playerRotation.y);

    if (kick) {

	    if (this.kick.start === null) {
	        console.warn('no kick start time');
	        return;
        }

        this.kick.time = Date.now() - this.kick.start;

	    this.kick.speed = this.kick.distance / this.kick.time * 40;

        this.kick.direction = this.playerRotation.x;

        if (this.kick.speed > 1) {
            this.kick.speed = 1;
        }

        console.log(this.kick.speed);

        var v = new THREE.Vector3(0, 0, -1);

	    v.multiplyScalar(this.kick.speed);

	    v.applyAxisAngle(
	        new THREE.Vector3(0,1,0),
            this.kick.direction
        );

	    this.balls.push(
            {
                mesh : this.activeBall,
                speed : 6,
                mouseYTravelDistance : this.kick.distance,
                directionAngle : this.kick.direction + Math.PI,
                upAngle : Math.PI * this.kick.speed,
                v : v,
                t : 0,
                s0 : new THREE.Vector3(0,0,0),
                bounciness : 0.5
            }
        );

	    this.activeBall = null;

	    //console.log('kick', this.kick);
    }

    if (canKick && this.activeBall === null) {

        //console.log('can kick');

	    this.activeBall = new THREE.Mesh(
            this.ballGeometry.instance,
            [
                this.materialWhite.instance,
                this.materialBlack.instance
            ]
        );

	    this.activeBall.scale.copy(this.football.instance.scale);
        //this.activeBall.scale.copy(this.football.instance.scale);

	    this.football.parentScene.instance.add(this.activeBall);
    }

    if (y > 0 && canKick) {

        if (this.kick.start === null) {
            this.kick.start = Date.now();
        }

        /**
         * Moving down, record the distance travelled
         */
        this.kick.distance += Math.abs(y);

        //console.log(this.kick.distance);
    }

    if (y < 0) {

        /**
         * We are no longer moving down, also reset our Y distance counter
         * @type {boolean}
         */
        this.kick = {
            start : null,
            distance : 0,
            time : 0,
            speed : 0,
            direction : 0
        };
    }

}.bind(this)

this.mouseMove.entityLoaded = this;
this.touchMove.entityLoaded = this;
this.beforeRender.entityLoaded = this;

//@ sourceURL=entityLoaded.js