var map;
var maparray = [];
var meshwithphysicsarray = [];
var physicsobjects = [];

var loader = new THREE.ObjectLoader();

function loadmap( url ) {


    loader.load( url, function( obj ) {

        console.log( url + ' LOADED' );
        map = obj;

        maparray = map.children;
        world.scene.add( map );

    } );




}

var applyphysicsloop = setInterval( function() {

    if ( map ) {

        maparray.forEach( applyphysics );

    }


}, 1 );


function applyphysics( mesh ) {

    ///////////////////////////////////CUBE////////////////////////////////////////////////
    if ( mesh.name.indexOf( '[PhyBox]' ) != - 1 ) {

        if ( meshwithphysicsarray.indexOf( mesh ) != - 1 ) {

            physicsobjects.forEach( function( physicsobject ) {

                if ( physicsobject.native.name == mesh.name ) {


                    mesh.position.x = physicsobject.native.position.x;
                    mesh.position.y = physicsobject.native.position.y;
                    mesh.position.z = physicsobject.native.position.z;

                    mesh.quaternion._w = physicsobject.native.quaternion._w;
                    mesh.quaternion._x = physicsobject.native.quaternion._x;
                    mesh.quaternion._y = physicsobject.native.quaternion._y;
                    mesh.quaternion._z = physicsobject.native.quaternion._z;

                }

            } );

        } else {

            var box = new WHS.Box( {
                geometry: {
                    width: mesh.geometry.parameters.width,
                    height: mesh.geometry.parameters.height,
                    depth: mesh.geometry.parameters.depth
                },

                mass: Number( mesh.name.replace( /\D/g, '' ) ),

                material: {
                    kind: 'basic',
                    color: 0xffffff
                },

                position: {
                    x: mesh.position.x,
                    y: mesh.position.y,
                    z: mesh.position.z
                }

            } );
            box.native.name = mesh.name;
            box.native.visible = false;

            box.addTo( world );

            physicsobjects.push( box );

            meshwithphysicsarray.push( mesh );

        }



    }
    /////////////////////////////////////////SPHERE////////////////////////////////////////////
    if ( mesh.name.indexOf( '[PhyBall]' ) != - 1 ) {

        if ( meshwithphysicsarray.indexOf( mesh ) != - 1 ) {

            physicsobjects.forEach( function( physicsobject ) {

                if ( physicsobject.native.name == mesh.name ) {


                    mesh.position.x = physicsobject.native.position.x;
                    mesh.position.y = physicsobject.native.position.y;
                    mesh.position.z = physicsobject.native.position.z;

                    mesh.quaternion._w = physicsobject.native.quaternion._w;
                    mesh.quaternion._x = physicsobject.native.quaternion._x;
                    mesh.quaternion._y = physicsobject.native.quaternion._y;
                    mesh.quaternion._z = physicsobject.native.quaternion._z;

                }

            } );

        } else {




            var sphere = new WHS.Sphere( {
                geometry: {
                    radius: mesh.geometry.parameters.radius
                },

                mass: Number( mesh.name.replace( /\D/g, '' ) ),

                material: {
                    color: 0xffffff,
                    kind: 'lambert'
                },

                position: {
                    x: mesh.position.x,
                    y: mesh.position.y,
                    z: mesh.position.z
                }
            } );



            sphere.native.name = mesh.name;
            sphere.native.visible = false;

            sphere.addTo( world );


            physicsobjects.push( sphere );

            meshwithphysicsarray.push( mesh );

        }



    }

}