Показывает несколько "старых" кадров после "снятия с ПАУЗЫ" как обновить рендер до отображения?

        		alert("in ok");
        		m_main.frame(m_time.get_timeline(), 0);
        		m_main.resume();

"use strict";
// register the application module
b4w.register("simple_app", function(exports, require) {
    // import modules used by the app
    var m_main = require("main");
    //var m_anim      = require("animation");
    var m_app = require("app");
    var m_data = require("data");
    //var m_mouse     = require("mouse");
    //var m_obj      = require("objects");
    //var m_scenes    = require("scenes");
    var m_scs = require("scenes");
    var m_trans = require("transform");
    var m_cfg = require("config");
    var m_cons = require("constraints");
    var m_lights = require("lights");
    var m_time = require("time");
    var m_preloader = require("preloader");
    //v ar _previous_selected_obj = null;
    var m_input = require("input");
    var lamp = null;
    //var //loader, 
    //scene, 
    //camera, 
    //renderer, 
    var now = new getDate();
    var l = null;
    var h = null;
    var m = null;
    var s = null;
    var d = null;
    var b = null;
    var battCharging = false;
    var battLevel = 50;
    var ambMode = false;
    var signAngleLast = 0;
    var signAngleNew = 0;
    var signX = 0;
    var signY = 0;
    var llevel = 7;
    try {
        var lightSensor = tizen.sensorservice.getDefaultSensor("LIGHT");
    } catch (ignore) {
        alert("Light sens not init!");
    }

    exports.init = function() {
        m_app.init({
            canvas_container_id: "main_canvas_container",
            quality: m_cfg.P_HIGH,
            callback: init_cb,
            //show_fps: true,
            //show_fps: false,
            fps_elem_id: "idFPS",
            //console_verbose: true,
            console_verbose: false,
            autoresize: false,
            pause_invisible: true,
            //antialiasing: true,
            alpha: false,
            physics_enabled: false
        });
    };


    function onGetSuccessCB(sensorData) {

        if (sensorData.lightLevel / 10 < llevel) {
            llevel = llevel - 0.3;
        }
        if (sensorData.lightLevel / 10 > llevel) {
            llevel = llevel + 0.3;
        }

    }

    function onerrorCB(error) {
        console.log("error occurs");
    }

    function onsuccessCB() {
        console.log("sensor start");
        lightSensor.getLightSensorData(onGetSuccessCB, onerrorCB);
    }

    function onBatteryUpdate(a) {
        battCharging = a.isCharging;
        battLevel = 100 * a.level;
    }


    /**
     * callback executed when the app is initizalized
     */
    function init_cb(canvas_elem, success) {

        if (!success) {
            //console.log("b4w init failure");
            return;
        }

        m_preloader.create_preloader();
        document.addEventListener('tizenhwkey', function(e) {
            if (e.keyName === "back") {
                try {
                    tizen.application.getCurrentApplication().exit();
                } catch (ignore) {
                    alert("exit tizenhwkey not work!");
                }
            }
        });

        try {
            lightSensor.start(onsuccessCB);
        } catch (ignore) {
            alert("Light sens is not start!");
        }


        document.addEventListener("visibilitychange", function() {
            if (!document.hidden) {

                if (!ambMode) {
                    //m_cfg.set("max_fps", 60);
                    //alert("in ok");
                    m_main.frame(m_time.get_timeline(), 0);
                    m_main.resume();
                    //m_cfg.set("max_fps", 1);
                }
            }
        });

        try {
            tizen.systeminfo.getPropertyValue("BATTERY", onBatteryUpdate, null);
        } catch (ignore) {
            alert("BATT Prz not init!");
        }

        try {
            tizen.systeminfo.addPropertyValueChangeListener("BATTERY", onBatteryUpdate);
        } catch (ignore) {
            alert("BATT Ste not init!");
        }


        m_cfg.set("shadows", true);
        //m_cfg.set("shadows", false);

        m_cfg.set("antialiasing", true);
        //m_cfg.set("antialiasing", false);

        //m_cfg.set("reflections", true);
        m_cfg.set("refractions", false);

        //m_cfg.set("refractions", true);
        m_cfg.set("reflections", false);

        //m_cfg.set("canvas_resolution_factor", 1); // max 4096

        load();
    }

    function preloader_cb(percentage) {
        m_preloader.update_preloader(percentage);
    }

    /**
     * load the scene data
     */
    function load() {
        m_data.load("testshdw-t3d.json", load_cb, preloader_cb);
    }


    function frame_cb() {
        //Append a callback to be executed every frame (even if the rendering is paused). Its purpose is to perform actions non-related to the actual rendering, e.g html/css manipulation. This method allows registration of multiple callbacks. 
        if (m_main.is_paused()) {
            m_cfg.set("max_fps", 60);
        }

        // m_cfg.set("max_fps", 1);

    }

    function render_cb() {
        // Set the rendering callback which is executed for every frame just before the rendering. Only one callback is allowed. 
        // TODO this is a timer ! 
        checkTime();
        m_cfg.set("max_fps", 1);
    }

    /**
     * callback executed when the scene is loaded
     */
    function load_cb() {
        m_cfg.set("max_fps", 1);
        //setInterval(checkTime, 500);
        m_main.set_render_callback(render_cb); // Set the rendering callback which is executed for every frame just before the rendering. Only one callback is allowed. 
        m_main.append_loop_cb(frame_cb); //Append a callback to be executed every frame (even if the rendering is paused). Its purpose is to perform actions non-related to the actual rendering, e.g html/css manipulation. This method allows registration of multiple callbacks. 

    }

    function getDate() {
        var dateget;
        try {
            dateget = tizen.time.getCurrentDateTime();
        } catch (err) {

            dateget = new Date();
        }

        return dateget;
    }



    function checkTime() {
        now = getDate();
        d = now.getDate();
        h = now.getHours();
        m = now.getMinutes();
        s = now.getSeconds();
        //ms = now.getMilliseconds();
        h = h % 12;
        b = (battLevel) * Math.PI / 180; // 100 grad = 100%  0=0%	
        d = (d * 11.612903225806451612903225806452) * (Math.PI / 180);
        h = (h * Math.PI / 6) + (m * Math.PI / (6 * 60)) + (s * Math.PI / (360 * 60));
        l = ((m + s / 60) / 0.3333333333333333333333333333333333333 * Math.PI / 6);
        m = (m * Math.PI / 30) + (s * Math.PI / (30 * 60));
        s = (s * Math.PI / 30);
        m_trans.set_rotation_euler(m_scs.get_object_by_name("hh"), 0, -h, 0);
        m_trans.set_rotation_euler(m_scs.get_object_by_name("mm"), 0, -m, 0);
        m_trans.set_rotation_euler(m_scs.get_object_by_name("ss"), 0, -s, 0);
        m_trans.set_rotation_euler(m_scs.get_object_by_name("dd"), 0, -d, 0);
        m_trans.set_rotation_euler(m_scs.get_object_by_name("bb"), 0, -b, 0);
        try {
            onsuccessCB(lightSensor);
        } catch (ignore) {}

        m_lights.set_light_params(m_scs.get_object_by_name("lamp"), {
            "light_energy": llevel
        }); //mid 7 sensorData.lightLevel
        m_trans.set_rotation_euler(m_scs.get_object_by_name("emptyLight"), 0, l, 0);

    }

});
// import the app module and start the app by calling the init method
b4w.require("simple_app").init();

.....
if (!document.hidden) {
            //watch();
        	if (!ambMode) {
        		//m_cfg.set("max_fps", 60);
        		//alert("in ok");
        		checkTime();
        		m_main.frame(m_time.get_timeline(), 0);
        		m_main.resume();

......