function detectDraw() {
	let graphSvgL = drawBoxSensorL.children(),
		graphSvgR = drawBoxSensorR.children();
		graphSvgL.empty();
		graphSvgR.empty();
	if ( lockBoxSensor.hasClass('off') !== true ) {
		titTextSensorL.hide();
		titTextSensorR.hide();
		return;
	} else {
		drawBoxSensorL.removeClass('off');
		drawBoxSensorR.removeClass('off');
		emptyBoxSensorL.addClass("off");
		emptyBoxSensorR.addClass("off");
	}
}
/* 
	------------------------------------------------
	Name: detectDraw
	Desc: update new sensor
	------------------------------------------------
*/
detectDraw
Desc: update new sensor
detectDraw Desc : update new sensor
function detectDraw() {
	let graphSvgL = drawBoxSensorL.children(),
		graphSvgR = drawBoxSensorR.children();
		graphSvgL.empty();
		graphSvgR.empty();
	if ( lockBoxSensor.hasClass('off') !== true ) {
		titTextSensorL.hide();
		titTextSensorR.hide();
		return;
	} else {
		drawBoxSensorL.removeClass('off');
		drawBoxSensorR.removeClass('off');
		emptyBoxSensorL.addClass("off");
		emptyBoxSensorR.addClass("off");
	}
}
function detectDraw ( ) { let graphSvgL = drawBoxSensorL . children ( ) , graphSvgR = drawBoxSensorR . children ( ) ; graphSvgL . empty ( ) ; graphSvgR . empty ( ) ; if ( lockBoxSensor . hasClass ( 'off' ) !== true ) { titTextSensorL . hide ( ) ; titTextSensorR . hide ( ) ; return ; } else { drawBoxSensorL . removeClass ( 'off' ) ; drawBoxSensorR . removeClass ( 'off' ) ; emptyBoxSensorL . addClass ( "off" ) ; emptyBoxSensorR . addClass ( "off" ) ; } }
Name: detectDraw
Desc: update new sensor
Name : detectDraw Desc : update new sensor