 			x = e.wheelDeltaX || 0
 			y = e.wheelDelta || -e.detail
 
-			if x isnt 0 and xDeltaChecks < REQUIRED_DELTA_CHECKS
-				averageX = (averageX * xDeltaChecks + Math.abs(x)) / ++xDeltaChecks
-
-			if y isnt 0 and yDeltaChecks < REQUIRED_DELTA_CHECKS
-				averageY = (averageY * yDeltaChecks + Math.abs(y)) / ++yDeltaChecks
-
-			x *= NORMALIZED_VALUE / averageX
-			y *= NORMALIZED_VALUE / averageY
-
 			x: x
 			y: y
 


			r

		continuousWheel = getDeltas

		(e) ->
			x = e.wheelDeltaX || 0

SIGNALS_ARGS =
	'pointerWheel': do ->
		REQUIRED_CHECKS = 200
		NORMALIZED_VALUE = 120

		checks = 0
		lastX = lastY = 0

		isSlowContinuous = false

		getDeltas = (e) ->
			e.preventDefault()
