def overlappingArea(l1, r1, l2, r2):
        x = 0
        y = 1

        # Area of 1st Rectangle
        area1 = abs(l1[x] - r1[x]) * abs(l1[y] - r1[y])

        # Area of 2nd Rectangle
        area2 = abs(l2[x] - r2[x]) * abs(l2[y] - r2[y])

        ''' Length of intersecting part i.e
            start from max(l1[x], l2[x]) of
            x-coordinate and end at min(r1[x],
            r2[x]) x-coordinate by subtracting
            start from end we get required
            lengths '''
        x_dist = (min(r1[x], r2[x]) -
                max(l1[x], l2[x]))

        y_dist = (min(r1[y], r2[y]) -
                max(l1[y], l2[y]))
        areaI = 0
        if x_dist > 0 and y_dist > 0:
            areaI = x_dist * y_dist

        maxArea = area2
        if area1 > area2:
            maxArea = area1
        threshold = areaI/maxArea
        if threshold > 0.07:
            return True
        else:
            return False