(function(a) {
	a.tiny = a.tiny || {};
	a.tiny.scrollbar = {
		options: {
			axis: "y",
			wheel: 40,
			scroll: true,
			lockscroll: true,
			size: "auto",
			sizethumb: "auto",
			invertscroll: false
		}
	};
	a.fn.tinyscrollbar = function(d) {
		var c = a.extend({}, a.tiny.scrollbar.options, d);
		this.each(function() {
			a(this).data("tsb", new b(a(this), c))
		});
		return this
	};
	a.fn.tinyscrollbar_update = function(c) {
		return a(this).data("tsb").update(c)
	};

	function b(q, g) {
		var k = this,
			t = q,
			j = {
				obj: a(".viewport", q)
			}, h = {
				obj: a(".overview", q)
			}, d = {
				obj: a(".scrollbar", q)
			}, m = {
				obj: a(".track", d.obj)
			}, p = {
				obj: a(".thumb", d.obj)
			}, l = g.axis === "x",
			n = l ? "left" : "top",
			v = l ? "width" : "height",
			r = 0,
			y = {
				start: 0,
				now: 0
			}, o = {}, e = "ontouchstart" in document.documentelement;

		function c() {
			k.update();
			s();
			return k
		}
		this.update = function(z) {
			j[g.axis] = j.obj[0]["offset" + v];
			h[g.axis] = h.obj[0]["scroll" + v];
			h.ratio = j[g.axis] / h[g.axis];
			d.obj.toggleclass("disable", h.ratio >= 1);
			m[g.axis] = g.size === "auto" ? j[g.axis] : g.size;
			p[g.axis] = math.min(m[g.axis], math.max(0, (g.sizethumb === "auto" ? (m[g.axis] * h.ratio) : g.sizethumb)));
			d.ratio = g.sizethumb === "auto" ? (h[g.axis] / m[g.axis]) : (h[g.axis] - j[g.axis]) / (m[g.axis] - p[g.axis]);
			r = (z === "relative" && h.ratio <= 1) ? math.min((h[g.axis] - j[g.axis]), math.max(0, r)) : 0;
			r = (z === "bottom" && h.ratio <= 1) ? (h[g.axis] - j[g.axis]) : isnan(parseint(z, 10)) ? r : parseint(z, 10);
			w()
		};

		function w() {
			var z = v.tolowercase();
			p.obj.css(n, r / d.ratio);
			h.obj.css(n, -r);
			o.start = p.obj.offset()[n];
			d.obj.css(z, m[g.axis]);
			m.obj.css(z, m[g.axis]);
			p.obj.css(z, p[g.axis])
		}

		function s() {
			if (!e) {
				p.obj.bind("mousedown", i);
				m.obj.bind("mouseup", u)
			} else {
				j.obj[0].ontouchstart = function(z) {
					if (1 === z.touches.length) {
						i(z.touches[0]);
						z.stoppropagation()
					}
				}
			} if (g.scroll && window.addeventlistener) {
				t[0].addeventlistener("dommousescroll", x, false);
				t[0].addeventlistener("mousewheel", x, false);
				t[0].addeventlistener("mozmousepixelscroll", function(z) {
					z.preventdefault()
				}, false)
			} else {
				if (g.scroll) {
					t[0].onmousewheel = x
				}
			}
		}

		function i(a) {
			a("body").addclass("noselect");
			var z = parseint(p.obj.css(n), 10);
			o.start = l ? a.pagex : a.pagey;
			y.start = z == "auto" ? 0 : z;
			if (!e) {
				a(document).bind("mousemove", u);
				a(document).bind("mouseup", f);
				p.obj.bind("mouseup", f)
			} else {
				document.ontouchmove = function(b) {
					b.preventdefault();
					u(b.touches[0])
				};
				document.ontouchend = f
			}
		}

		function x(b) {
			if (h.ratio < 1) {
				var a = b || window.event,
					z = a.wheeldelta ? a.wheeldelta / 120 : -a.detail / 3;
				r -= z * g.wheel;
				r = math.min((h[g.axis] - j[g.axis]), math.max(0, r));
				p.obj.css(n, r / d.ratio);
				h.obj.css(n, -r);
				if (g.lockscroll || (r !== (h[g.axis] - j[g.axis]) && r !== 0)) {
					a = a.event.fix(a);
					a.preventdefault()
				}
			}
		}

		function u(z) {
			if (h.ratio < 1) {
				if (g.invertscroll && e) {
					y.now = math.min((m[g.axis] - p[g.axis]), math.max(0, (y.start + (o.start - (l ? z.pagex : z.pagey)))))
				} else {
					y.now = math.min((m[g.axis] - p[g.axis]), math.max(0, (y.start + ((l ? z.pagex : z.pagey) - o.start))))
				}
				r = y.now * d.ratio;
				h.obj.css(n, -r);
				p.obj.css(n, y.now)
			}
		}

		function f() {
			a("body").removeclass("noselect");
			a(document).unbind("mousemove", u);
			a(document).unbind("mouseup", f);
			p.obj.unbind("mouseup", f);
			document.ontouchmove = document.ontouchend = null
		}
		return c()
	}
}(jquery));