/**
 * jquery roundabout - v2.4.2
 * http://fredhq.com/projects/roundabout
 *
 * moves list-items of enabled ordered and unordered lists long
 * a chosen path. includes the default "lazysusan" path, that
 * moves items long a spinning turntable.
 *
 * terms of use // jquery roundabout
 *
 * open source under the bsd license
 *
 * copyright (c) 2011-2012, fred leblanc
 * all rights reserved.
 *
 * redistribution and use in source and binary forms, with or without
 * modification, are permitted provided that the following conditions are met:
 *
 *   - redistributions of source code must retain the above copyright
 *     notice, this list of conditions and the following disclaimer.
 *   - redistributions in binary form must reproduce the above
 *     copyright notice, this list of conditions and the following
 *     disclaimer in the documentation and/or other materials provided
 *     with the distribution.
 *   - neither the name of the author nor the names of its contributors
 *     may be used to endorse or promote products derived from this
 *     software without specific prior written permission.
 *
 * this software is provided by the copyright holders and contributors "as is"
 * and any express or implied warranties, including, but not limited to, the
 * implied warranties of merchantability and fitness for a particular purpose
 * are disclaimed. in no event shall the copyright holder or contributors be
 * liable for any direct, indirect, incidental, special, exemplary, or
 * consequential damages (including, but not limited to, procurement of
 * substitute goods or services; loss of use, data, or profits; or business
 * interruption) however caused and on any theory of liability, whether in
 * contract, strict liability, or tort (including negligence or otherwise)
 * arising in any way out of the use of this software, even if advised of the
 * possibility of such damage.
 */
(function(a) {
	"use strict";
	var b, c, d;
	a.extend({
		roundaboutshapes: {
			def: "lazysusan",
			lazysusan: function(a, b, c) {
				return {
					x: math.sin(a + b),
					y: math.sin(a + 3 * math.pi / 2 + b) / 8 * c,
					z: (math.cos(a + b) + 1) / 2,
					scale: math.sin(a + math.pi / 2 + b) / 2 + .5
				}
			}
		}
	});
	b = {
		bearing: 0,
		tilt: 0,
		minz: 100,
		maxz: 280,
		minopacity: .4,
		maxopacity: 1,
		minscale: .4,
		maxscale: 1,
		duration: 600,
		btnnext: null,
		btnnextcallback: function() {},
		btnprev: null,
		btnprevcallback: function() {},
		btntoggleautoplay: null,
		btnstartautoplay: null,
		btnstopautoplay: null,
		easing: "swing",
		clicktofocus: true,
		clicktofocuscallback: function() {},
		focusbearing: 0,
		shape: "lazysusan",
		debug: false,
		childselector: "li",
		startingchild: null,
		reflect: false,
		floatcomparisonthreshold: .001,
		autoplay: false,
		autoplayduration: 1e3,
		autoplaypauseonhover: false,
		autoplaycallback: function() {},
		autoplayinitialdelay: 0,
		enabledrag: false,
		dropduration: 600,
		dropeasing: "swing",
		dropanimateto: "nearest",
		dropcallback: function() {},
		dragaxis: "x",
		dragfactor: 4,
		triggerfocusevents: true,
		triggerblurevents: true,
		responsive: false
	};
	c = {
		autoplayinterval: null,
		autoplayisrunning: false,
		autoplaystarttimeout: null,
		animating: false,
		childinfocus: -1,
		touchmovestartposition: null,
		stopanimation: false,
		lastanimationstep: false
	};
	d = {
		init: function(e, f, g) {
			var h, i = (new date).gettime();
			e = typeof e === "object" ? e : {};
			f = a.isfunction(f) ? f : function() {};
			f = a.isfunction(e) ? e : f;
			h = a.extend({}, b, e, c);
			return this.each(function() {
				var b = a(this),
					c = b.children(h.childselector).length,
					e = 360 / c,
					i = h.startingchild && h.startingchild > c - 1 ? c - 1 : h.startingchild,
					j = h.startingchild === null ? h.bearing : 360 - i * e,
					k = b.css("position") !== "static" ? b.css("position") : "relative";
				b.css({
					padding: 0,
					position: k
				}).addclass("roundabout-holder").data("roundabout", a.extend({}, h, {
					startingchild: i,
					bearing: j,
					oppositeoffocusbearing: d.normalize.apply(null, [h.focusbearing - 180]),
					dragbearing: j,
					period: e
				}));
				if (g) {
					b.unbind(".roundabout").children(h.childselector).unbind(".roundabout")
				} else {
					if (h.responsive) {
						a(window).bind("resize", function() {
							d.stopautoplay.apply(b);
							d.relayoutchildren.apply(b)
						})
					}
				}
				if (h.clicktofocus) {
					b.children(h.childselector).each(function(c) {
						a(this).bind("click.roundabout", function() {
							var e = d.getplacement.apply(b, [c]);
							if (!d.isinfocus.apply(b, [e])) {
								d.stopanimation.apply(a(this));
								if (!b.data("roundabout").animating) {
									d.animatebearingtofocus.apply(b, [e, b.data("roundabout").clicktofocuscallback])
								}
								return false
							}
						})
					})
				}
				if (h.btnnext) {
					a(h.btnnext).bind("click.roundabout", function() {
						if (!b.data("roundabout").animating) {
							d.animatetonextchild.apply(b, [b.data("roundabout").btnnextcallback])
						}
						return false
					})
				}
				if (h.btnprev) {
					a(h.btnprev).bind("click.roundabout", function() {
						d.animatetopreviouschild.apply(b, [b.data("roundabout").btnprevcallback]);
						return false
					})
				}
				if (h.btntoggleautoplay) {
					a(h.btntoggleautoplay).bind("click.roundabout", function() {
						d.toggleautoplay.apply(b);
						return false
					})
				}
				if (h.btnstartautoplay) {
					a(h.btnstartautoplay).bind("click.roundabout", function() {
						d.startautoplay.apply(b);
						return false
					})
				}
				if (h.btnstopautoplay) {
					a(h.btnstopautoplay).bind("click.roundabout", function() {
						d.stopautoplay.apply(b);
						return false
					})
				}
				if (h.autoplaypauseonhover) {
					b.bind("mouseenter.roundabout.autoplay", function() {
						d.stopautoplay.apply(b, [true])
					}).bind("mouseleave.roundabout.autoplay", function() {
						d.startautoplay.apply(b)
					})
				}
				if (h.enabledrag) {
					if (!a.isfunction(b.drag)) {
						if (h.debug) {
							alert("you do not have the drag plugin loaded.")
						}
					} else if (!a.isfunction(b.drop)) {
						if (h.debug) {
							alert("you do not have the drop plugin loaded.")
						}
					} else {
						b.drag(function(a, c) {
							var e = b.data("roundabout"),
								f = e.dragaxis.tolowercase() === "x" ? "deltax" : "deltay";
							d.stopanimation.apply(b);
							d.setbearing.apply(b, [e.dragbearing + c[f] / e.dragfactor])
						}).drop(function(a) {
							var c = b.data("roundabout"),
								e = d.getanimatetomethod(c.dropanimateto);
							d.allowanimation.apply(b);
							d[e].apply(b, [c.dropduration, c.dropeasing, c.dropcallback]);
							c.dragbearing = c.period * d.getnearestchild.apply(b)
						})
					}
					b.each(function() {
						var b = a(this).get(0),
							c = a(this).data("roundabout"),
							e = c.dragaxis.tolowercase() === "x" ? "pagex" : "pagey",
							f = d.getanimatetomethod(c.dropanimateto);
						if (b.addeventlistener) {
							b.addeventlistener("touchstart", function(a) {
								c.touchmovestartposition = a.touches[0][e]
							}, false);
							b.addeventlistener("touchmove", function(b) {
								var f = (b.touches[0][e] - c.touchmovestartposition) / c.dragfactor;
								b.preventdefault();
								d.stopanimation.apply(a(this));
								d.setbearing.apply(a(this), [c.dragbearing + f])
							}, false);
							b.addeventlistener("touchend", function(b) {
								b.preventdefault();
								d.allowanimation.apply(a(this));
								f = d.getanimatetomethod(c.dropanimateto);
								d[f].apply(a(this), [c.dropduration, c.dropeasing, c.dropcallback]);
								c.dragbearing = c.period * d.getnearestchild.apply(a(this))
							}, false)
						}
					})
				}
				d.initchildren.apply(b, [f, g])
			})
		},
		initchildren: function(b, c) {
			var e = a(this),
				f = e.data("roundabout");
			b = b || function() {};
			e.children(f.childselector).each(function(b) {
				var f, g, h, i = d.getplacement.apply(e, [b]);
				if (c && a(this).data("roundabout")) {
					f = a(this).data("roundabout").startwidth;
					g = a(this).data("roundabout").startheight;
					h = a(this).data("roundabout").startfontsize
				}
				a(this).addclass("roundabout-moveable-item").css("position", "absolute");
				a(this).data("roundabout", {
					startwidth: f || a(this).width(),
					startheight: g || a(this).height(),
					startfontsize: h || parseint(a(this).css("font-size"), 10),
					degrees: i,
					backdegrees: d.normalize.apply(null, [i - 180]),
					childnumber: b,
					currentscale: 1,
					parent: e
				})
			});
			d.updatechildren.apply(e);
			if (f.autoplay) {
				f.autoplaystarttimeout = settimeout(function() {
					d.startautoplay.apply(e)
				}, f.autoplayinitialdelay)
			}
			e.trigger("ready");
			b.apply(e);
			return e
		},
		updatechildren: function() {
			return this.each(function() {
				var b = a(this),
					c = b.data("roundabout"),
					e = -1,
					f = {
						bearing: c.bearing,
						tilt: c.tilt,
						stage: {
							width: math.floor(a(this).width() * .9),
							height: math.floor(a(this).height() * .9)
						},
						animating: c.animating,
						infocus: c.childinfocus,
						focusbearingradian: d.degtorad.apply(null, [c.focusbearing]),
						shape: a.roundaboutshapes[c.shape] || a.roundaboutshapes[a.roundaboutshapes.def]
					};
				f.midstage = {
					width: f.stage.width / 2,
					height: f.stage.height / 2
				};
				f.nudge = {
					width: f.midstage.width + f.stage.width * .05,
					height: f.midstage.height + f.stage.height * .05
				};
				f.zvalues = {
					min: c.minz,
					max: c.maxz,
					diff: c.maxz - c.minz
				};
				f.opacity = {
					min: c.minopacity,
					max: c.maxopacity,
					diff: c.maxopacity - c.minopacity
				};
				f.scale = {
					min: c.minscale,
					max: c.maxscale,
					diff: c.maxscale - c.minscale
				};
				b.children(c.childselector).each(function(g) {
					if (d.updatechild.apply(b, [a(this), f, g, function() {
							a(this).trigger("ready")
						}]) && (!f.animating || c.lastanimationstep)) {
						e = g;
						a(this).addclass("roundabout-in-focus")
					} else {
						a(this).removeclass("roundabout-in-focus")
					}
				});
				if (e !== f.infocus) {
					if (c.triggerblurevents) {
						b.children(c.childselector).eq(f.infocus).trigger("blur")
					}
					c.childinfocus = e;
					if (c.triggerfocusevents && e !== -1) {
						b.children(c.childselector).eq(e).trigger("focus")
					}
				}
				b.trigger("childrenupdated")
			})
		},
		updatechild: function(b, c, e, f) {
			var g, h = this,
				i = a(b),
				j = i.data("roundabout"),
				k = [],
				l = d.degtorad.apply(null, [360 - j.degrees + c.bearing]);
			f = f || function() {};
			l = d.normalizerad.apply(null, [l]);
			g = c.shape(l, c.focusbearingradian, c.tilt);
			g.scale = g.scale > 1 ? 1 : g.scale;
			g.adjustedscale = (c.scale.min + c.scale.diff * g.scale).tofixed(4);
			g.width = (g.adjustedscale * j.startwidth).tofixed(4);
			g.height = (g.adjustedscale * j.startheight).tofixed(4);
			i.css({
				left: (g.x * c.midstage.width + c.nudge.width - g.width / 2).tofixed(0) + "px",
				top: (g.y * c.midstage.height + c.nudge.height - g.height / 2).tofixed(0) + "px",
				width: g.width + "px",
				height: g.height + "px",
				opacity: (c.opacity.min + c.opacity.diff * g.scale).tofixed(2),
				zindex: math.round(c.zvalues.min + c.zvalues.diff * g.z),
				fontsize: (g.adjustedscale * j.startfontsize).tofixed(1) + "px"
			});
			j.currentscale = g.adjustedscale;
			if (h.data("roundabout").debug) {
				k.push('<div style="font-weight: normal; font-size: 10px; padding: 2px; width: ' + i.css("width") +
					'; background-color: #ffc;">');
				k.push('<strong style="font-size: 12px; white-space: nowrap;">child ' + e + "</strong><br />");
				k.push("<strong>left:</strong> " + i.css("left") + "<br />");
				k.push("<strong>top:</strong> " + i.css("top") + "<br />");
				k.push("<strong>width:</strong> " + i.css("width") + "<br />");
				k.push("<strong>opacity:</strong> " + i.css("opacity") + "<br />");
				k.push("<strong>height:</strong> " + i.css("height") + "<br />");
				k.push("<strong>z-index:</strong> " + i.css("z-index") + "<br />");
				k.push("<strong>font-size:</strong> " + i.css("font-size") + "<br />");
				k.push("<strong>scale:</strong> " + i.data("roundabout").currentscale);
				k.push("</div>");
				i.html(k.join(""))
			}
			i.trigger("reposition");
			f.apply(h);
			return d.isinfocus.apply(h, [j.degrees])
		},
		setbearing: function(b, c) {
			c = c || function() {};
			b = d.normalize.apply(null, [b]);
			this.each(function() {
				var c, e, f, g = a(this),
					h = g.data("roundabout"),
					i = h.bearing;
				h.bearing = b;
				g.trigger("bearingset");
				d.updatechildren.apply(g);
				c = math.abs(i - b);
				if (!h.animating || c > 180) {
					return
				}
				c = math.abs(i - b);
				g.children(h.childselector).each(function(c) {
					var e;
					if (d.ischildbackdegreesbetween.apply(a(this), [b, i])) {
						e = i > b ? "clockwise" : "counterclockwise";
						a(this).trigger("move" + e + "throughback")
					}
				})
			});
			c.apply(this);
			return this
		},
		adjustbearing: function(b, c) {
			c = c || function() {};
			if (b === 0) {
				return this
			}
			this.each(function() {
				d.setbearing.apply(a(this), [a(this).data("roundabout").bearing + b])
			});
			c.apply(this);
			return this
		},
		settilt: function(b, c) {
			c = c || function() {};
			this.each(function() {
				a(this).data("roundabout").tilt = b;
				d.updatechildren.apply(a(this))
			});
			c.apply(this);
			return this
		},
		adjusttilt: function(b, c) {
			c = c || function() {};
			this.each(function() {
				d.settilt.apply(a(this), [a(this).data("roundabout").tilt + b])
			});
			c.apply(this);
			return this
		},
		animatetobearing: function(b, c, e, f, g) {
			var h = (new date).gettime();
			g = g || function() {};
			if (a.isfunction(f)) {
				g = f;
				f = null
			} else if (a.isfunction(e)) {
				g = e;
				e = null
			} else if (a.isfunction(c)) {
				g = c;
				c = null
			}
			this.each(function() {
				var i, j, k, l = a(this),
					m = l.data("roundabout"),
					n = !c ? m.duration : c,
					o = e ? e : m.easing || "swing";
				if (!f) {
					f = {
						timerstart: h,
						start: m.bearing,
						totaltime: n
					}
				}
				i = h - f.timerstart;
				if (m.stopanimation) {
					d.allowanimation.apply(l);
					m.animating = false;
					return
				}
				if (i < n) {
					if (!m.animating) {
						l.trigger("animationstart")
					}
					m.animating = true;
					if (typeof a.easing.def === "string") {
						j = a.easing[o] || a.easing[a.easing.def];
						k = j(null, i, f.start, b - f.start, f.totaltime)
					} else {
						k = a.easing[o](i / f.totaltime, i, f.start, b - f.start, f.totaltime)
					}
					if (d.compareversions.apply(null, [a().jquery, "1.7.2"]) >= 0 && !a.easing["easeoutback"]) {
						k = f.start + (b - f.start) * k
					}
					k = d.normalize.apply(null, [k]);
					m.dragbearing = k;
					d.setbearing.apply(l, [k, function() {
						settimeout(function() {
							d.animatetobearing.apply(l, [b, n, o, f, g])
						}, 0)
					}])
				} else {
					m.lastanimationstep = true;
					b = d.normalize.apply(null, [b]);
					d.setbearing.apply(l, [b, function() {
						l.trigger("animationend")
					}]);
					m.animating = false;
					m.lastanimationstep = false;
					m.dragbearing = b;
					g.apply(l)
				}
			});
			return this
		},
		animatetonearbychild: function(b, c) {
			var e = b[0],
				f = b[1],
				g = b[2] || function() {};
			if (a.isfunction(f)) {
				g = f;
				f = null
			} else if (a.isfunction(e)) {
				g = e;
				e = null
			}
			return this.each(function() {
				var b, h, i = a(this),
					j = i.data("roundabout"),
					k = !j.reflect ? j.bearing % 360 : j.bearing,
					l = i.children(j.childselector).length;
				if (!j.animating) {
					if (j.reflect && c === "previous" || !j.reflect && c === "next") {
						k = math.abs(k) < j.floatcomparisonthreshold ? 360 : k;
						for (b = 0; b < l; b += 1) {
							h = {
								lower: j.period * b,
								upper: j.period * (b + 1)
							};
							h.upper = b === l - 1 ? 360 : h.upper;
							if (k <= math.ceil(h.upper) && k >= math.floor(h.lower)) {
								if (l === 2 && k === 360) {
									d.animatetodelta.apply(i, [-180, e, f, g])
								} else {
									d.animatebearingtofocus.apply(i, [h.lower, e, f, g])
								}
								break
							}
						}
					} else {
						k = math.abs(k) < j.floatcomparisonthreshold || 360 - math.abs(k) < j.floatcomparisonthreshold ? 0 : k;
						for (b = l - 1; b >= 0; b -= 1) {
							h = {
								lower: j.period * b,
								upper: j.period * (b + 1)
							};
							h.upper = b === l - 1 ? 360 : h.upper;
							if (k >= math.floor(h.lower) && k < math.ceil(h.upper)) {
								if (l === 2 && k === 360) {
									d.animatetodelta.apply(i, [180, e, f, g])
								} else {
									d.animatebearingtofocus.apply(i, [h.upper, e, f, g])
								}
								break
							}
						}
					}
				}
			})
		},
		animatetonearestchild: function(b, c, e) {
			e = e || function() {};
			if (a.isfunction(c)) {
				e = c;
				c = null
			} else if (a.isfunction(b)) {
				e = b;
				b = null
			}
			return this.each(function() {
				var f = d.getnearestchild.apply(a(this));
				d.animatetochild.apply(a(this), [f, b, c, e])
			})
		},
		animatetochild: function(b, c, e, f) {
			f = f || function() {};
			if (a.isfunction(e)) {
				f = e;
				e = null
			} else if (a.isfunction(c)) {
				f = c;
				c = null
			}
			return this.each(function() {
				var g, h = a(this),
					i = h.data("roundabout");
				if (i.childinfocus !== b && !i.animating) {
					g = h.children(i.childselector).eq(b);
					d.animatebearingtofocus.apply(h, [g.data("roundabout").degrees, c, e, f])
				}
			})
		},
		animatetonextchild: function(a, b, c) {
			return d.animatetonearbychild.apply(this, [arguments, "next"])
		},
		animatetopreviouschild: function(a, b, c) {
			return d.animatetonearbychild.apply(this, [arguments, "previous"])
		},
		animatetodelta: function(b, c, e, f) {
			f = f || function() {};
			if (a.isfunction(e)) {
				f = e;
				e = null
			} else if (a.isfunction(c)) {
				f = c;
				c = null
			}
			return this.each(function() {
				var g = a(this).data("roundabout").bearing + b;
				d.animatetobearing.apply(a(this), [g, c, e, f])
			})
		},
		animatebearingtofocus: function(b, c, e, f) {
			f = f || function() {};
			if (a.isfunction(e)) {
				f = e;
				e = null
			} else if (a.isfunction(c)) {
				f = c;
				c = null
			}
			return this.each(function() {
				var g = a(this).data("roundabout").bearing - b;
				g = math.abs(360 - g) < math.abs(g) ? 360 - g : -g;
				g = g > 180 ? -(360 - g) : g;
				if (g !== 0) {
					d.animatetodelta.apply(a(this), [g, c, e, f])
				}
			})
		},
		stopanimation: function() {
			return this.each(function() {
				a(this).data("roundabout").stopanimation = true
			})
		},
		allowanimation: function() {
			return this.each(function() {
				a(this).data("roundabout").stopanimation = false
			})
		},
		startautoplay: function(b) {
			return this.each(function() {
				var c = a(this),
					e = c.data("roundabout");
				b = b || e.autoplaycallback || function() {};
				clearinterval(e.autoplayinterval);
				e.autoplayinterval = setinterval(function() {
					d.animatetonextchild.apply(c, [b])
				}, e.autoplayduration);
				e.autoplayisrunning = true;
				c.trigger("autoplaystart")
			})
		},
		stopautoplay: function(b) {
			return this.each(function() {
				clearinterval(a(this).data("roundabout").autoplayinterval);
				a(this).data("roundabout").autoplayinterval = null;
				a(this).data("roundabout").autoplayisrunning = false;
				if (!b) {
					a(this).unbind(".autoplay")
				}
				a(this).trigger("autoplaystop")
			})
		},
		toggleautoplay: function(b) {
			return this.each(function() {
				var c = a(this),
					e = c.data("roundabout");
				b = b || e.autoplaycallback || function() {};
				if (!d.isautoplaying.apply(a(this))) {
					d.startautoplay.apply(a(this), [b])
				} else {
					d.stopautoplay.apply(a(this), [b])
				}
			})
		},
		isautoplaying: function() {
			return this.data("roundabout").autoplayisrunning
		},
		changeautoplayduration: function(b) {
			return this.each(function() {
				var c = a(this),
					e = c.data("roundabout");
				e.autoplayduration = b;
				if (d.isautoplaying.apply(c)) {
					d.stopautoplay.apply(c);
					settimeout(function() {
						d.startautoplay.apply(c)
					}, 10)
				}
			})
		},
		normalize: function(a) {
			var b = a % 360;
			return b < 0 ? 360 + b : b
		},
		normalizerad: function(a) {
			while (a < 0) {
				a += math.pi * 2
			}
			while (a > math.pi * 2) {
				a -= math.pi * 2
			}
			return a
		},
		ischildbackdegreesbetween: function(b, c) {
			var d = a(this).data("roundabout").backdegrees;
			if (b > c) {
				return d >= c && d < b
			} else {
				return d < c && d >= b
			}
		},
		getanimatetomethod: function(a) {
			a = a.tolowercase();
			if (a === "next") {
				return "animatetonextchild"
			} else if (a === "previous") {
				return "animatetopreviouschild"
			}
			return "animatetonearestchild"
		},
		relayoutchildren: function() {
			return this.each(function() {
				var b = a(this),
					c = a.extend({}, b.data("roundabout"));
				c.startingchild = b.data("roundabout").childinfocus;
				d.init.apply(b, [c, null, true])
			})
		},
		getnearestchild: function() {
			var b = a(this),
				c = b.data("roundabout"),
				d = b.children(c.childselector).length;
			if (!c.reflect) {
				return (d - math.round(c.bearing / c.period) % d) % d
			} else {
				return math.round(c.bearing / c.period) % d
			}
		},
		degtorad: function(a) {
			return d.normalize.apply(null, [a]) * math.pi / 180
		},
		getplacement: function(a) {
			var b = this.data("roundabout");
			return !b.reflect ? 360 - b.period * a : b.period * a
		},
		isinfocus: function(a) {
			var b, c = this,
				e = c.data("roundabout"),
				f = d.normalize.apply(null, [e.bearing]);
			a = d.normalize.apply(null, [a]);
			b = math.abs(f - a);
			return b <= e.floatcomparisonthreshold || b >= 360 - e.floatcomparisonthreshold
		},
		getchildinfocus: function() {
			var b = a(this).data("roundabout");
			return b.childinfocus > -1 ? b.childinfocus : false
		},
		compareversions: function(a, b) {
			var c, d = a.split(/\./i),
				e = b.split(/\./i),
				f = d.length > e.length ? d.length : e.length;
			for (c = 0; c <= f; c++) {
				if (d[c] && !e[c] && parseint(d[c], 10) !== 0) {
					return 1
				} else if (e[c] && !d[c] && parseint(e[c], 10) !== 0) {
					return -1
				} else if (d[c] === e[c]) {
					continue
				}
				if (d[c] && e[c]) {
					if (parseint(d[c], 10) > parseint(e[c], 10)) {
						return 1
					} else {
						return -1
					}
				}
			}
			return 0
		}
	};
	a.fn.roundabout = function(b) {
		if (d[b]) {
			return d[b].apply(this, array.prototype.slice.call(arguments, 1))
		} else if (typeof b === "object" || a.isfunction(b) || !b) {
			return d.init.apply(this, arguments)
		} else {
			a.error("method " + b + " does not exist for jquery.roundabout.")
		}
	}
})(jquery)