elm.js

var Elm = Elm || { Native: {} };
Elm.Array = Elm.Array || {};
Elm.Array.make = function (_elm) {
   "use strict";
   _elm.Array = _elm.Array || {};
   if (_elm.Array.values)
   return _elm.Array.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Array",
   $Basics = Elm.Basics.make(_elm),
   $List = Elm.List.make(_elm),
   $Maybe = Elm.Maybe.make(_elm),
   $Native$Array = Elm.Native.Array.make(_elm);
   var append = $Native$Array.append;
   var length = $Native$Array.length;
   var isEmpty = function (array) {
      return _U.eq(length(array),
      0);
   };
   var slice = $Native$Array.slice;
   var set = $Native$Array.set;
   var get = F2(function (i,
   array) {
      return _U.cmp(0,
      i) < 1 && _U.cmp(i,
      $Native$Array.length(array)) < 0 ? $Maybe.Just(A2($Native$Array.get,
      i,
      array)) : $Maybe.Nothing;
   });
   var push = $Native$Array.push;
   var empty = $Native$Array.empty;
   var filter = F2(function (isOkay,
   arr) {
      return function () {
         var update = F2(function (x,
         xs) {
            return isOkay(x) ? A2($Native$Array.push,
            x,
            xs) : xs;
         });
         return A3($Native$Array.foldl,
         update,
         $Native$Array.empty,
         arr);
      }();
   });
   var foldr = $Native$Array.foldr;
   var foldl = $Native$Array.foldl;
   var indexedMap = $Native$Array.indexedMap;
   var map = $Native$Array.map;
   var toIndexedList = function (array) {
      return A3($List.map2,
      F2(function (v0,v1) {
         return {ctor: "_Tuple2"
                ,_0: v0
                ,_1: v1};
      }),
      _L.range(0,
      $Native$Array.length(array) - 1),
      $Native$Array.toList(array));
   };
   var toList = $Native$Array.toList;
   var fromList = $Native$Array.fromList;
   var initialize = $Native$Array.initialize;
   var repeat = F2(function (n,e) {
      return A2(initialize,
      n,
      $Basics.always(e));
   });
   var Array = {ctor: "Array"};
   _elm.Array.values = {_op: _op
                       ,empty: empty
                       ,repeat: repeat
                       ,initialize: initialize
                       ,fromList: fromList
                       ,isEmpty: isEmpty
                       ,length: length
                       ,push: push
                       ,append: append
                       ,get: get
                       ,set: set
                       ,slice: slice
                       ,toList: toList
                       ,toIndexedList: toIndexedList
                       ,map: map
                       ,indexedMap: indexedMap
                       ,filter: filter
                       ,foldl: foldl
                       ,foldr: foldr};
   return _elm.Array.values;
};
Elm.Basics = Elm.Basics || {};
Elm.Basics.make = function (_elm) {
   "use strict";
   _elm.Basics = _elm.Basics || {};
   if (_elm.Basics.values)
   return _elm.Basics.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Basics",
   $Native$Basics = Elm.Native.Basics.make(_elm),
   $Native$Show = Elm.Native.Show.make(_elm),
   $Native$Utils = Elm.Native.Utils.make(_elm);
   var uncurry = F2(function (f,
   _v0) {
      return function () {
         switch (_v0.ctor)
         {case "_Tuple2": return A2(f,
              _v0._0,
              _v0._1);}
         _U.badCase($moduleName,
         "on line 595, column 3 to 8");
      }();
   });
   var curry = F3(function (f,
   a,
   b) {
      return f({ctor: "_Tuple2"
               ,_0: a
               ,_1: b});
   });
   var flip = F3(function (f,b,a) {
      return A2(f,a,b);
   });
   var snd = function (_v4) {
      return function () {
         switch (_v4.ctor)
         {case "_Tuple2": return _v4._1;}
         _U.badCase($moduleName,
         "on line 573, column 3 to 4");
      }();
   };
   var fst = function (_v8) {
      return function () {
         switch (_v8.ctor)
         {case "_Tuple2": return _v8._0;}
         _U.badCase($moduleName,
         "on line 567, column 3 to 4");
      }();
   };
   var always = F2(function (a,
   _v12) {
      return function () {
         return a;
      }();
   });
   var identity = function (x) {
      return x;
   };
   _op["<|"] = F2(function (f,x) {
      return f(x);
   });
   _op["|>"] = F2(function (x,f) {
      return f(x);
   });
   _op[">>"] = F3(function (f,
   g,
   x) {
      return g(f(x));
   });
   _op["<<"] = F3(function (g,
   f,
   x) {
      return g(f(x));
   });
   _op["++"] = $Native$Utils.append;
   var toString = $Native$Show.toString;
   var isInfinite = $Native$Basics.isInfinite;
   var isNaN = $Native$Basics.isNaN;
   var toFloat = $Native$Basics.toFloat;
   var ceiling = $Native$Basics.ceiling;
   var floor = $Native$Basics.floor;
   var truncate = $Native$Basics.truncate;
   var round = $Native$Basics.round;
   var otherwise = true;
   var not = $Native$Basics.not;
   var xor = $Native$Basics.xor;
   _op["||"] = $Native$Basics.or;
   _op["&&"] = $Native$Basics.and;
   var max = $Native$Basics.max;
   var min = $Native$Basics.min;
   var GT = {ctor: "GT"};
   var EQ = {ctor: "EQ"};
   var LT = {ctor: "LT"};
   var compare = $Native$Basics.compare;
   _op[">="] = $Native$Basics.ge;
   _op["<="] = $Native$Basics.le;
   _op[">"] = $Native$Basics.gt;
   _op["<"] = $Native$Basics.lt;
   _op["/="] = $Native$Basics.neq;
   _op["=="] = $Native$Basics.eq;
   var e = $Native$Basics.e;
   var pi = $Native$Basics.pi;
   var clamp = $Native$Basics.clamp;
   var logBase = $Native$Basics.logBase;
   var abs = $Native$Basics.abs;
   var negate = $Native$Basics.negate;
   var sqrt = $Native$Basics.sqrt;
   var atan2 = $Native$Basics.atan2;
   var atan = $Native$Basics.atan;
   var asin = $Native$Basics.asin;
   var acos = $Native$Basics.acos;
   var tan = $Native$Basics.tan;
   var sin = $Native$Basics.sin;
   var cos = $Native$Basics.cos;
   _op["^"] = $Native$Basics.exp;
   _op["%"] = $Native$Basics.mod;
   var rem = $Native$Basics.rem;
   _op["//"] = $Native$Basics.div;
   _op["/"] = $Native$Basics.floatDiv;
   _op["*"] = $Native$Basics.mul;
   _op["-"] = $Native$Basics.sub;
   _op["+"] = $Native$Basics.add;
   var toPolar = $Native$Basics.toPolar;
   var fromPolar = $Native$Basics.fromPolar;
   var turns = $Native$Basics.turns;
   var degrees = $Native$Basics.degrees;
   var radians = function (t) {
      return t;
   };
   _elm.Basics.values = {_op: _op
                        ,max: max
                        ,min: min
                        ,compare: compare
                        ,not: not
                        ,xor: xor
                        ,otherwise: otherwise
                        ,rem: rem
                        ,negate: negate
                        ,abs: abs
                        ,sqrt: sqrt
                        ,clamp: clamp
                        ,logBase: logBase
                        ,e: e
                        ,pi: pi
                        ,cos: cos
                        ,sin: sin
                        ,tan: tan
                        ,acos: acos
                        ,asin: asin
                        ,atan: atan
                        ,atan2: atan2
                        ,round: round
                        ,floor: floor
                        ,ceiling: ceiling
                        ,truncate: truncate
                        ,toFloat: toFloat
                        ,degrees: degrees
                        ,radians: radians
                        ,turns: turns
                        ,toPolar: toPolar
                        ,fromPolar: fromPolar
                        ,isNaN: isNaN
                        ,isInfinite: isInfinite
                        ,toString: toString
                        ,fst: fst
                        ,snd: snd
                        ,identity: identity
                        ,always: always
                        ,flip: flip
                        ,curry: curry
                        ,uncurry: uncurry
                        ,LT: LT
                        ,EQ: EQ
                        ,GT: GT};
   return _elm.Basics.values;
};
Elm.Color = Elm.Color || {};
Elm.Color.make = function (_elm) {
   "use strict";
   _elm.Color = _elm.Color || {};
   if (_elm.Color.values)
   return _elm.Color.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Color",
   $Basics = Elm.Basics.make(_elm);
   var Radial = F5(function (a,
   b,
   c,
   d,
   e) {
      return {ctor: "Radial"
             ,_0: a
             ,_1: b
             ,_2: c
             ,_3: d
             ,_4: e};
   });
   var radial = Radial;
   var Linear = F3(function (a,
   b,
   c) {
      return {ctor: "Linear"
             ,_0: a
             ,_1: b
             ,_2: c};
   });
   var linear = Linear;
   var fmod = F2(function (f,n) {
      return function () {
         var integer = $Basics.floor(f);
         return $Basics.toFloat(A2($Basics._op["%"],
         integer,
         n)) + f - $Basics.toFloat(integer);
      }();
   });
   var rgbToHsl = F3(function (red,
   green,
   blue) {
      return function () {
         var b = $Basics.toFloat(blue) / 255;
         var g = $Basics.toFloat(green) / 255;
         var r = $Basics.toFloat(red) / 255;
         var cMax = A2($Basics.max,
         A2($Basics.max,r,g),
         b);
         var cMin = A2($Basics.min,
         A2($Basics.min,r,g),
         b);
         var c = cMax - cMin;
         var lightness = (cMax + cMin) / 2;
         var saturation = _U.eq(lightness,
         0) ? 0 : c / (1 - $Basics.abs(2 * lightness - 1));
         var hue = $Basics.degrees(60) * (_U.eq(cMax,
         r) ? A2(fmod,
         (g - b) / c,
         6) : _U.eq(cMax,
         g) ? (b - r) / c + 2 : _U.eq(cMax,
         b) ? (r - g) / c + 4 : _U.badIf($moduleName,
         "between lines 150 and 152"));
         return {ctor: "_Tuple3"
                ,_0: hue
                ,_1: saturation
                ,_2: lightness};
      }();
   });
   var hslToRgb = F3(function (hue,
   saturation,
   lightness) {
      return function () {
         var hue$ = hue / $Basics.degrees(60);
         var chroma = (1 - $Basics.abs(2 * lightness - 1)) * saturation;
         var x = chroma * (1 - $Basics.abs(A2(fmod,
         hue$,
         2) - 1));
         var $ = _U.cmp(hue$,
         0) < 0 ? {ctor: "_Tuple3"
                  ,_0: 0
                  ,_1: 0
                  ,_2: 0} : _U.cmp(hue$,
         1) < 0 ? {ctor: "_Tuple3"
                  ,_0: chroma
                  ,_1: x
                  ,_2: 0} : _U.cmp(hue$,
         2) < 0 ? {ctor: "_Tuple3"
                  ,_0: x
                  ,_1: chroma
                  ,_2: 0} : _U.cmp(hue$,
         3) < 0 ? {ctor: "_Tuple3"
                  ,_0: 0
                  ,_1: chroma
                  ,_2: x} : _U.cmp(hue$,
         4) < 0 ? {ctor: "_Tuple3"
                  ,_0: 0
                  ,_1: x
                  ,_2: chroma} : _U.cmp(hue$,
         5) < 0 ? {ctor: "_Tuple3"
                  ,_0: x
                  ,_1: 0
                  ,_2: chroma} : _U.cmp(hue$,
         6) < 0 ? {ctor: "_Tuple3"
                  ,_0: chroma
                  ,_1: 0
                  ,_2: x} : {ctor: "_Tuple3"
                            ,_0: 0
                            ,_1: 0
                            ,_2: 0},
         r = $._0,
         g = $._1,
         b = $._2;
         var m = lightness - chroma / 2;
         return {ctor: "_Tuple3"
                ,_0: r + m
                ,_1: g + m
                ,_2: b + m};
      }();
   });
   var toRgb = function (color) {
      return function () {
         switch (color.ctor)
         {case "HSLA":
            return function () {
                 var $ = A3(hslToRgb,
                 color._0,
                 color._1,
                 color._2),
                 r = $._0,
                 g = $._1,
                 b = $._2;
                 return {_: {}
                        ,alpha: color._3
                        ,blue: $Basics.round(255 * b)
                        ,green: $Basics.round(255 * g)
                        ,red: $Basics.round(255 * r)};
              }();
            case "RGBA": return {_: {}
                                ,alpha: color._3
                                ,blue: color._2
                                ,green: color._1
                                ,red: color._0};}
         _U.badCase($moduleName,
         "between lines 124 and 132");
      }();
   };
   var toHsl = function (color) {
      return function () {
         switch (color.ctor)
         {case "HSLA": return {_: {}
                              ,alpha: color._3
                              ,hue: color._0
                              ,lightness: color._2
                              ,saturation: color._1};
            case "RGBA":
            return function () {
                 var $ = A3(rgbToHsl,
                 color._0,
                 color._1,
                 color._2),
                 h = $._0,
                 s = $._1,
                 l = $._2;
                 return {_: {}
                        ,alpha: color._3
                        ,hue: h
                        ,lightness: l
                        ,saturation: s};
              }();}
         _U.badCase($moduleName,
         "between lines 114 and 121");
      }();
   };
   var HSLA = F4(function (a,
   b,
   c,
   d) {
      return {ctor: "HSLA"
             ,_0: a
             ,_1: b
             ,_2: c
             ,_3: d};
   });
   var hsla = F4(function (hue,
   saturation,
   lightness,
   alpha) {
      return A4(HSLA,
      hue - $Basics.turns($Basics.toFloat($Basics.floor(hue / (2 * $Basics.pi)))),
      saturation,
      lightness,
      alpha);
   });
   var hsl = F3(function (hue,
   saturation,
   lightness) {
      return A4(hsla,
      hue,
      saturation,
      lightness,
      1);
   });
   var complement = function (color) {
      return function () {
         switch (color.ctor)
         {case "HSLA": return A4(hsla,
              color._0 + $Basics.degrees(180),
              color._1,
              color._2,
              color._3);
            case "RGBA":
            return function () {
                 var $ = A3(rgbToHsl,
                 color._0,
                 color._1,
                 color._2),
                 h = $._0,
                 s = $._1,
                 l = $._2;
                 return A4(hsla,
                 h + $Basics.degrees(180),
                 s,
                 l,
                 color._3);
              }();}
         _U.badCase($moduleName,
         "between lines 105 and 111");
      }();
   };
   var grayscale = function (p) {
      return A4(HSLA,0,0,1 - p,1);
   };
   var greyscale = function (p) {
      return A4(HSLA,0,0,1 - p,1);
   };
   var RGBA = F4(function (a,
   b,
   c,
   d) {
      return {ctor: "RGBA"
             ,_0: a
             ,_1: b
             ,_2: c
             ,_3: d};
   });
   var rgba = RGBA;
   var rgb = F3(function (r,g,b) {
      return A4(RGBA,r,g,b,1);
   });
   var lightRed = A4(RGBA,
   239,
   41,
   41,
   1);
   var red = A4(RGBA,204,0,0,1);
   var darkRed = A4(RGBA,
   164,
   0,
   0,
   1);
   var lightOrange = A4(RGBA,
   252,
   175,
   62,
   1);
   var orange = A4(RGBA,
   245,
   121,
   0,
   1);
   var darkOrange = A4(RGBA,
   206,
   92,
   0,
   1);
   var lightYellow = A4(RGBA,
   255,
   233,
   79,
   1);
   var yellow = A4(RGBA,
   237,
   212,
   0,
   1);
   var darkYellow = A4(RGBA,
   196,
   160,
   0,
   1);
   var lightGreen = A4(RGBA,
   138,
   226,
   52,
   1);
   var green = A4(RGBA,
   115,
   210,
   22,
   1);
   var darkGreen = A4(RGBA,
   78,
   154,
   6,
   1);
   var lightBlue = A4(RGBA,
   114,
   159,
   207,
   1);
   var blue = A4(RGBA,
   52,
   101,
   164,
   1);
   var darkBlue = A4(RGBA,
   32,
   74,
   135,
   1);
   var lightPurple = A4(RGBA,
   173,
   127,
   168,
   1);
   var purple = A4(RGBA,
   117,
   80,
   123,
   1);
   var darkPurple = A4(RGBA,
   92,
   53,
   102,
   1);
   var lightBrown = A4(RGBA,
   233,
   185,
   110,
   1);
   var brown = A4(RGBA,
   193,
   125,
   17,
   1);
   var darkBrown = A4(RGBA,
   143,
   89,
   2,
   1);
   var black = A4(RGBA,0,0,0,1);
   var white = A4(RGBA,
   255,
   255,
   255,
   1);
   var lightGrey = A4(RGBA,
   238,
   238,
   236,
   1);
   var grey = A4(RGBA,
   211,
   215,
   207,
   1);
   var darkGrey = A4(RGBA,
   186,
   189,
   182,
   1);
   var lightGray = A4(RGBA,
   238,
   238,
   236,
   1);
   var gray = A4(RGBA,
   211,
   215,
   207,
   1);
   var darkGray = A4(RGBA,
   186,
   189,
   182,
   1);
   var lightCharcoal = A4(RGBA,
   136,
   138,
   133,
   1);
   var charcoal = A4(RGBA,
   85,
   87,
   83,
   1);
   var darkCharcoal = A4(RGBA,
   46,
   52,
   54,
   1);
   _elm.Color.values = {_op: _op
                       ,rgb: rgb
                       ,rgba: rgba
                       ,hsl: hsl
                       ,hsla: hsla
                       ,greyscale: greyscale
                       ,grayscale: grayscale
                       ,complement: complement
                       ,linear: linear
                       ,radial: radial
                       ,toRgb: toRgb
                       ,toHsl: toHsl
                       ,red: red
                       ,orange: orange
                       ,yellow: yellow
                       ,green: green
                       ,blue: blue
                       ,purple: purple
                       ,brown: brown
                       ,lightRed: lightRed
                       ,lightOrange: lightOrange
                       ,lightYellow: lightYellow
                       ,lightGreen: lightGreen
                       ,lightBlue: lightBlue
                       ,lightPurple: lightPurple
                       ,lightBrown: lightBrown
                       ,darkRed: darkRed
                       ,darkOrange: darkOrange
                       ,darkYellow: darkYellow
                       ,darkGreen: darkGreen
                       ,darkBlue: darkBlue
                       ,darkPurple: darkPurple
                       ,darkBrown: darkBrown
                       ,white: white
                       ,lightGrey: lightGrey
                       ,grey: grey
                       ,darkGrey: darkGrey
                       ,lightCharcoal: lightCharcoal
                       ,charcoal: charcoal
                       ,darkCharcoal: darkCharcoal
                       ,black: black
                       ,lightGray: lightGray
                       ,gray: gray
                       ,darkGray: darkGray};
   return _elm.Color.values;
};
Elm.Debug = Elm.Debug || {};
Elm.Debug.make = function (_elm) {
   "use strict";
   _elm.Debug = _elm.Debug || {};
   if (_elm.Debug.values)
   return _elm.Debug.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Debug",
   $Graphics$Collage = Elm.Graphics.Collage.make(_elm),
   $Native$Debug = Elm.Native.Debug.make(_elm);
   var trace = $Native$Debug.tracePath;
   var watchSummary = $Native$Debug.watchSummary;
   var watch = $Native$Debug.watch;
   var crash = $Native$Debug.crash;
   var log = $Native$Debug.log;
   _elm.Debug.values = {_op: _op
                       ,log: log
                       ,crash: crash
                       ,watch: watch
                       ,watchSummary: watchSummary
                       ,trace: trace};
   return _elm.Debug.values;
};
Elm.Graphics = Elm.Graphics || {};
Elm.Graphics.Collage = Elm.Graphics.Collage || {};
Elm.Graphics.Collage.make = function (_elm) {
   "use strict";
   _elm.Graphics = _elm.Graphics || {};
   _elm.Graphics.Collage = _elm.Graphics.Collage || {};
   if (_elm.Graphics.Collage.values)
   return _elm.Graphics.Collage.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Graphics.Collage",
   $Basics = Elm.Basics.make(_elm),
   $Color = Elm.Color.make(_elm),
   $Graphics$Element = Elm.Graphics.Element.make(_elm),
   $List = Elm.List.make(_elm),
   $Native$Graphics$Collage = Elm.Native.Graphics.Collage.make(_elm),
   $Text = Elm.Text.make(_elm),
   $Transform2D = Elm.Transform2D.make(_elm);
   var ngon = F2(function (n,r) {
      return function () {
         var m = $Basics.toFloat(n);
         var t = 2 * $Basics.pi / m;
         var f = function (i) {
            return {ctor: "_Tuple2"
                   ,_0: r * $Basics.cos(t * i)
                   ,_1: r * $Basics.sin(t * i)};
         };
         return A2($List.map,
         f,
         _L.range(0,m - 1));
      }();
   });
   var oval = F2(function (w,h) {
      return function () {
         var hh = h / 2;
         var hw = w / 2;
         var n = 50;
         var t = 2 * $Basics.pi / n;
         var f = function (i) {
            return {ctor: "_Tuple2"
                   ,_0: hw * $Basics.cos(t * i)
                   ,_1: hh * $Basics.sin(t * i)};
         };
         return A2($List.map,
         f,
         _L.range(0,n - 1));
      }();
   });
   var circle = function (r) {
      return A2(oval,2 * r,2 * r);
   };
   var rect = F2(function (w,h) {
      return function () {
         var hh = h / 2;
         var hw = w / 2;
         return _L.fromArray([{ctor: "_Tuple2"
                              ,_0: 0 - hw
                              ,_1: 0 - hh}
                             ,{ctor: "_Tuple2"
                              ,_0: 0 - hw
                              ,_1: hh}
                             ,{ctor: "_Tuple2",_0: hw,_1: hh}
                             ,{ctor: "_Tuple2"
                              ,_0: hw
                              ,_1: 0 - hh}]);
      }();
   });
   var square = function (n) {
      return A2(rect,n,n);
   };
   var polygon = function (points) {
      return points;
   };
   var segment = F2(function (p1,
   p2) {
      return _L.fromArray([p1,p2]);
   });
   var path = function (ps) {
      return ps;
   };
   var collage = $Native$Graphics$Collage.collage;
   var alpha = F2(function (a,f) {
      return _U.replace([["alpha"
                         ,a]],
      f);
   });
   var rotate = F2(function (t,f) {
      return _U.replace([["theta"
                         ,f.theta + t]],
      f);
   });
   var scale = F2(function (s,f) {
      return _U.replace([["scale"
                         ,f.scale * s]],
      f);
   });
   var moveY = F2(function (y,f) {
      return _U.replace([["y"
                         ,f.y + y]],
      f);
   });
   var moveX = F2(function (x,f) {
      return _U.replace([["x"
                         ,f.x + x]],
      f);
   });
   var move = F2(function (_v0,f) {
      return function () {
         switch (_v0.ctor)
         {case "_Tuple2":
            return _U.replace([["x"
                               ,f.x + _v0._0]
                              ,["y",f.y + _v0._1]],
              f);}
         _U.badCase($moduleName,
         "on line 226, column 7 to 35");
      }();
   });
   var form = function (f) {
      return {_: {}
             ,alpha: 1
             ,form: f
             ,scale: 1
             ,theta: 0
             ,x: 0
             ,y: 0};
   };
   var Fill = function (a) {
      return {ctor: "Fill",_0: a};
   };
   var Line = function (a) {
      return {ctor: "Line",_0: a};
   };
   var FGroup = F2(function (a,b) {
      return {ctor: "FGroup"
             ,_0: a
             ,_1: b};
   });
   var group = function (fs) {
      return form(A2(FGroup,
      $Transform2D.identity,
      fs));
   };
   var groupTransform = F2(function (matrix,
   fs) {
      return form(A2(FGroup,
      matrix,
      fs));
   });
   var FElement = function (a) {
      return {ctor: "FElement"
             ,_0: a};
   };
   var toForm = function (e) {
      return form(FElement(e));
   };
   var FImage = F4(function (a,
   b,
   c,
   d) {
      return {ctor: "FImage"
             ,_0: a
             ,_1: b
             ,_2: c
             ,_3: d};
   });
   var sprite = F4(function (w,
   h,
   pos,
   src) {
      return form(A4(FImage,
      w,
      h,
      pos,
      src));
   });
   var FText = function (a) {
      return {ctor: "FText",_0: a};
   };
   var text = function (t) {
      return form(FText(t));
   };
   var FOutlinedText = F2(function (a,
   b) {
      return {ctor: "FOutlinedText"
             ,_0: a
             ,_1: b};
   });
   var outlinedText = F2(function (ls,
   t) {
      return form(A2(FOutlinedText,
      ls,
      t));
   });
   var FShape = F2(function (a,b) {
      return {ctor: "FShape"
             ,_0: a
             ,_1: b};
   });
   var fill = F2(function (style,
   shape) {
      return form(A2(FShape,
      Fill(style),
      shape));
   });
   var outlined = F2(function (style,
   shape) {
      return form(A2(FShape,
      Line(style),
      shape));
   });
   var FPath = F2(function (a,b) {
      return {ctor: "FPath"
             ,_0: a
             ,_1: b};
   });
   var traced = F2(function (style,
   path) {
      return form(A2(FPath,
      style,
      path));
   });
   var LineStyle = F6(function (a,
   b,
   c,
   d,
   e,
   f) {
      return {_: {}
             ,cap: c
             ,color: a
             ,dashOffset: f
             ,dashing: e
             ,join: d
             ,width: b};
   });
   var Clipped = {ctor: "Clipped"};
   var Sharp = function (a) {
      return {ctor: "Sharp",_0: a};
   };
   var Smooth = {ctor: "Smooth"};
   var Padded = {ctor: "Padded"};
   var Round = {ctor: "Round"};
   var Flat = {ctor: "Flat"};
   var defaultLine = {_: {}
                     ,cap: Flat
                     ,color: $Color.black
                     ,dashOffset: 0
                     ,dashing: _L.fromArray([])
                     ,join: Sharp(10)
                     ,width: 1};
   var solid = function (clr) {
      return _U.replace([["color"
                         ,clr]],
      defaultLine);
   };
   var dashed = function (clr) {
      return _U.replace([["color"
                         ,clr]
                        ,["dashing"
                         ,_L.fromArray([8,4])]],
      defaultLine);
   };
   var dotted = function (clr) {
      return _U.replace([["color"
                         ,clr]
                        ,["dashing"
                         ,_L.fromArray([3,3])]],
      defaultLine);
   };
   var Grad = function (a) {
      return {ctor: "Grad",_0: a};
   };
   var gradient = F2(function (grad,
   shape) {
      return A2(fill,
      Grad(grad),
      shape);
   });
   var Texture = function (a) {
      return {ctor: "Texture"
             ,_0: a};
   };
   var textured = F2(function (src,
   shape) {
      return A2(fill,
      Texture(src),
      shape);
   });
   var Solid = function (a) {
      return {ctor: "Solid",_0: a};
   };
   var filled = F2(function (color,
   shape) {
      return A2(fill,
      Solid(color),
      shape);
   });
   var Form = F6(function (a,
   b,
   c,
   d,
   e,
   f) {
      return {_: {}
             ,alpha: e
             ,form: f
             ,scale: b
             ,theta: a
             ,x: c
             ,y: d};
   });
   _elm.Graphics.Collage.values = {_op: _op
                                  ,collage: collage
                                  ,toForm: toForm
                                  ,filled: filled
                                  ,textured: textured
                                  ,gradient: gradient
                                  ,outlined: outlined
                                  ,traced: traced
                                  ,text: text
                                  ,outlinedText: outlinedText
                                  ,move: move
                                  ,moveX: moveX
                                  ,moveY: moveY
                                  ,scale: scale
                                  ,rotate: rotate
                                  ,alpha: alpha
                                  ,group: group
                                  ,groupTransform: groupTransform
                                  ,rect: rect
                                  ,oval: oval
                                  ,square: square
                                  ,circle: circle
                                  ,ngon: ngon
                                  ,polygon: polygon
                                  ,segment: segment
                                  ,path: path
                                  ,solid: solid
                                  ,dashed: dashed
                                  ,dotted: dotted
                                  ,defaultLine: defaultLine
                                  ,Form: Form
                                  ,LineStyle: LineStyle
                                  ,Flat: Flat
                                  ,Round: Round
                                  ,Padded: Padded
                                  ,Smooth: Smooth
                                  ,Sharp: Sharp
                                  ,Clipped: Clipped};
   return _elm.Graphics.Collage.values;
};
Elm.Graphics = Elm.Graphics || {};
Elm.Graphics.Element = Elm.Graphics.Element || {};
Elm.Graphics.Element.make = function (_elm) {
   "use strict";
   _elm.Graphics = _elm.Graphics || {};
   _elm.Graphics.Element = _elm.Graphics.Element || {};
   if (_elm.Graphics.Element.values)
   return _elm.Graphics.Element.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Graphics.Element",
   $Basics = Elm.Basics.make(_elm),
   $Color = Elm.Color.make(_elm),
   $List = Elm.List.make(_elm),
   $Maybe = Elm.Maybe.make(_elm),
   $Native$Graphics$Element = Elm.Native.Graphics.Element.make(_elm),
   $Text = Elm.Text.make(_elm);
   var DOut = {ctor: "DOut"};
   var outward = DOut;
   var DIn = {ctor: "DIn"};
   var inward = DIn;
   var DRight = {ctor: "DRight"};
   var right = DRight;
   var DLeft = {ctor: "DLeft"};
   var left = DLeft;
   var DDown = {ctor: "DDown"};
   var down = DDown;
   var DUp = {ctor: "DUp"};
   var up = DUp;
   var Position = F4(function (a,
   b,
   c,
   d) {
      return {_: {}
             ,horizontal: a
             ,vertical: b
             ,x: c
             ,y: d};
   });
   var Relative = function (a) {
      return {ctor: "Relative"
             ,_0: a};
   };
   var relative = Relative;
   var Absolute = function (a) {
      return {ctor: "Absolute"
             ,_0: a};
   };
   var absolute = Absolute;
   var N = {ctor: "N"};
   var bottomLeftAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: N
             ,vertical: N
             ,x: x
             ,y: y};
   });
   var Z = {ctor: "Z"};
   var middle = {_: {}
                ,horizontal: Z
                ,vertical: Z
                ,x: Relative(0.5)
                ,y: Relative(0.5)};
   var midLeft = _U.replace([["horizontal"
                             ,N]
                            ,["x",Absolute(0)]],
   middle);
   var middleAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: Z
             ,vertical: Z
             ,x: x
             ,y: y};
   });
   var midLeftAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: N
             ,vertical: Z
             ,x: x
             ,y: y};
   });
   var midBottomAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: Z
             ,vertical: N
             ,x: x
             ,y: y};
   });
   var P = {ctor: "P"};
   var topLeft = {_: {}
                 ,horizontal: N
                 ,vertical: P
                 ,x: Absolute(0)
                 ,y: Absolute(0)};
   var bottomLeft = _U.replace([["vertical"
                                ,N]],
   topLeft);
   var topRight = _U.replace([["horizontal"
                              ,P]],
   topLeft);
   var bottomRight = _U.replace([["horizontal"
                                 ,P]],
   bottomLeft);
   var midRight = _U.replace([["horizontal"
                              ,P]],
   midLeft);
   var midTop = _U.replace([["vertical"
                            ,P]
                           ,["y",Absolute(0)]],
   middle);
   var midBottom = _U.replace([["vertical"
                               ,N]],
   midTop);
   var topLeftAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: N
             ,vertical: P
             ,x: x
             ,y: y};
   });
   var topRightAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: P
             ,vertical: P
             ,x: x
             ,y: y};
   });
   var bottomRightAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: P
             ,vertical: N
             ,x: x
             ,y: y};
   });
   var midRightAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: P
             ,vertical: Z
             ,x: x
             ,y: y};
   });
   var midTopAt = F2(function (x,
   y) {
      return {_: {}
             ,horizontal: Z
             ,vertical: P
             ,x: x
             ,y: y};
   });
   var justified = $Native$Graphics$Element.block("justify");
   var centered = $Native$Graphics$Element.block("center");
   var rightAligned = $Native$Graphics$Element.block("right");
   var leftAligned = $Native$Graphics$Element.block("left");
   var show = function (value) {
      return leftAligned($Text.monospace($Text.fromString($Basics.toString(value))));
   };
   var Tiled = {ctor: "Tiled"};
   var Cropped = function (a) {
      return {ctor: "Cropped"
             ,_0: a};
   };
   var Fitted = {ctor: "Fitted"};
   var Plain = {ctor: "Plain"};
   var Custom = {ctor: "Custom"};
   var RawHtml = {ctor: "RawHtml"};
   var Spacer = {ctor: "Spacer"};
   var Flow = F2(function (a,b) {
      return {ctor: "Flow"
             ,_0: a
             ,_1: b};
   });
   var Container = F2(function (a,
   b) {
      return {ctor: "Container"
             ,_0: a
             ,_1: b};
   });
   var Image = F4(function (a,
   b,
   c,
   d) {
      return {ctor: "Image"
             ,_0: a
             ,_1: b
             ,_2: c
             ,_3: d};
   });
   var newElement = $Native$Graphics$Element.newElement;
   var image = F3(function (w,
   h,
   src) {
      return A3(newElement,
      w,
      h,
      A4(Image,Plain,w,h,src));
   });
   var fittedImage = F3(function (w,
   h,
   src) {
      return A3(newElement,
      w,
      h,
      A4(Image,Fitted,w,h,src));
   });
   var croppedImage = F4(function (pos,
   w,
   h,
   src) {
      return A3(newElement,
      w,
      h,
      A4(Image,Cropped(pos),w,h,src));
   });
   var tiledImage = F3(function (w,
   h,
   src) {
      return A3(newElement,
      w,
      h,
      A4(Image,Tiled,w,h,src));
   });
   var container = F4(function (w,
   h,
   pos,
   e) {
      return A3(newElement,
      w,
      h,
      A2(Container,pos,e));
   });
   var spacer = F2(function (w,h) {
      return A3(newElement,
      w,
      h,
      Spacer);
   });
   var link = F2(function (href,
   e) {
      return function () {
         var p = e.props;
         return {_: {}
                ,element: e.element
                ,props: _U.replace([["href"
                                    ,href]],
                p)};
      }();
   });
   var tag = F2(function (name,e) {
      return function () {
         var p = e.props;
         return {_: {}
                ,element: e.element
                ,props: _U.replace([["tag"
                                    ,name]],
                p)};
      }();
   });
   var color = F2(function (c,e) {
      return function () {
         var p = e.props;
         return {_: {}
                ,element: e.element
                ,props: _U.replace([["color"
                                    ,$Maybe.Just(c)]],
                p)};
      }();
   });
   var opacity = F2(function (o,
   e) {
      return function () {
         var p = e.props;
         return {_: {}
                ,element: e.element
                ,props: _U.replace([["opacity"
                                    ,o]],
                p)};
      }();
   });
   var height = F2(function (nh,
   e) {
      return function () {
         var p = e.props;
         var props = function () {
            var _v0 = e.element;
            switch (_v0.ctor)
            {case "Image":
               return _U.replace([["width"
                                  ,$Basics.round($Basics.toFloat(_v0._1) / $Basics.toFloat(_v0._2) * $Basics.toFloat(nh))]],
                 p);}
            return p;
         }();
         return {_: {}
                ,element: e.element
                ,props: _U.replace([["height"
                                    ,nh]],
                p)};
      }();
   });
   var width = F2(function (nw,e) {
      return function () {
         var p = e.props;
         var props = function () {
            var _v5 = e.element;
            switch (_v5.ctor)
            {case "Image":
               return _U.replace([["height"
                                  ,$Basics.round($Basics.toFloat(_v5._2) / $Basics.toFloat(_v5._1) * $Basics.toFloat(nw))]],
                 p);
               case "RawHtml":
               return _U.replace([["height"
                                  ,$Basics.snd(A2($Native$Graphics$Element.htmlHeight,
                                  nw,
                                  e.element))]],
                 p);}
            return p;
         }();
         return {_: {}
                ,element: e.element
                ,props: _U.replace([["width"
                                    ,nw]],
                props)};
      }();
   });
   var size = F3(function (w,h,e) {
      return A2(height,
      h,
      A2(width,w,e));
   });
   var sizeOf = function (e) {
      return {ctor: "_Tuple2"
             ,_0: e.props.width
             ,_1: e.props.height};
   };
   var heightOf = function (e) {
      return e.props.height;
   };
   var widthOf = function (e) {
      return e.props.width;
   };
   var above = F2(function (hi,
   lo) {
      return A3(newElement,
      A2($Basics.max,
      widthOf(hi),
      widthOf(lo)),
      heightOf(hi) + heightOf(lo),
      A2(Flow,
      DDown,
      _L.fromArray([hi,lo])));
   });
   var below = F2(function (lo,
   hi) {
      return A3(newElement,
      A2($Basics.max,
      widthOf(hi),
      widthOf(lo)),
      heightOf(hi) + heightOf(lo),
      A2(Flow,
      DDown,
      _L.fromArray([hi,lo])));
   });
   var beside = F2(function (lft,
   rht) {
      return A3(newElement,
      widthOf(lft) + widthOf(rht),
      A2($Basics.max,
      heightOf(lft),
      heightOf(rht)),
      A2(Flow,
      right,
      _L.fromArray([lft,rht])));
   });
   var layers = function (es) {
      return function () {
         var hs = A2($List.map,
         heightOf,
         es);
         var ws = A2($List.map,
         widthOf,
         es);
         return A3(newElement,
         A2($Maybe.withDefault,
         0,
         $List.maximum(ws)),
         A2($Maybe.withDefault,
         0,
         $List.maximum(hs)),
         A2(Flow,DOut,es));
      }();
   };
   var empty = A2(spacer,0,0);
   var flow = F2(function (dir,
   es) {
      return function () {
         var newFlow = F2(function (w,
         h) {
            return A3(newElement,
            w,
            h,
            A2(Flow,dir,es));
         });
         var maxOrZero = function (list) {
            return A2($Maybe.withDefault,
            0,
            $List.maximum(list));
         };
         var hs = A2($List.map,
         heightOf,
         es);
         var ws = A2($List.map,
         widthOf,
         es);
         return _U.eq(es,
         _L.fromArray([])) ? empty : function () {
            switch (dir.ctor)
            {case "DDown":
               return A2(newFlow,
                 maxOrZero(ws),
                 $List.sum(hs));
               case "DIn": return A2(newFlow,
                 maxOrZero(ws),
                 maxOrZero(hs));
               case "DLeft": return A2(newFlow,
                 $List.sum(ws),
                 maxOrZero(hs));
               case "DOut": return A2(newFlow,
                 maxOrZero(ws),
                 maxOrZero(hs));
               case "DRight":
               return A2(newFlow,
                 $List.sum(ws),
                 maxOrZero(hs));
               case "DUp": return A2(newFlow,
                 maxOrZero(ws),
                 $List.sum(hs));}
            _U.badCase($moduleName,
            "between lines 362 and 373");
         }();
      }();
   });
   var Properties = F9(function (a,
   b,
   c,
   d,
   e,
   f,
   g,
   h,
   i) {
      return {_: {}
             ,click: i
             ,color: e
             ,height: c
             ,hover: h
             ,href: f
             ,id: a
             ,opacity: d
             ,tag: g
             ,width: b};
   });
   var Element = F2(function (a,
   b) {
      return {_: {}
             ,element: b
             ,props: a};
   });
   _elm.Graphics.Element.values = {_op: _op
                                  ,image: image
                                  ,fittedImage: fittedImage
                                  ,croppedImage: croppedImage
                                  ,tiledImage: tiledImage
                                  ,leftAligned: leftAligned
                                  ,rightAligned: rightAligned
                                  ,centered: centered
                                  ,justified: justified
                                  ,show: show
                                  ,width: width
                                  ,height: height
                                  ,size: size
                                  ,color: color
                                  ,opacity: opacity
                                  ,link: link
                                  ,tag: tag
                                  ,widthOf: widthOf
                                  ,heightOf: heightOf
                                  ,sizeOf: sizeOf
                                  ,flow: flow
                                  ,up: up
                                  ,down: down
                                  ,left: left
                                  ,right: right
                                  ,inward: inward
                                  ,outward: outward
                                  ,layers: layers
                                  ,above: above
                                  ,below: below
                                  ,beside: beside
                                  ,empty: empty
                                  ,spacer: spacer
                                  ,container: container
                                  ,middle: middle
                                  ,midTop: midTop
                                  ,midBottom: midBottom
                                  ,midLeft: midLeft
                                  ,midRight: midRight
                                  ,topLeft: topLeft
                                  ,topRight: topRight
                                  ,bottomLeft: bottomLeft
                                  ,bottomRight: bottomRight
                                  ,absolute: absolute
                                  ,relative: relative
                                  ,middleAt: middleAt
                                  ,midTopAt: midTopAt
                                  ,midBottomAt: midBottomAt
                                  ,midLeftAt: midLeftAt
                                  ,midRightAt: midRightAt
                                  ,topLeftAt: topLeftAt
                                  ,topRightAt: topRightAt
                                  ,bottomLeftAt: bottomLeftAt
                                  ,bottomRightAt: bottomRightAt
                                  ,Element: Element
                                  ,Position: Position};
   return _elm.Graphics.Element.values;
};
Elm.List = Elm.List || {};
Elm.List.make = function (_elm) {
   "use strict";
   _elm.List = _elm.List || {};
   if (_elm.List.values)
   return _elm.List.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "List",
   $Basics = Elm.Basics.make(_elm),
   $Maybe = Elm.Maybe.make(_elm),
   $Native$List = Elm.Native.List.make(_elm);
   var sortWith = $Native$List.sortWith;
   var sortBy = $Native$List.sortBy;
   var sort = function (xs) {
      return A2(sortBy,
      $Basics.identity,
      xs);
   };
   var repeat = $Native$List.repeat;
   var drop = $Native$List.drop;
   var take = $Native$List.take;
   var map5 = $Native$List.map5;
   var map4 = $Native$List.map4;
   var map3 = $Native$List.map3;
   var map2 = $Native$List.map2;
   var any = $Native$List.any;
   var all = F2(function (pred,
   xs) {
      return $Basics.not(A2(any,
      function ($) {
         return $Basics.not(pred($));
      },
      xs));
   });
   var foldr = $Native$List.foldr;
   var foldl = $Native$List.foldl;
   var length = function (xs) {
      return A3(foldl,
      F2(function (_v0,i) {
         return function () {
            return i + 1;
         }();
      }),
      0,
      xs);
   };
   var sum = function (numbers) {
      return A3(foldl,
      F2(function (x,y) {
         return x + y;
      }),
      0,
      numbers);
   };
   var product = function (numbers) {
      return A3(foldl,
      F2(function (x,y) {
         return x * y;
      }),
      1,
      numbers);
   };
   var maximum = function (list) {
      return function () {
         switch (list.ctor)
         {case "::":
            return $Maybe.Just(A3(foldl,
              $Basics.max,
              list._0,
              list._1));}
         return $Maybe.Nothing;
      }();
   };
   var minimum = function (list) {
      return function () {
         switch (list.ctor)
         {case "::":
            return $Maybe.Just(A3(foldl,
              $Basics.min,
              list._0,
              list._1));}
         return $Maybe.Nothing;
      }();
   };
   var indexedMap = F2(function (f,
   xs) {
      return A3(map2,
      f,
      _L.range(0,length(xs) - 1),
      xs);
   });
   var member = F2(function (x,
   xs) {
      return A2(any,
      function (a) {
         return _U.eq(a,x);
      },
      xs);
   });
   var isEmpty = function (xs) {
      return function () {
         switch (xs.ctor)
         {case "[]": return true;}
         return false;
      }();
   };
   var tail = function (list) {
      return function () {
         switch (list.ctor)
         {case "::":
            return $Maybe.Just(list._1);
            case "[]":
            return $Maybe.Nothing;}
         _U.badCase($moduleName,
         "between lines 87 and 95");
      }();
   };
   var head = function (list) {
      return function () {
         switch (list.ctor)
         {case "::":
            return $Maybe.Just(list._0);
            case "[]":
            return $Maybe.Nothing;}
         _U.badCase($moduleName,
         "between lines 75 and 84");
      }();
   };
   _op["::"] = $Native$List.cons;
   var map = F2(function (f,xs) {
      return A3(foldr,
      F2(function (x,acc) {
         return A2(_op["::"],
         f(x),
         acc);
      }),
      _L.fromArray([]),
      xs);
   });
   var filter = F2(function (pred,
   xs) {
      return function () {
         var conditionalCons = F2(function (x,
         xs$) {
            return pred(x) ? A2(_op["::"],
            x,
            xs$) : xs$;
         });
         return A3(foldr,
         conditionalCons,
         _L.fromArray([]),
         xs);
      }();
   });
   var maybeCons = F3(function (f,
   mx,
   xs) {
      return function () {
         var _v15 = f(mx);
         switch (_v15.ctor)
         {case "Just":
            return A2(_op["::"],_v15._0,xs);
            case "Nothing": return xs;}
         _U.badCase($moduleName,
         "between lines 179 and 186");
      }();
   });
   var filterMap = F2(function (f,
   xs) {
      return A3(foldr,
      maybeCons(f),
      _L.fromArray([]),
      xs);
   });
   var reverse = function (list) {
      return A3(foldl,
      F2(function (x,y) {
         return A2(_op["::"],x,y);
      }),
      _L.fromArray([]),
      list);
   };
   var scanl = F3(function (f,
   b,
   xs) {
      return function () {
         var scan1 = F2(function (x,
         accAcc) {
            return function () {
               switch (accAcc.ctor)
               {case "::": return A2(_op["::"],
                    A2(f,x,accAcc._0),
                    accAcc);
                  case "[]":
                  return _L.fromArray([]);}
               _U.badCase($moduleName,
               "between lines 148 and 151");
            }();
         });
         return reverse(A3(foldl,
         scan1,
         _L.fromArray([b]),
         xs));
      }();
   });
   var append = F2(function (xs,
   ys) {
      return function () {
         switch (ys.ctor)
         {case "[]": return xs;}
         return A3(foldr,
         F2(function (x,y) {
            return A2(_op["::"],x,y);
         }),
         ys,
         xs);
      }();
   });
   var concat = function (lists) {
      return A3(foldr,
      append,
      _L.fromArray([]),
      lists);
   };
   var concatMap = F2(function (f,
   list) {
      return concat(A2(map,
      f,
      list));
   });
   var partition = F2(function (pred,
   list) {
      return function () {
         var step = F2(function (x,
         _v21) {
            return function () {
               switch (_v21.ctor)
               {case "_Tuple2":
                  return pred(x) ? {ctor: "_Tuple2"
                                   ,_0: A2(_op["::"],x,_v21._0)
                                   ,_1: _v21._1} : {ctor: "_Tuple2"
                                                   ,_0: _v21._0
                                                   ,_1: A2(_op["::"],
                                                   x,
                                                   _v21._1)};}
               _U.badCase($moduleName,
               "between lines 301 and 303");
            }();
         });
         return A3(foldr,
         step,
         {ctor: "_Tuple2"
         ,_0: _L.fromArray([])
         ,_1: _L.fromArray([])},
         list);
      }();
   });
   var unzip = function (pairs) {
      return function () {
         var step = F2(function (_v25,
         _v26) {
            return function () {
               switch (_v26.ctor)
               {case "_Tuple2":
                  return function () {
                       switch (_v25.ctor)
                       {case "_Tuple2":
                          return {ctor: "_Tuple2"
                                 ,_0: A2(_op["::"],
                                 _v25._0,
                                 _v26._0)
                                 ,_1: A2(_op["::"],
                                 _v25._1,
                                 _v26._1)};}
                       _U.badCase($moduleName,
                       "on line 339, column 12 to 28");
                    }();}
               _U.badCase($moduleName,
               "on line 339, column 12 to 28");
            }();
         });
         return A3(foldr,
         step,
         {ctor: "_Tuple2"
         ,_0: _L.fromArray([])
         ,_1: _L.fromArray([])},
         pairs);
      }();
   };
   var intersperse = F2(function (sep,
   xs) {
      return function () {
         switch (xs.ctor)
         {case "::": return function () {
                 var step = F2(function (x,
                 rest) {
                    return A2(_op["::"],
                    sep,
                    A2(_op["::"],x,rest));
                 });
                 var spersed = A3(foldr,
                 step,
                 _L.fromArray([]),
                 xs._1);
                 return A2(_op["::"],
                 xs._0,
                 spersed);
              }();
            case "[]":
            return _L.fromArray([]);}
         _U.badCase($moduleName,
         "between lines 350 and 361");
      }();
   });
   _elm.List.values = {_op: _op
                      ,isEmpty: isEmpty
                      ,length: length
                      ,reverse: reverse
                      ,member: member
                      ,head: head
                      ,tail: tail
                      ,filter: filter
                      ,take: take
                      ,drop: drop
                      ,repeat: repeat
                      ,append: append
                      ,concat: concat
                      ,intersperse: intersperse
                      ,partition: partition
                      ,unzip: unzip
                      ,map: map
                      ,map2: map2
                      ,map3: map3
                      ,map4: map4
                      ,map5: map5
                      ,filterMap: filterMap
                      ,concatMap: concatMap
                      ,indexedMap: indexedMap
                      ,foldr: foldr
                      ,foldl: foldl
                      ,sum: sum
                      ,product: product
                      ,maximum: maximum
                      ,minimum: minimum
                      ,all: all
                      ,any: any
                      ,scanl: scanl
                      ,sort: sort
                      ,sortBy: sortBy
                      ,sortWith: sortWith};
   return _elm.List.values;
};
Elm.Main = Elm.Main || {};
Elm.Main.make = function (_elm) {
   "use strict";
   _elm.Main = _elm.Main || {};
   if (_elm.Main.values)
   return _elm.Main.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Main",
   $Array = Elm.Array.make(_elm),
   $Basics = Elm.Basics.make(_elm),
   $Color = Elm.Color.make(_elm),
   $Graphics$Collage = Elm.Graphics.Collage.make(_elm),
   $Graphics$Element = Elm.Graphics.Element.make(_elm),
   $List = Elm.List.make(_elm);
   var gridLine = F2(function (a,
   b) {
      return $Graphics$Collage.path(_L.fromArray([a
                                                 ,b]));
   });
   var boardHeight = 200;
   var rowMin = (boardHeight / 2 | 0) * -1;
   var rowMax = boardHeight / 2 | 0;
   var boardWidth = 150;
   var columnMin = (boardWidth / 2 | 0) * -1;
   var rows = 4;
   var rowHeight = boardHeight / rows | 0;
   var rowSpacing = rowHeight / 2 | 0;
   var calcY = function (rowNo) {
      return rowMin + (rowNo * rowHeight + rowSpacing);
   };
   var columns = 3;
   var columnWidth = boardWidth / columns | 0;
   var columnSpacing = columnWidth / 2 | 0;
   var getCol = function (colNum) {
      return $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                  ,_0: $Basics.toFloat(columnMin + columnWidth * colNum)
                                                  ,_1: $Basics.toFloat(rowMin)}
                                                 ,{ctor: "_Tuple2"
                                                  ,_0: $Basics.toFloat(columnMin + columnWidth * colNum)
                                                  ,_1: $Basics.toFloat(rowMax)}]));
   };
   var drawCols = function (colNums) {
      return A2($List.map,
      function (n) {
         return A2($Graphics$Collage.traced,
         $Graphics$Collage.dashed($Color.blue),
         getCol(n));
      },
      colNums);
   };
   var calcX = function (columnNo) {
      return columnMin + (columnNo * columnWidth + columnSpacing);
   };
   var calcColumnNum = function (index) {
      return _U.cmp(index,
      columns) < 0 ? index : A2($Basics._op["%"],
      index,
      columns);
   };
   var getMoveX = function (index) {
      return $Basics.toFloat(calcX(calcColumnNum(index)));
   };
   var calcRowNum = function (index) {
      return _U.cmp(index,
      columns) < 0 ? 0 : index / columns | 0;
   };
   var getMoveY = function (index) {
      return $Basics.toFloat(calcY(calcRowNum(index)));
   };
   var placePiece = F2(function (index,
   pieceValue) {
      return A2($Graphics$Collage.move,
      {ctor: "_Tuple2"
      ,_0: getMoveX(index)
      ,_1: getMoveY(index)},
      $Graphics$Collage.toForm($Graphics$Element.show(pieceValue)));
   });
   var placePieces = function (l) {
      return $Array.toList(A2($Array.indexedMap,
      placePiece,
      $Array.fromList(l)));
   };
   var model = _L.fromArray([4
                            ,5
                            ,6
                            ,0
                            ,0
                            ,0
                            ,0
                            ,0
                            ,0
                            ,6
                            ,5
                            ,4]);
   var main = A3($Graphics$Collage.collage,
   boardWidth,
   boardHeight,
   A2($Basics._op["++"],
   _L.fromArray([A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: -75
                                                     ,_1: -100}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: -75
                                                     ,_1: 100}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: -25
                                                     ,_1: -100}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: -25
                                                     ,_1: 100}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: 25
                                                     ,_1: -100}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: 25
                                                     ,_1: 100}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: 75
                                                     ,_1: -100}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: 75
                                                     ,_1: 100}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: -75
                                                     ,_1: 50}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: 75
                                                     ,_1: 50}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: -75
                                                     ,_1: 0}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: 75
                                                     ,_1: 0}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: -75
                                                     ,_1: -50}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: 75
                                                     ,_1: -50}])))
                ,A2($Graphics$Collage.traced,
                $Graphics$Collage.dashed($Color.blue),
                $Graphics$Collage.path(_L.fromArray([{ctor: "_Tuple2"
                                                     ,_0: -75
                                                     ,_1: -100}
                                                    ,{ctor: "_Tuple2"
                                                     ,_0: 75
                                                     ,_1: -100}])))]),
   placePieces(model)));
   _elm.Main.values = {_op: _op
                      ,model: model
                      ,columns: columns
                      ,rows: rows
                      ,boardWidth: boardWidth
                      ,boardHeight: boardHeight
                      ,columnMin: columnMin
                      ,columnWidth: columnWidth
                      ,columnSpacing: columnSpacing
                      ,rowMin: rowMin
                      ,rowMax: rowMax
                      ,rowHeight: rowHeight
                      ,rowSpacing: rowSpacing
                      ,main: main
                      ,gridLine: gridLine
                      ,getCol: getCol
                      ,drawCols: drawCols
                      ,placePiece: placePiece
                      ,getMoveX: getMoveX
                      ,getMoveY: getMoveY
                      ,calcColumnNum: calcColumnNum
                      ,calcRowNum: calcRowNum
                      ,calcX: calcX
                      ,calcY: calcY
                      ,placePieces: placePieces};
   return _elm.Main.values;
};
Elm.Maybe = Elm.Maybe || {};
Elm.Maybe.make = function (_elm) {
   "use strict";
   _elm.Maybe = _elm.Maybe || {};
   if (_elm.Maybe.values)
   return _elm.Maybe.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Maybe";
   var withDefault = F2(function ($default,
   maybe) {
      return function () {
         switch (maybe.ctor)
         {case "Just": return maybe._0;
            case "Nothing":
            return $default;}
         _U.badCase($moduleName,
         "between lines 45 and 56");
      }();
   });
   var Nothing = {ctor: "Nothing"};
   var oneOf = function (maybes) {
      return function () {
         switch (maybes.ctor)
         {case "::": return function () {
                 switch (maybes._0.ctor)
                 {case "Just": return maybes._0;
                    case "Nothing":
                    return oneOf(maybes._1);}
                 _U.badCase($moduleName,
                 "between lines 64 and 73");
              }();
            case "[]": return Nothing;}
         _U.badCase($moduleName,
         "between lines 59 and 73");
      }();
   };
   var andThen = F2(function (maybeValue,
   callback) {
      return function () {
         switch (maybeValue.ctor)
         {case "Just":
            return callback(maybeValue._0);
            case "Nothing": return Nothing;}
         _U.badCase($moduleName,
         "between lines 110 and 112");
      }();
   });
   var Just = function (a) {
      return {ctor: "Just",_0: a};
   };
   var map = F2(function (f,
   maybe) {
      return function () {
         switch (maybe.ctor)
         {case "Just":
            return Just(f(maybe._0));
            case "Nothing": return Nothing;}
         _U.badCase($moduleName,
         "between lines 76 and 107");
      }();
   });
   _elm.Maybe.values = {_op: _op
                       ,andThen: andThen
                       ,map: map
                       ,withDefault: withDefault
                       ,oneOf: oneOf
                       ,Just: Just
                       ,Nothing: Nothing};
   return _elm.Maybe.values;
};
Elm.Native.Array = {};
Elm.Native.Array.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Array = localRuntime.Native.Array || {};
	if (localRuntime.Native.Array.values)
	{
		return localRuntime.Native.Array.values;
	}
	if ('values' in Elm.Native.Array)
	{
		return localRuntime.Native.Array.values = Elm.Native.Array.values;
	}

	var List = Elm.Native.List.make(localRuntime);

	// A RRB-Tree has two distinct data types.
	// Leaf -> "height"  is always 0
	//         "table"   is an array of elements
	// Node -> "height"  is always greater than 0
	//         "table"   is an array of child nodes
	//         "lengths" is an array of accumulated lengths of the child nodes

	// M is the maximal table size. 32 seems fast. E is the allowed increase
	// of search steps when concatting to find an index. Lower values will
	// decrease balancing, but will increase search steps.
	var M = 32;
	var E = 2;

	// An empty array.
	var empty = {
		ctor: "_Array",
		height: 0,
		table: new Array()
	};


	function get(i, array)
	{
		if (i < 0 || i >= length(array))
		{
			throw new Error(
				"Index " + i + " is out of range. Check the length of " +
				"your array first or use getMaybe or getWithDefault.");
		}
		return unsafeGet(i, array);
	}


	function unsafeGet(i, array)
	{
		for (var x = array.height; x > 0; x--)
		{
			var slot = i >> (x * 5);
			while (array.lengths[slot] <= i)
			{
				slot++;
			}
			if (slot > 0)
			{
				i -= array.lengths[slot - 1];
			}
			array = array.table[slot];
		}
		return array.table[i];
	}


	// Sets the value at the index i. Only the nodes leading to i will get
	// copied and updated.
	function set(i, item, array)
	{
		if (i < 0 || length(array) <= i)
		{
			return array;
		}
		return unsafeSet(i, item, array);
	}


	function unsafeSet(i, item, array)
	{
		array = nodeCopy(array);

		if (array.height == 0)
		{
			array.table[i] = item;
		}
		else
		{
			var slot = getSlot(i, array);
			if (slot > 0)
			{
				i -= array.lengths[slot - 1];
			}
			array.table[slot] = unsafeSet(i, item, array.table[slot]);
		}
		return array;
	}


	function initialize(len, f)
	{
		if (len == 0)
		{
			return empty;
		}
		var h = Math.floor( Math.log(len) / Math.log(M) );
		return initialize_(f, h, 0, len);
	}

	function initialize_(f, h, from, to)
	{
		if (h == 0)
		{
			var table = new Array((to - from) % (M + 1));
			for (var i = 0; i < table.length; i++)
			{
			  table[i] = f(from + i);
			}
			return {
				ctor: "_Array",
				height: 0,
				table: table
			};
		}

		var step = Math.pow(M, h);
		var table = new Array(Math.ceil((to - from) / step));
		var lengths = new Array(table.length);
		for (var i = 0; i < table.length; i++)
		{
			table[i] = initialize_(f, h - 1, from + (i * step), Math.min(from + ((i + 1) * step), to));
			lengths[i] = length(table[i]) + (i > 0 ? lengths[i-1] : 0);
		}
		return {
			ctor: "_Array",
			height: h,
			table: table,
			lengths: lengths
		};
	}

	function fromList(list)
	{
		if (list == List.Nil)
		{
			return empty;
		}

		// Allocate M sized blocks (table) and write list elements to it.
		var table = new Array(M);
		var nodes = new Array();
		var i = 0;

		while (list.ctor !== '[]')
		{
			table[i] = list._0;
			list = list._1;
			i++;

			// table is full, so we can push a leaf containing it into the
			// next node.
			if (i == M)
			{
				var leaf = {
					ctor: "_Array",
					height: 0,
					table: table
				};
				fromListPush(leaf, nodes);
				table = new Array(M);
				i = 0;
			}
		}

		// Maybe there is something left on the table.
		if (i > 0)
		{
			var leaf = {
				ctor: "_Array",
				height: 0,
				table: table.splice(0,i)
			};
			fromListPush(leaf, nodes);
		}

		// Go through all of the nodes and eventually push them into higher nodes.
		for (var h = 0; h < nodes.length - 1; h++)
		{
			if (nodes[h].table.length > 0)
			{
				fromListPush(nodes[h], nodes);
			}
		}

		var head = nodes[nodes.length - 1];
		if (head.height > 0 && head.table.length == 1)
		{
			return head.table[0];
		}
		else
		{
			return head;
		}
	}

	// Push a node into a higher node as a child.
	function fromListPush(toPush, nodes)
	{
		var h = toPush.height;

		// Maybe the node on this height does not exist.
		if (nodes.length == h)
		{
			var node = {
				ctor: "_Array",
				height: h + 1,
				table: new Array(),
				lengths: new Array()
			};
			nodes.push(node);
		}

		nodes[h].table.push(toPush);
		var len = length(toPush);
		if (nodes[h].lengths.length > 0)
		{
			len += nodes[h].lengths[nodes[h].lengths.length - 1];
		}
		nodes[h].lengths.push(len);

		if (nodes[h].table.length == M)
		{
			fromListPush(nodes[h], nodes);
			nodes[h] = {
				ctor: "_Array",
				height: h + 1,
				table: new Array(),
				lengths: new Array()
			};
		}
	}

	// Pushes an item via push_ to the bottom right of a tree.
	function push(item, a)
	{
		var pushed = push_(item, a);
		if (pushed !== null)
		{
			return pushed;
		}

		var newTree = create(item, a.height);
		return siblise(a, newTree);
	}

	// Recursively tries to push an item to the bottom-right most
	// tree possible. If there is no space left for the item,
	// null will be returned.
	function push_(item, a)
	{
		// Handle resursion stop at leaf level.
		if (a.height == 0)
		{
			if (a.table.length < M)
			{
				var newA = {
					ctor: "_Array",
					height: 0,
					table: a.table.slice()
				};
				newA.table.push(item);
				return newA;
			}
			else
			{
			  return null;
			}
		}

		// Recursively push
		var pushed = push_(item, botRight(a));

		// There was space in the bottom right tree, so the slot will
		// be updated.
		if (pushed != null)
		{
			var newA = nodeCopy(a);
			newA.table[newA.table.length - 1] = pushed;
			newA.lengths[newA.lengths.length - 1]++;
			return newA;
		}

		// When there was no space left, check if there is space left
		// for a new slot with a tree which contains only the item
		// at the bottom.
		if (a.table.length < M)
		{
			var newSlot = create(item, a.height - 1);
			var newA = nodeCopy(a);
			newA.table.push(newSlot);
			newA.lengths.push(newA.lengths[newA.lengths.length - 1] + length(newSlot));
			return newA;
		}
		else
		{
			return null;
		}
	}

	// Converts an array into a list of elements.
	function toList(a)
	{
		return toList_(List.Nil, a);
	}

	function toList_(list, a)
	{
		for (var i = a.table.length - 1; i >= 0; i--)
		{
			list =
				a.height == 0
					? List.Cons(a.table[i], list)
					: toList_(list, a.table[i]);
		}
		return list;
	}

	// Maps a function over the elements of an array.
	function map(f, a)
	{
		var newA = {
			ctor: "_Array",
			height: a.height,
			table: new Array(a.table.length)
		};
		if (a.height > 0)
		{
			newA.lengths = a.lengths;
		}
		for (var i = 0; i < a.table.length; i++)
		{
			newA.table[i] =
				a.height == 0
					? f(a.table[i])
					: map(f, a.table[i]);
		}
		return newA;
	}

	// Maps a function over the elements with their index as first argument.
	function indexedMap(f, a)
	{
		return indexedMap_(f, a, 0);
	}

	function indexedMap_(f, a, from)
	{
		var newA = {
			ctor: "_Array",
			height: a.height,
			table: new Array(a.table.length)
		};
		if (a.height > 0)
		{
			newA.lengths = a.lengths;
		}
		for (var i = 0; i < a.table.length; i++)
		{
			newA.table[i] =
				a.height == 0
					? A2(f, from + i, a.table[i])
					: indexedMap_(f, a.table[i], i == 0 ? 0 : a.lengths[i - 1]);
		}
		return newA;
	}

	function foldl(f, b, a)
	{
		if (a.height == 0)
		{
			for (var i = 0; i < a.table.length; i++)
			{
				b = A2(f, a.table[i], b);
			}
		}
		else
		{
			for (var i = 0; i < a.table.length; i++)
			{
				b = foldl(f, b, a.table[i]);
			}
		}
		return b;
	}

	function foldr(f, b, a)
	{
		if (a.height == 0)
		{
			for (var i = a.table.length; i--; )
			{
				b = A2(f, a.table[i], b);
			}
		}
		else
		{
			for (var i = a.table.length; i--; )
			{
				b = foldr(f, b, a.table[i]);
			}
		}
		return b;
	}

	// TODO: currently, it slices the right, then the left. This can be
	// optimized.
	function slice(from, to, a)
	{
		if (from < 0)
		{
			from += length(a);
		}
		if (to < 0)
		{
			to += length(a);
		}
		return sliceLeft(from, sliceRight(to, a));
	}

	function sliceRight(to, a)
	{
		if (to == length(a))
		{
			return a;
		}

		// Handle leaf level.
		if (a.height == 0)
		{
			var newA = { ctor:"_Array", height:0 };
			newA.table = a.table.slice(0, to);
			return newA;
		}

		// Slice the right recursively.
		var right = getSlot(to, a);
		var sliced = sliceRight(to - (right > 0 ? a.lengths[right - 1] : 0), a.table[right]);

		// Maybe the a node is not even needed, as sliced contains the whole slice.
		if (right == 0)
		{
			return sliced;
		}

		// Create new node.
		var newA = {
			ctor: "_Array",
			height: a.height,
			table: a.table.slice(0, right),
			lengths: a.lengths.slice(0, right)
		};
		if (sliced.table.length > 0)
		{
			newA.table[right] = sliced;
			newA.lengths[right] = length(sliced) + (right > 0 ? newA.lengths[right - 1] : 0);
		}
		return newA;
	}

	function sliceLeft(from, a)
	{
		if (from == 0)
		{
			return a;
		}

		// Handle leaf level.
		if (a.height == 0)
		{
			var newA = { ctor:"_Array", height:0 };
			newA.table = a.table.slice(from, a.table.length + 1);
			return newA;
		}

		// Slice the left recursively.
		var left = getSlot(from, a);
		var sliced = sliceLeft(from - (left > 0 ? a.lengths[left - 1] : 0), a.table[left]);

		// Maybe the a node is not even needed, as sliced contains the whole slice.
		if (left == a.table.length - 1)
		{
			return sliced;
		}

		// Create new node.
		var newA = {
			ctor: "_Array",
			height: a.height,
			table: a.table.slice(left, a.table.length + 1),
			lengths: new Array(a.table.length - left)
		};
		newA.table[0] = sliced;
		var len = 0;
		for (var i = 0; i < newA.table.length; i++)
		{
			len += length(newA.table[i]);
			newA.lengths[i] = len;
		}

		return newA;
	}

	// Appends two trees.
	function append(a,b)
	{
		if (a.table.length === 0)
		{
			return b;
		}
		if (b.table.length === 0)
		{
			return a;
		}

		var c = append_(a, b);

		// Check if both nodes can be crunshed together.
		if (c[0].table.length + c[1].table.length <= M)
		{
			if (c[0].table.length === 0)
			{
				return c[1];
			}
			if (c[1].table.length === 0)
			{
				return c[0];
			}

			// Adjust .table and .lengths
			c[0].table = c[0].table.concat(c[1].table);
			if (c[0].height > 0)
			{
				var len = length(c[0]);
				for (var i = 0; i < c[1].lengths.length; i++)
				{
					c[1].lengths[i] += len;
				}
				c[0].lengths = c[0].lengths.concat(c[1].lengths);
			}

			return c[0];
		}

		if (c[0].height > 0)
		{
			var toRemove = calcToRemove(a, b);
			if (toRemove > E)
			{
				c = shuffle(c[0], c[1], toRemove);
			}
		}

		return siblise(c[0], c[1]);
	}

	// Returns an array of two nodes; right and left. One node _may_ be empty.
	function append_(a, b)
	{
		if (a.height === 0 && b.height === 0)
		{
			return [a, b];
		}

		if (a.height !== 1 || b.height !== 1)
		{
			if (a.height === b.height)
			{
				a = nodeCopy(a);
				b = nodeCopy(b);
				var appended = append_(botRight(a), botLeft(b));

				insertRight(a, appended[1]);
				insertLeft(b, appended[0]);
			}
			else if (a.height > b.height)
			{
				a = nodeCopy(a);
				var appended = append_(botRight(a), b);

				insertRight(a, appended[0]);
				b = parentise(appended[1], appended[1].height + 1);
			}
			else
			{
				b = nodeCopy(b);
				var appended = append_(a, botLeft(b));

				var left = appended[0].table.length === 0 ? 0 : 1;
				var right = left === 0 ? 1 : 0;
				insertLeft(b, appended[left]);
				a = parentise(appended[right], appended[right].height + 1);
			}
		}

		// Check if balancing is needed and return based on that.
		if (a.table.length === 0 || b.table.length === 0)
		{
			return [a,b];
		}

		var toRemove = calcToRemove(a, b);
		if (toRemove <= E)
		{
			return [a,b];
		}
		return shuffle(a, b, toRemove);
	}

	// Helperfunctions for append_. Replaces a child node at the side of the parent.
	function insertRight(parent, node)
	{
		var index = parent.table.length - 1;
		parent.table[index] = node;
		parent.lengths[index] = length(node)
		parent.lengths[index] += index > 0 ? parent.lengths[index - 1] : 0;
	}

	function insertLeft(parent, node)
	{
		if (node.table.length > 0)
		{
			parent.table[0] = node;
			parent.lengths[0] = length(node);

			var len = length(parent.table[0]);
			for (var i = 1; i < parent.lengths.length; i++)
			{
				len += length(parent.table[i]);
				parent.lengths[i] = len;
			}
		}
		else
		{
			parent.table.shift();
			for (var i = 1; i < parent.lengths.length; i++)
			{
				parent.lengths[i] = parent.lengths[i] - parent.lengths[0];
			}
			parent.lengths.shift();
		}
	}

	// Returns the extra search steps for E. Refer to the paper.
	function calcToRemove(a, b)
	{
		var subLengths = 0;
		for (var i = 0; i < a.table.length; i++)
		{
			subLengths += a.table[i].table.length;
		}
		for (var i = 0; i < b.table.length; i++)
		{
			subLengths += b.table[i].table.length;
		}

		var toRemove = a.table.length + b.table.length
		return toRemove - (Math.floor((subLengths - 1) / M) + 1);
	}

	// get2, set2 and saveSlot are helpers for accessing elements over two arrays.
	function get2(a, b, index)
	{
		return index < a.length
			? a[index]
			: b[index - a.length];
	}

	function set2(a, b, index, value)
	{
		if (index < a.length)
		{
			a[index] = value;
		}
		else
		{
			b[index - a.length] = value;
		}
	}

	function saveSlot(a, b, index, slot)
	{
		set2(a.table, b.table, index, slot);

		var l = (index == 0 || index == a.lengths.length)
			? 0
			: get2(a.lengths, a.lengths, index - 1);

		set2(a.lengths, b.lengths, index, l + length(slot));
	}

	// Creates a node or leaf with a given length at their arrays for perfomance.
	// Is only used by shuffle.
	function createNode(h, length)
	{
		if (length < 0)
		{
			length = 0;
		}
		var a = {
			ctor: "_Array",
			height: h,
			table: new Array(length)
		};
		if (h > 0)
		{
			a.lengths = new Array(length);
		}
		return a;
	}

	// Returns an array of two balanced nodes.
	function shuffle(a, b, toRemove)
	{
		var newA = createNode(a.height, Math.min(M, a.table.length + b.table.length - toRemove));
		var newB = createNode(a.height, newA.table.length - (a.table.length + b.table.length - toRemove));

		// Skip the slots with size M. More precise: copy the slot references
		// to the new node
		var read = 0;
		while (get2(a.table, b.table, read).table.length % M == 0)
		{
			set2(newA.table, newB.table, read, get2(a.table, b.table, read));
			set2(newA.lengths, newB.lengths, read, get2(a.lengths, b.lengths, read));
			read++;
		}

		// Pulling items from left to right, caching in a slot before writing
		// it into the new nodes.
		var write = read;
		var slot = new createNode(a.height - 1, 0);
		var from = 0;

		// If the current slot is still containing data, then there will be at
		// least one more write, so we do not break this loop yet.
		while (read - write - (slot.table.length > 0 ? 1 : 0) < toRemove)
		{
			// Find out the max possible items for copying.
			var source = get2(a.table, b.table, read);
			var to = Math.min(M - slot.table.length, source.table.length)

			// Copy and adjust size table.
			slot.table = slot.table.concat(source.table.slice(from, to));
			if (slot.height > 0)
			{
				var len = slot.lengths.length;
				for (var i = len; i < len + to - from; i++)
				{
					slot.lengths[i] = length(slot.table[i]);
					slot.lengths[i] += (i > 0 ? slot.lengths[i - 1] : 0);
				}
			}

			from += to;

			// Only proceed to next slots[i] if the current one was
			// fully copied.
			if (source.table.length <= to)
			{
				read++; from = 0;
			}

			// Only create a new slot if the current one is filled up.
			if (slot.table.length == M)
			{
				saveSlot(newA, newB, write, slot);
				slot = createNode(a.height - 1,0);
				write++;
			}
		}

		// Cleanup after the loop. Copy the last slot into the new nodes.
		if (slot.table.length > 0)
		{
			saveSlot(newA, newB, write, slot);
			write++;
		}

		// Shift the untouched slots to the left
		while (read < a.table.length + b.table.length )
		{
			saveSlot(newA, newB, write, get2(a.table, b.table, read));
			read++;
			write++;
		}

		return [newA, newB];
	}

	// Navigation functions
	function botRight(a)
	{
		return a.table[a.table.length - 1];
	}
	function botLeft(a)
	{
		return a.table[0];
	}

	// Copies a node for updating. Note that you should not use this if
	// only updating only one of "table" or "lengths" for performance reasons.
	function nodeCopy(a)
	{
		var newA = {
			ctor: "_Array",
			height: a.height,
			table: a.table.slice()
		};
		if (a.height > 0)
		{
			newA.lengths = a.lengths.slice();
		}
		return newA;
	}

	// Returns how many items are in the tree.
	function length(array)
	{
		if (array.height == 0)
		{
			return array.table.length;
		}
		else
		{
			return array.lengths[array.lengths.length - 1];
		}
	}

	// Calculates in which slot of "table" the item probably is, then
	// find the exact slot via forward searching in  "lengths". Returns the index.
	function getSlot(i, a)
	{
		var slot = i >> (5 * a.height);
		while (a.lengths[slot] <= i)
		{
			slot++;
		}
		return slot;
	}

	// Recursively creates a tree with a given height containing
	// only the given item.
	function create(item, h)
	{
		if (h == 0)
		{
			return {
				ctor: "_Array",
				height: 0,
				table: [item]
			};
		}
		return {
			ctor: "_Array",
			height: h,
			table: [create(item, h - 1)],
			lengths: [1]
		};
	}

	// Recursively creates a tree that contains the given tree.
	function parentise(tree, h)
	{
		if (h == tree.height)
		{
			return tree;
		}

		return {
			ctor: "_Array",
			height: h,
			table: [parentise(tree, h - 1)],
			lengths: [length(tree)]
		};
	}

	// Emphasizes blood brotherhood beneath two trees.
	function siblise(a, b)
	{
		return {
			ctor: "_Array",
			height: a.height + 1,
			table: [a, b],
			lengths: [length(a), length(a) + length(b)]
		};
	}

	function toJSArray(a)
	{
		var jsArray = new Array(length(a));
		toJSArray_(jsArray, 0, a);
		return jsArray;
	}

	function toJSArray_(jsArray, i, a)
	{
		for (var t = 0; t < a.table.length; t++)
		{
			if (a.height == 0)
			{
				jsArray[i + t] = a.table[t];
			}
			else
			{
				var inc = t == 0 ? 0 : a.lengths[t - 1];
				toJSArray_(jsArray, i + inc, a.table[t]);
			}
		}
	}

	function fromJSArray(jsArray)
	{
		if (jsArray.length == 0)
		{
			return empty;
		}
		var h = Math.floor(Math.log(jsArray.length) / Math.log(M));
		return fromJSArray_(jsArray, h, 0, jsArray.length);
	}

	function fromJSArray_(jsArray, h, from, to)
	{
		if (h == 0)
		{
			return {
				ctor: "_Array",
				height: 0,
				table: jsArray.slice(from, to)
			};
		}

		var step = Math.pow(M, h);
		var table = new Array(Math.ceil((to - from) / step));
		var lengths = new Array(table.length);
		for (var i = 0; i < table.length; i++)
		{
			table[i] = fromJSArray_(jsArray, h - 1, from + (i * step), Math.min(from + ((i + 1) * step), to));
			lengths[i] = length(table[i]) + (i > 0 ? lengths[i-1] : 0);
		}
		return {
			ctor: "_Array",
			height: h,
			table: table,
			lengths: lengths
		};
	}

	Elm.Native.Array.values = {
		empty: empty,
		fromList: fromList,
		toList: toList,
		initialize: F2(initialize),
		append: F2(append),
		push: F2(push),
		slice: F3(slice),
		get: F2(get),
		set: F3(set),
		map: F2(map),
		indexedMap: F2(indexedMap),
		foldl: F3(foldl),
		foldr: F3(foldr),
		length: length,

		toJSArray:toJSArray,
		fromJSArray:fromJSArray
	};

	return localRuntime.Native.Array.values = Elm.Native.Array.values;

}

Elm.Native.Basics = {};
Elm.Native.Basics.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Basics = localRuntime.Native.Basics || {};
	if (localRuntime.Native.Basics.values)
	{
		return localRuntime.Native.Basics.values;
	}

	var Utils = Elm.Native.Utils.make(localRuntime);

	function div(a, b)
	{
		return (a/b)|0;
	}
	function rem(a, b)
	{
		return a % b;
	}
	function mod(a, b)
	{
		if (b === 0)
		{
			throw new Error("Cannot perform mod 0. Division by zero error.");
		}
		var r = a % b;
		var m = a === 0 ? 0 : (b > 0 ? (a >= 0 ? r : r+b) : -mod(-a,-b));

		return m === b ? 0 : m;
	}
	function logBase(base, n)
	{
		return Math.log(n) / Math.log(base);
	}
	function negate(n)
	{
		return -n;
	}
	function abs(n)
	{
		return n < 0 ? -n : n;
	}

	function min(a, b)
	{
		return Utils.cmp(a,b) < 0 ? a : b;
	}
	function max(a, b)
	{
		return Utils.cmp(a,b) > 0 ? a : b;
	}
	function clamp(lo, hi, n)
	{
		return Utils.cmp(n,lo) < 0 ? lo : Utils.cmp(n,hi) > 0 ? hi : n;
	}

	function xor(a, b)
	{
		return a !== b;
	}
	function not(b)
	{
		return !b;
	}
	function isInfinite(n)
	{
		return n === Infinity || n === -Infinity
	}

	function truncate(n)
	{
		return n|0;
	}

	function degrees(d)
	{
		return d * Math.PI / 180;
	}
	function turns(t)
	{
		return 2 * Math.PI * t;
	}
	function fromPolar(point)
	{
		var r = point._0;
		var t = point._1;
		return Utils.Tuple2(r * Math.cos(t), r * Math.sin(t));
	}
	function toPolar(point)
	{
		var x = point._0;
		var y = point._1;
		return Utils.Tuple2(Math.sqrt(x * x + y * y), Math.atan2(y,x));
	}

	return localRuntime.Native.Basics.values = {
		div: F2(div),
		rem: F2(rem),
		mod: F2(mod),

		pi: Math.PI,
		e: Math.E,
		cos: Math.cos,
		sin: Math.sin,
		tan: Math.tan,
		acos: Math.acos,
		asin: Math.asin,
		atan: Math.atan,
		atan2: F2(Math.atan2),

		degrees:  degrees,
		turns:  turns,
		fromPolar:  fromPolar,
		toPolar:  toPolar,

		sqrt: Math.sqrt,
		logBase: F2(logBase),
		negate: negate,
		abs: abs,
		min: F2(min),
		max: F2(max),
		clamp: F3(clamp),
		compare: Utils.compare,

		xor: F2(xor),
		not: not,

		truncate: truncate,
		ceiling: Math.ceil,
		floor: Math.floor,
		round: Math.round,
		toFloat: function(x) { return x; },
		isNaN: isNaN,
		isInfinite: isInfinite
	};
};

Elm.Native.Color = {};
Elm.Native.Color.make = function(localRuntime) {
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Color = localRuntime.Native.Color || {};
	if (localRuntime.Native.Color.values)
	{
		return localRuntime.Native.Color.values;
	}

	function toCss(c)
	{
		var format = '';
		var colors = '';
		if (c.ctor === 'RGBA')
		{
			format = 'rgb';
			colors = c._0 + ', ' + c._1 + ', ' + c._2;
		}
		else
		{
			format = 'hsl';
			colors = (c._0 * 180 / Math.PI) + ', ' +
					 (c._1 * 100) + '%, ' +
					 (c._2 * 100) + '%';
		}
		if (c._3 === 1)
		{
			return format + '(' + colors + ')';
		}
		else
		{
			return format + 'a(' + colors + ', ' + c._3 + ')';
		}
	}

	return localRuntime.Native.Color.values = {
		toCss: toCss
	};

};

Elm.Native.Debug = {};
Elm.Native.Debug.make = function(localRuntime) {
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Debug = localRuntime.Native.Debug || {};
	if (localRuntime.Native.Debug.values)
	{
		return localRuntime.Native.Debug.values;
	}

	var toString = Elm.Native.Show.make(localRuntime).toString;

	function log(tag, value)
	{
		var msg = tag + ': ' + toString(value);
		var process = process || {};
		if (process.stdout)
		{
			process.stdout.write(msg);
		}
		else
		{
			console.log(msg);
		}
		return value;
	}

	function crash(message)
	{
		throw new Error(message);
	}

	function tracePath(tag, form)
	{
		if (localRuntime.debug)
		{
			return localRuntime.debug.trace(tag, form);
		}
		return form;
	}

	function watch(tag, value)
	{
		if (localRuntime.debug)
		{
			localRuntime.debug.watch(tag, value);
		}
		return value;
	}

	function watchSummary(tag, summarize, value)
	{
		if (localRuntime.debug)
		{
			localRuntime.debug.watch(tag, summarize(value));
		}
		return value;
	}

	return localRuntime.Native.Debug.values = {
		crash: crash,
		tracePath: F2(tracePath),
		log: F2(log),
		watch: F2(watch),
		watchSummary:F3(watchSummary),
	};
};


// setup
Elm.Native = Elm.Native || {};
Elm.Native.Graphics = Elm.Native.Graphics || {};
Elm.Native.Graphics.Collage = Elm.Native.Graphics.Collage || {};

// definition
Elm.Native.Graphics.Collage.make = function(localRuntime) {
	'use strict';

	// attempt to short-circuit
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Graphics = localRuntime.Native.Graphics || {};
	localRuntime.Native.Graphics.Collage = localRuntime.Native.Graphics.Collage || {};
	if ('values' in localRuntime.Native.Graphics.Collage)
	{
		return localRuntime.Native.Graphics.Collage.values;
	}

	// okay, we cannot short-ciruit, so now we define everything
	var Color = Elm.Native.Color.make(localRuntime);
	var List = Elm.Native.List.make(localRuntime);
	var NativeElement = Elm.Native.Graphics.Element.make(localRuntime);
	var Transform = Elm.Transform2D.make(localRuntime);
	var Utils = Elm.Native.Utils.make(localRuntime);

	function setStrokeStyle(ctx, style)
	{
		ctx.lineWidth = style.width;

		var cap = style.cap.ctor;
		ctx.lineCap = cap === 'Flat'
			? 'butt'
			: cap === 'Round'
				? 'round'
				: 'square';

		var join = style.join.ctor;
		ctx.lineJoin = join === 'Smooth'
			? 'round'
			: join === 'Sharp'
				? 'miter'
				: 'bevel';

		ctx.miterLimit = style.join._0 || 10;
		ctx.strokeStyle = Color.toCss(style.color);
	}

	function setFillStyle(ctx, style)
	{
		var sty = style.ctor;
		ctx.fillStyle = sty === 'Solid'
			? Color.toCss(style._0)
			: sty === 'Texture'
				? texture(redo, ctx, style._0)
				: gradient(ctx, style._0);
	}

	function trace(ctx, path)
	{
		var points = List.toArray(path);
		var i = points.length - 1;
		if (i <= 0)
		{
			return;
		}
		ctx.moveTo(points[i]._0, points[i]._1);
		while (i--)
		{
			ctx.lineTo(points[i]._0, points[i]._1);
		}
		if (path.closed)
		{
			i = points.length - 1;
			ctx.lineTo(points[i]._0, points[i]._1);
		}
	}

	function line(ctx,style,path)
	{
		(style.dashing.ctor === '[]')
			? trace(ctx, path)
			: customLineHelp(ctx, style, path);
		ctx.scale(1,-1);
		ctx.stroke();
	}

	function customLineHelp(ctx, style, path)
	{
		var points = List.toArray(path);
		if (path.closed)
		{
			points.push(points[0]);
		}
		var pattern = List.toArray(style.dashing);
		var i = points.length - 1;
		if (i <= 0)
		{
			return;
		}
		var x0 = points[i]._0, y0 = points[i]._1;
		var x1=0, y1=0, dx=0, dy=0, remaining=0, nx=0, ny=0;
		var pindex = 0, plen = pattern.length;
		var draw = true, segmentLength = pattern[0];
		ctx.moveTo(x0,y0);
		while (i--)
		{
			x1 = points[i]._0;
			y1 = points[i]._1;
			dx = x1 - x0;
			dy = y1 - y0;
			remaining = Math.sqrt(dx * dx + dy * dy);
			while (segmentLength <= remaining)
			{
				x0 += dx * segmentLength / remaining;
				y0 += dy * segmentLength / remaining;
				ctx[draw ? 'lineTo' : 'moveTo'](x0, y0);
				// update starting position
				dx = x1 - x0;
				dy = y1 - y0;
				remaining = Math.sqrt(dx * dx + dy * dy);
				// update pattern
				draw = !draw;
				pindex = (pindex + 1) % plen;
				segmentLength = pattern[pindex];
			}
			if (remaining > 0)
			{
				ctx[draw ? 'lineTo' : 'moveTo'](x1, y1);
				segmentLength -= remaining;
			}
			x0 = x1;
			y0 = y1;
		}
	}

	function drawLine(ctx, style, path)
	{
		setStrokeStyle(ctx, style);
		return line(ctx, style, path);
	}

	function texture(redo, ctx, src)
	{
		var img = new Image();
		img.src = src;
		img.onload = redo;
		return ctx.createPattern(img, 'repeat');
	}

	function gradient(ctx, grad)
	{
		var g;
		var stops = [];
		if (grad.ctor === 'Linear')
		{
			var p0 = grad._0, p1 = grad._1;
			g = ctx.createLinearGradient(p0._0, -p0._1, p1._0, -p1._1);
			stops = List.toArray(grad._2);
		}
		else
		{
			var p0 = grad._0, p2 = grad._2;
			g = ctx.createRadialGradient(p0._0, -p0._1, grad._1, p2._0, -p2._1, grad._3);
			stops = List.toArray(grad._4);
		}
		var len = stops.length;
		for (var i = 0; i < len; ++i)
		{
			var stop = stops[i];
			g.addColorStop(stop._0, Color.toCss(stop._1));
		}
		return g;
	}

	function drawShape(redo, ctx, style, path)
	{
		trace(ctx, path);
		setFillStyle(ctx, style);
		ctx.scale(1,-1);
		ctx.fill();
	}


	// TEXT RENDERING

	function fillText(redo, ctx, text)
	{
		drawText(ctx, text, ctx.fillText);
	}

	function strokeText(redo, ctx, style, text)
	{
		setStrokeStyle(ctx, style);
		// Use native canvas API for dashes only for text for now
		// Degrades to non-dashed on IE 9 + 10
		if (style.dashing.ctor !== '[]' && ctx.setLineDash)
		{
			var pattern = List.toArray(style.dashing);
			ctx.setLineDash(pattern);
		}
		drawText(ctx, text, ctx.strokeText);
	}

	function drawText(ctx, text, canvasDrawFn)
	{
		var textChunks = chunkText(defaultContext, text);

		var totalWidth = 0;
		var maxHeight = 0;
		var numChunks = textChunks.length;

		ctx.scale(1,-1);

		for (var i = numChunks; i--; )
		{
			var chunk = textChunks[i];
			ctx.font = chunk.font;
			var metrics = ctx.measureText(chunk.text);
			chunk.width = metrics.width;
			totalWidth += chunk.width;
			if (chunk.height > maxHeight)
			{
				maxHeight = chunk.height;
			}
		}

		var x = -totalWidth / 2.0;
		for (var i = 0; i < numChunks; ++i)
		{
			var chunk = textChunks[i];
			ctx.font = chunk.font;
			ctx.fillStyle = chunk.color;
			canvasDrawFn.call(ctx, chunk.text, x, maxHeight / 2);
			x += chunk.width;
		}
	}

	function toFont(props)
	{
		return [
			props['font-style'],
			props['font-variant'],
			props['font-weight'],
			props['font-size'],
			props['font-family']
		].join(' ');
	}


	// Convert the object returned by the text module
	// into something we can use for styling canvas text
	function chunkText(context, text)
	{
		var tag = text.ctor;
		if (tag === 'Text:Append')
		{
			var leftChunks = chunkText(context, text._0);
			var rightChunks = chunkText(context, text._1);
			return leftChunks.concat(rightChunks);
		}
		if (tag === 'Text:Text')
		{
			return [{
				text: text._0,
				color: context.color,
				height: context['font-size'].slice(0,-2) | 0,
				font: toFont(context)
			}];
		}
		if (tag === 'Text:Meta')
		{
			var newContext = freshContext(text._0, context);
			return chunkText(newContext, text._1);
		}
	}

	function freshContext(props, ctx)
	{
		return {
			'font-style': props['font-style'] || ctx['font-style'],
			'font-variant': props['font-variant'] || ctx['font-variant'],
			'font-weight': props['font-weight'] || ctx['font-weight'],
			'font-size': props['font-size'] || ctx['font-size'],
			'font-family': props['font-family'] || ctx['font-family'],
			'color': props['color'] || ctx['color']
		};
	}

	var defaultContext = {
		'font-style': 'normal',
		'font-variant': 'normal',
		'font-weight': 'normal',
		'font-size': '12px',
		'font-family': 'sans-serif',
		'color': 'black'
	};


	// IMAGES

	function drawImage(redo, ctx, form)
	{
		var img = new Image();
		img.onload = redo;
		img.src = form._3;
		var w = form._0,
			h = form._1,
			pos = form._2,
			srcX = pos._0,
			srcY = pos._1,
			srcW = w,
			srcH = h,
			destX = -w/2,
			destY = -h/2,
			destW = w,
			destH = h;

		ctx.scale(1,-1);
		ctx.drawImage(img, srcX, srcY, srcW, srcH, destX, destY, destW, destH);
	}

	function renderForm(redo, ctx, form)
	{
		ctx.save();

		var x = form.x,
			y = form.y,
			theta = form.theta,
			scale = form.scale;

		if (x !== 0 || y !== 0)
		{
			ctx.translate(x, y);
		}
		if (theta !== 0)
		{
			ctx.rotate(theta);
		}
		if (scale !== 1)
		{
			ctx.scale(scale,scale);
		}
		if (form.alpha !== 1)
		{
			ctx.globalAlpha = ctx.globalAlpha * form.alpha;
		}

		ctx.beginPath();
		var f = form.form;
		switch (f.ctor)
		{
			case 'FPath':
				drawLine(ctx, f._0, f._1);
				break;

			case 'FImage':
				drawImage(redo, ctx, f);
				break;

			case 'FShape':
				if (f._0.ctor === 'Line')
				{
					f._1.closed = true;
					drawLine(ctx, f._0._0, f._1);
				}
				else
				{
					drawShape(redo, ctx, f._0._0, f._1);
				}
				break;

			case 'FText':
				fillText(redo, ctx, f._0);
				break;

			case 'FOutlinedText':
				strokeText(redo, ctx, f._0, f._1);
				break;
		}
		ctx.restore();
	}

	function formToMatrix(form)
	{
	   var scale = form.scale;
	   var matrix = A6( Transform.matrix, scale, 0, 0, scale, form.x, form.y );

	   var theta = form.theta
	   if (theta !== 0)
	   {
		   matrix = A2( Transform.multiply, matrix, Transform.rotation(theta) );
	   }

	   return matrix;
	}

	function str(n)
	{
		if (n < 0.00001 && n > -0.00001)
		{
			return 0;
		}
		return n;
	}

	function makeTransform(w, h, form, matrices)
	{
		var props = form.form._0.props;
		var m = A6( Transform.matrix, 1, 0, 0, -1,
					(w - props.width ) / 2,
					(h - props.height) / 2 );
		var len = matrices.length;
		for (var i = 0; i < len; ++i)
		{
			m = A2( Transform.multiply, m, matrices[i] );
		}
		m = A2( Transform.multiply, m, formToMatrix(form) );

		return 'matrix(' +
			str( m[0]) + ', ' + str( m[3]) + ', ' +
			str(-m[1]) + ', ' + str(-m[4]) + ', ' +
			str( m[2]) + ', ' + str( m[5]) + ')';
	}

	function stepperHelp(list)
	{
		var arr = List.toArray(list);
		var i = 0;
		function peekNext()
		{
			return i < arr.length ? arr[i].form.ctor : '';
		}
		// assumes that there is a next element
		function next()
		{
			var out = arr[i];
			++i;
			return out;
		}
		return {
			peekNext: peekNext,
			next: next
		};
	}

	function formStepper(forms)
	{
		var ps = [stepperHelp(forms)];
		var matrices = [];
		var alphas = [];
		function peekNext()
		{
			var len = ps.length;
			var formType = '';
			for (var i = 0; i < len; ++i )
			{
				if (formType = ps[i].peekNext()) return formType;
			}
			return '';
		}
		// assumes that there is a next element
		function next(ctx)
		{
			while (!ps[0].peekNext())
			{
				ps.shift();
				matrices.pop();
				alphas.shift();
				if (ctx)
				{
					ctx.restore();
				}
			}
			var out = ps[0].next();
			var f = out.form;
			if (f.ctor === 'FGroup')
			{
				ps.unshift(stepperHelp(f._1));
				var m = A2(Transform.multiply, f._0, formToMatrix(out));
				ctx.save();
				ctx.transform(m[0], m[3], m[1], m[4], m[2], m[5]);
				matrices.push(m);

				var alpha = (alphas[0] || 1) * out.alpha;
				alphas.unshift(alpha);
				ctx.globalAlpha = alpha;
			}
			return out;
		}
		function transforms()
		{
			return matrices;
		}
		function alpha()
		{
			return alphas[0] || 1;
		}
		return {
			peekNext: peekNext,
			next: next,
			transforms: transforms,
			alpha: alpha
		};
	}

	function makeCanvas(w,h)
	{
		var canvas = NativeElement.createNode('canvas');
		canvas.style.width  = w + 'px';
		canvas.style.height = h + 'px';
		canvas.style.display = "block";
		canvas.style.position = "absolute";
		var ratio = window.devicePixelRatio || 1;
		canvas.width  = w * ratio;
		canvas.height = h * ratio;
		return canvas;
	}

	function render(model)
	{
		var div = NativeElement.createNode('div');
		div.style.overflow = 'hidden';
		div.style.position = 'relative';
		update(div, model, model);
		return div;
	}

	function nodeStepper(w,h,div)
	{
		var kids = div.childNodes;
		var i = 0;
		var ratio = window.devicePixelRatio || 1;

		function transform(transforms, ctx)
		{
			ctx.translate( w / 2 * ratio, h / 2 * ratio );
			ctx.scale( ratio, -ratio );
			var len = transforms.length;
			for (var i = 0; i < len; ++i)
			{
				var m = transforms[i];
				ctx.save();
				ctx.transform(m[0], m[3], m[1], m[4], m[2], m[5]);
			}
			return ctx;
		}
		function nextContext(transforms)
		{
			while (i < kids.length)
			{
				var node = kids[i];
				if (node.getContext)
				{
					node.width = w * ratio;
					node.height = h * ratio;
					node.style.width = w + 'px';
					node.style.height = h + 'px';
					++i;
					return transform(transforms, node.getContext('2d'));
				}
				div.removeChild(node);
			}
			var canvas = makeCanvas(w,h);
			div.appendChild(canvas);
			// we have added a new node, so we must step our position
			++i;
			return transform(transforms, canvas.getContext('2d'));
		}
		function addElement(matrices, alpha, form)
		{
			var kid = kids[i];
			var elem = form.form._0;

			var node = (!kid || kid.getContext)
				? NativeElement.render(elem)
				: NativeElement.update(kid, kid.oldElement, elem);

			node.style.position = 'absolute';
			node.style.opacity = alpha * form.alpha * elem.props.opacity;
			NativeElement.addTransform(node.style, makeTransform(w, h, form, matrices));
			node.oldElement = elem;
			++i;
			if (!kid)
			{
				div.appendChild(node);
			}
			else
			{
				div.insertBefore(node, kid);
			}
		}
		function clearRest()
		{
			while (i < kids.length)
			{
				div.removeChild(kids[i]);
			}
		}
		return {
			nextContext: nextContext,
			addElement: addElement,
			clearRest: clearRest
		};
	}


	function update(div, _, model)
	{
		var w = model.w;
		var h = model.h;

		var forms = formStepper(model.forms);
		var nodes = nodeStepper(w,h,div);
		var ctx = null;
		var formType = '';

		while (formType = forms.peekNext())
		{
			// make sure we have context if we need it
			if (ctx === null && formType !== 'FElement')
			{
				ctx = nodes.nextContext(forms.transforms());
				ctx.globalAlpha = forms.alpha();
			}

			var form = forms.next(ctx);
			// if it is FGroup, all updates are made within formStepper when next is called.
			if (formType === 'FElement')
			{
				// update or insert an element, get a new context
				nodes.addElement(forms.transforms(), forms.alpha(), form);
				ctx = null;
			}
			else if (formType !== 'FGroup')
			{
				renderForm(function() { update(div, model, model); }, ctx, form);
			}
		}
		nodes.clearRest();
		return div;
	}


	function collage(w,h,forms)
	{
		return A3(NativeElement.newElement, w, h, {
			ctor: 'Custom',
			type: 'Collage',
			render: render,
			update: update,
			model: {w:w, h:h, forms:forms}
		});
	}

	return localRuntime.Native.Graphics.Collage.values = {
		collage: F3(collage)
	};

};


// setup
Elm.Native = Elm.Native || {};
Elm.Native.Graphics = Elm.Native.Graphics || {};
Elm.Native.Graphics.Element = Elm.Native.Graphics.Element || {};

// definition
Elm.Native.Graphics.Element.make = function(localRuntime) {
	'use strict';

	// attempt to short-circuit
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Graphics = localRuntime.Native.Graphics || {};
	localRuntime.Native.Graphics.Element = localRuntime.Native.Graphics.Element || {};
	if ('values' in localRuntime.Native.Graphics.Element)
	{
		return localRuntime.Native.Graphics.Element.values;
	}

	var Color = Elm.Native.Color.make(localRuntime);
	var List = Elm.Native.List.make(localRuntime);
	var Maybe = Elm.Maybe.make(localRuntime);
	var Text = Elm.Native.Text.make(localRuntime);
	var Utils = Elm.Native.Utils.make(localRuntime);


	// CREATION

	function createNode(elementType)
	{
		var node = document.createElement(elementType);
		node.style.padding = "0";
		node.style.margin = "0";
		return node;
	}


	function newElement(width, height, elementPrim)
	{
		return {
			_: {},
			element: elementPrim,
			props: {
				_: {},
				id: Utils.guid(),
				width: width,
				height: height,
				opacity: 1,
				color: Maybe.Nothing,
				href: "",
				tag: "",
				hover: Utils.Tuple0,
				click: Utils.Tuple0
			}
		};
	}


	// PROPERTIES

	function setProps(elem, node)
	{
		var props = elem.props;

		var element = elem.element;
		var width = props.width - (element.adjustWidth || 0);
		var height = props.height - (element.adjustHeight || 0);
		node.style.width  = (width |0) + 'px';
		node.style.height = (height|0) + 'px';

		if (props.opacity !== 1)
		{
			node.style.opacity = props.opacity;
		}

		if (props.color.ctor === 'Just')
		{
			node.style.backgroundColor = Color.toCss(props.color._0);
		}

		if (props.tag !== '')
		{
			node.id = props.tag;
		}

		if (props.hover.ctor !== '_Tuple0')
		{
			addHover(node, props.hover);
		}

		if (props.click.ctor !== '_Tuple0')
		{
			addClick(node, props.click);
		}

		if (props.href !== '')
		{
			var anchor = createNode('a');
			anchor.href = props.href;
			anchor.style.display = 'block';
			anchor.style.pointerEvents = 'auto';
			anchor.appendChild(node);
			node = anchor;
		}

		return node;
	}

	function addClick(e, handler)
	{
		e.style.pointerEvents = 'auto';
		e.elm_click_handler = handler;
		function trigger(ev)
		{
			e.elm_click_handler(Utils.Tuple0);
			ev.stopPropagation();
		}
		e.elm_click_trigger = trigger;
		e.addEventListener('click', trigger);
	}

	function removeClick(e, handler)
	{
		if (e.elm_click_trigger)
		{
			e.removeEventListener('click', e.elm_click_trigger);
			e.elm_click_trigger = null;
			e.elm_click_handler = null;
		}
	}

	function addHover(e, handler)
	{
		e.style.pointerEvents = 'auto';
		e.elm_hover_handler = handler;
		e.elm_hover_count = 0;

		function over(evt)
		{
			if (e.elm_hover_count++ > 0) return;
			e.elm_hover_handler(true);
			evt.stopPropagation();
		}
		function out(evt)
		{
			if (e.contains(evt.toElement || evt.relatedTarget)) return;
			e.elm_hover_count = 0;
			e.elm_hover_handler(false);
			evt.stopPropagation();
		}
		e.elm_hover_over = over;
		e.elm_hover_out = out;
		e.addEventListener('mouseover', over);
		e.addEventListener('mouseout', out);
	}

	function removeHover(e)
	{
		e.elm_hover_handler = null;
		if (e.elm_hover_over)
		{
			e.removeEventListener('mouseover', e.elm_hover_over);
			e.elm_hover_over = null;
		}
		if (e.elm_hover_out)
		{
			e.removeEventListener('mouseout', e.elm_hover_out);
			e.elm_hover_out = null;
		}
	}


	// IMAGES

	function image(props, img)
	{
		switch (img._0.ctor)
		{
			case 'Plain':
				return plainImage(img._3);

			case 'Fitted':
				return fittedImage(props.width, props.height, img._3);

			case 'Cropped':
				return croppedImage(img,props.width,props.height,img._3);

			case 'Tiled':
				return tiledImage(img._3);
		}
	}

	function plainImage(src)
	{
		var img = createNode('img');
		img.src = src;
		img.name = src;
		img.style.display = "block";
		return img;
	}

	function tiledImage(src)
	{
		var div = createNode('div');
		div.style.backgroundImage = 'url(' + src + ')';
		return div;
	}

	function fittedImage(w, h, src)
	{
		var div = createNode('div');
		div.style.background = 'url(' + src + ') no-repeat center';
		div.style.webkitBackgroundSize = 'cover';
		div.style.MozBackgroundSize = 'cover';
		div.style.OBackgroundSize = 'cover';
		div.style.backgroundSize = 'cover';
		return div;
	}

	function croppedImage(elem, w, h, src)
	{
		var pos = elem._0._0;
		var e = createNode('div');
		e.style.overflow = "hidden";

		var img = createNode('img');
		img.onload = function() {
			var sw = w / elem._1, sh = h / elem._2;
			img.style.width = ((this.width * sw)|0) + 'px';
			img.style.height = ((this.height * sh)|0) + 'px';
			img.style.marginLeft = ((- pos._0 * sw)|0) + 'px';
			img.style.marginTop = ((- pos._1 * sh)|0) + 'px';
		};
		img.src = src;
		img.name = src;
		e.appendChild(img);
		return e;
	}


	// FLOW

	function goOut(node)
	{
		node.style.position = 'absolute';
		return node;
	}
	function goDown(node)
	{
		return node;
	}
	function goRight(node)
	{
		node.style.styleFloat = 'left';
		node.style.cssFloat = 'left';
		return node;
	}

	var directionTable = {
		DUp    : goDown,
		DDown  : goDown,
		DLeft  : goRight,
		DRight : goRight,
		DIn    : goOut,
		DOut   : goOut
	};
	function needsReversal(dir)
	{
		return dir == 'DUp' || dir == 'DLeft' || dir == 'DIn';
	}

	function flow(dir,elist)
	{
		var array = List.toArray(elist);
		var container = createNode('div');
		var goDir = directionTable[dir];
		if (goDir == goOut)
		{
			container.style.pointerEvents = 'none';
		}
		if (needsReversal(dir))
		{
			array.reverse();
		}
		var len = array.length;
		for (var i = 0; i < len; ++i)
		{
			container.appendChild(goDir(render(array[i])));
		}
		return container;
	}


	// CONTAINER

	function toPos(pos)
	{
		return pos.ctor === "Absolute"
			? pos._0 + "px"
			: (pos._0 * 100) + "%";
	}

	// must clear right, left, top, bottom, and transform
	// before calling this function
	function setPos(pos,elem,e)
	{
		var element = elem.element;
		var props = elem.props;
		var w = props.width + (element.adjustWidth ? element.adjustWidth : 0);
		var h = props.height + (element.adjustHeight ? element.adjustHeight : 0);

		e.style.position = 'absolute';
		e.style.margin = 'auto';
		var transform = '';

		switch (pos.horizontal.ctor)
		{
			case 'P':
				e.style.right = toPos(pos.x);
				e.style.removeProperty('left');
				break;

			case 'Z':
				transform = 'translateX(' + ((-w/2)|0) + 'px) ';

			case 'N':
				e.style.left = toPos(pos.x);
				e.style.removeProperty('right');
				break;
		}
		switch (pos.vertical.ctor)
		{
			case 'N':
				e.style.bottom = toPos(pos.y);
				e.style.removeProperty('top');
				break;

			case 'Z':
				transform += 'translateY(' + ((-h/2)|0) + 'px)';

			case 'P':
				e.style.top = toPos(pos.y);
				e.style.removeProperty('bottom');
				break;
		}
		if (transform !== '')
		{
			addTransform(e.style, transform);
		}
		return e;
	}

	function addTransform(style, transform)
	{
		style.transform       = transform;
		style.msTransform     = transform;
		style.MozTransform    = transform;
		style.webkitTransform = transform;
		style.OTransform      = transform;
	}

	function container(pos,elem)
	{
		var e = render(elem);
		setPos(pos, elem, e);
		var div = createNode('div');
		div.style.position = 'relative';
		div.style.overflow = 'hidden';
		div.appendChild(e);
		return div;
	}


	function rawHtml(elem)
	{
		var html = elem.html;
		var guid = elem.guid;
		var align = elem.align;

		var div = createNode('div');
		div.innerHTML = html;
		div.style.visibility = "hidden";
		if (align)
		{
			div.style.textAlign = align;
		}
		div.style.visibility = 'visible';
		div.style.pointerEvents = 'auto';
		return div;
	}


	// RENDER

	function render(elem)
	{
		return setProps(elem, makeElement(elem));
	}
	function makeElement(e)
	{
		var elem = e.element;
		switch(elem.ctor)
		{
			case 'Image':
				return image(e.props, elem);

			case 'Flow':
				return flow(elem._0.ctor, elem._1);

			case 'Container':
				return container(elem._0, elem._1);

			case 'Spacer':
				return createNode('div');

			case 'RawHtml':
				return rawHtml(elem);

			case 'Custom':
				return elem.render(elem.model);
		}
	}

	function updateAndReplace(node, curr, next)
	{
		var newNode = update(node, curr, next);
		if (newNode !== node)
		{
			node.parentNode.replaceChild(newNode, node);
		}
		return newNode;
	}


	// UPDATE

	function update(node, curr, next)
	{
		var rootNode = node;
		if (node.tagName === 'A')
		{
			node = node.firstChild;
		}
		if (curr.props.id === next.props.id)
		{
			updateProps(node, curr, next);
			return rootNode;
		}
		if (curr.element.ctor !== next.element.ctor)
		{
			return render(next);
		}
		var nextE = next.element;
		var currE = curr.element;
		switch(nextE.ctor)
		{
			case "Spacer":
				updateProps(node, curr, next);
				return rootNode;

			case "RawHtml":
				if(currE.html.valueOf() !== nextE.html.valueOf())
				{
					node.innerHTML = nextE.html;
				}
				updateProps(node, curr, next);
				return rootNode;

			case "Image":
				if (nextE._0.ctor === 'Plain')
				{
					if (nextE._3 !== currE._3)
					{
						node.src = nextE._3;
					}
				}
				else if (!Utils.eq(nextE,currE)
					|| next.props.width !== curr.props.width
					|| next.props.height !== curr.props.height)
				{
					return render(next);
				}
				updateProps(node, curr, next);
				return rootNode;

			case "Flow":
				var arr = List.toArray(nextE._1);
				for (var i = arr.length; i--; )
				{
					arr[i] = arr[i].element.ctor;
				}
				if (nextE._0.ctor !== currE._0.ctor)
				{
					return render(next);
				}
				var nexts = List.toArray(nextE._1);
				var kids = node.childNodes;
				if (nexts.length !== kids.length)
				{
					return render(next);
				}
				var currs = List.toArray(currE._1);
				var dir = nextE._0.ctor;
				var goDir = directionTable[dir];
				var toReverse = needsReversal(dir);
				var len = kids.length;
				for (var i = len; i-- ;)
				{
					var subNode = kids[toReverse ? len - i - 1 : i];
					goDir(updateAndReplace(subNode, currs[i], nexts[i]));
				}
				updateProps(node, curr, next);
				return rootNode;

			case "Container":
				var subNode = node.firstChild;
				var newSubNode = updateAndReplace(subNode, currE._1, nextE._1);
				setPos(nextE._0, nextE._1, newSubNode);
				updateProps(node, curr, next);
				return rootNode;

			case "Custom":
				if (currE.type === nextE.type)
				{
					var updatedNode = nextE.update(node, currE.model, nextE.model);
					updateProps(updatedNode, curr, next);
					return updatedNode;
				}
				return render(next);
		}
	}

	function updateProps(node, curr, next)
	{
		var nextProps = next.props;
		var currProps = curr.props;

		var element = next.element;
		var width = nextProps.width - (element.adjustWidth || 0);
		var height = nextProps.height - (element.adjustHeight || 0);
		if (width !== currProps.width)
		{
			node.style.width = (width|0) + 'px';
		}
		if (height !== currProps.height)
		{
			node.style.height = (height|0) + 'px';
		}

		if (nextProps.opacity !== currProps.opacity)
		{
			node.style.opacity = nextProps.opacity;
		}

		var nextColor = nextProps.color.ctor === 'Just'
			? Color.toCss(nextProps.color._0)
			: '';
		if (node.style.backgroundColor !== nextColor)
		{
			node.style.backgroundColor = nextColor;
		}

		if (nextProps.tag !== currProps.tag)
		{
			node.id = nextProps.tag;
		}

		if (nextProps.href !== currProps.href)
		{
			if (currProps.href === '')
			{
				// add a surrounding href
				var anchor = createNode('a');
				anchor.href = nextProps.href;
				anchor.style.display = 'block';
				anchor.style.pointerEvents = 'auto';

				node.parentNode.replaceChild(anchor, node);
				anchor.appendChild(node);
			}
			else if (nextProps.href === '')
			{
				// remove the surrounding href
				var anchor = node.parentNode;
				anchor.parentNode.replaceChild(node, anchor);
			}
			else
			{
				// just update the link
				node.parentNode.href = nextProps.href;
			}
		}

		// update click and hover handlers
		var removed = false;

		// update hover handlers
		if (currProps.hover.ctor === '_Tuple0')
		{
			if (nextProps.hover.ctor !== '_Tuple0')
			{
				addHover(node, nextProps.hover);
			}
		}
		else
		{
			if (nextProps.hover.ctor === '_Tuple0')
			{
				removed = true;
				removeHover(node);
			}
			else
			{
				node.elm_hover_handler = nextProps.hover;
			}
		}

		// update click handlers
		if (currProps.click.ctor === '_Tuple0')
		{
			if (nextProps.click.ctor !== '_Tuple0')
			{
				addClick(node, nextProps.click);
			}
		}
		else
		{
			if (nextProps.click.ctor === '_Tuple0')
			{
				removed = true;
				removeClick(node);
			}
			else
			{
				node.elm_click_handler = nextProps.click;
			}
		}

		// stop capturing clicks if
		if (removed
			&& nextProps.hover.ctor === '_Tuple0'
			&& nextProps.click.ctor === '_Tuple0')
		{
			node.style.pointerEvents = 'none';
		}
	}


	// TEXT

	function block(align)
	{
		return function(text)
		{
			var raw = {
				ctor :'RawHtml',
				html : Text.renderHtml(text),
				align: align
			};
			var pos = htmlHeight(0, raw);
			return newElement(pos._0, pos._1, raw);
		}
	}

	function markdown(text)
	{
		var raw = {
			ctor:'RawHtml',
			html: text,
			align: null
		};
		var pos = htmlHeight(0, raw);
		return newElement(pos._0, pos._1, raw);
	}

	function htmlHeight(width, rawHtml)
	{
		// create dummy node
		var temp = document.createElement('div');
		temp.innerHTML = rawHtml.html;
		if (width > 0)
		{
			temp.style.width = width + "px";
		}
		temp.style.visibility = "hidden";
		temp.style.styleFloat = "left";
		temp.style.cssFloat   = "left";

		document.body.appendChild(temp);

		// get dimensions
		var style = window.getComputedStyle(temp, null);
		var w = Math.ceil(style.getPropertyValue("width").slice(0,-2) - 0);
		var h = Math.ceil(style.getPropertyValue("height").slice(0,-2) - 0);
		document.body.removeChild(temp);
		return Utils.Tuple2(w,h);
	}


	return localRuntime.Native.Graphics.Element.values = {
		render: render,
		update: update,
		updateAndReplace: updateAndReplace,

		createNode: createNode,
		newElement: F3(newElement),
		addTransform: addTransform,
		htmlHeight: F2(htmlHeight),
		guid: Utils.guid,

		block: block,
		markdown: markdown
	};

};

Elm.Native.List = {};
Elm.Native.List.make = function(localRuntime) {
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.List = localRuntime.Native.List || {};
	if (localRuntime.Native.List.values)
	{
		return localRuntime.Native.List.values;
	}
	if ('values' in Elm.Native.List)
	{
		return localRuntime.Native.List.values = Elm.Native.List.values;
	}

	var Utils = Elm.Native.Utils.make(localRuntime);

	var Nil = Utils.Nil;
	var Cons = Utils.Cons;

	function toArray(xs)
	{
		var out = [];
		while (xs.ctor !== '[]')
		{
			out.push(xs._0);
			xs = xs._1;
		}
		return out;
	}

	function fromArray(arr)
	{
		var out = Nil;
		for (var i = arr.length; i--; )
		{
			out = Cons(arr[i], out);
		}
		return out;
	}

	function range(lo,hi)
	{
		var lst = Nil;
		if (lo <= hi)
		{
			do { lst = Cons(hi,lst) } while (hi-->lo);
		}
		return lst
	}

	// f defined similarly for both foldl and foldr (NB: different from Haskell)
	// ie, foldl : (a -> b -> b) -> b -> [a] -> b
	function foldl(f, b, xs)
	{
		var acc = b;
		while (xs.ctor !== '[]')
		{
			acc = A2(f, xs._0, acc);
			xs = xs._1;
		}
		return acc;
	}

	function foldr(f, b, xs)
	{
		var arr = toArray(xs);
		var acc = b;
		for (var i = arr.length; i--; )
		{
			acc = A2(f, arr[i], acc);
		}
		return acc;
	}

	function any(pred, xs)
	{
		while (xs.ctor !== '[]')
		{
			if (pred(xs._0))
			{
				return true;
			}
			xs = xs._1;
		}
		return false;
	}

	function map2(f, xs, ys)
	{
		var arr = [];
		while (xs.ctor !== '[]' && ys.ctor !== '[]')
		{
			arr.push(A2(f, xs._0, ys._0));
			xs = xs._1;
			ys = ys._1;
		}
		return fromArray(arr);
	}

	function map3(f, xs, ys, zs)
	{
		var arr = [];
		while (xs.ctor !== '[]' && ys.ctor !== '[]' && zs.ctor !== '[]')
		{
			arr.push(A3(f, xs._0, ys._0, zs._0));
			xs = xs._1;
			ys = ys._1;
			zs = zs._1;
		}
		return fromArray(arr);
	}

	function map4(f, ws, xs, ys, zs)
	{
		var arr = [];
		while (   ws.ctor !== '[]'
			   && xs.ctor !== '[]'
			   && ys.ctor !== '[]'
			   && zs.ctor !== '[]')
		{
			arr.push(A4(f, ws._0, xs._0, ys._0, zs._0));
			ws = ws._1;
			xs = xs._1;
			ys = ys._1;
			zs = zs._1;
		}
		return fromArray(arr);
	}

	function map5(f, vs, ws, xs, ys, zs)
	{
		var arr = [];
		while (   vs.ctor !== '[]'
			   && ws.ctor !== '[]'
			   && xs.ctor !== '[]'
			   && ys.ctor !== '[]'
			   && zs.ctor !== '[]')
		{
			arr.push(A5(f, vs._0, ws._0, xs._0, ys._0, zs._0));
			vs = vs._1;
			ws = ws._1;
			xs = xs._1;
			ys = ys._1;
			zs = zs._1;
		}
		return fromArray(arr);
	}

	function sortBy(f, xs)
	{
		return fromArray(toArray(xs).sort(function(a,b){
			return Utils.cmp(f(a), f(b));
		}));
	}

	function sortWith(f, xs)
	{
		return fromArray(toArray(xs).sort(function(a,b){
			var ord = f(a)(b).ctor;
			return ord === 'EQ' ? 0 : ord === 'LT' ? -1 : 1;
		}));
	}

	function take(n, xs)
	{
		var arr = [];
		while (xs.ctor !== '[]' && n > 0)
		{
			arr.push(xs._0);
			xs = xs._1;
			--n;
		}
		return fromArray(arr);
	}

	function drop(n, xs)
	{
		while (xs.ctor !== '[]' && n > 0)
		{
			xs = xs._1;
			--n;
		}
		return xs;
	}

	function repeat(n, x)
	{
		var arr = [];
		var pattern = [x];
		while (n > 0)
		{
			if (n & 1)
			{
				arr = arr.concat(pattern);
			}
			n >>= 1, pattern = pattern.concat(pattern);
		}
		return fromArray(arr);
	}


	Elm.Native.List.values = {
		Nil:Nil,
		Cons:Cons,
		cons:F2(Cons),
		toArray:toArray,
		fromArray:fromArray,
		range:range,

		foldl:F3(foldl),
		foldr:F3(foldr),

		any:F2(any),
		map2:F3(map2),
		map3:F4(map3),
		map4:F5(map4),
		map5:F6(map5),
		sortBy:F2(sortBy),
		sortWith:F2(sortWith),
		take:F2(take),
		drop:F2(drop),
		repeat:F2(repeat)
	};
	return localRuntime.Native.List.values = Elm.Native.List.values;

};

Elm.Native.Port = {};
Elm.Native.Port.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Port = localRuntime.Native.Port || {};
	if (localRuntime.Native.Port.values)
	{
		return localRuntime.Native.Port.values;
	}

	var NS;
	var Utils = Elm.Native.Utils.make(localRuntime);


	// INBOUND

	function inbound(name, type, converter)
	{
		if (!localRuntime.argsTracker[name])
		{
			throw new Error(
				"Port Error:\n" +
				"No argument was given for the port named '" + name + "' with type:\n\n" +
				"    " + type.split('\n').join('\n        ') + "\n\n" +
				"You need to provide an initial value!\n\n" +
				"Find out more about ports here <http://elm-lang.org/learn/Ports.elm>"
			);
		}
		var arg = localRuntime.argsTracker[name];
		arg.used = true;

		return jsToElm(name, type, converter, arg.value);
	}


	function inboundSignal(name, type, converter)
	{
		var initialValue = inbound(name, type, converter);

		if (!NS)
		{
			NS = Elm.Native.Signal.make(localRuntime);
		}
		var signal = NS.input('inbound-port-' + name, initialValue);

		function send(jsValue)
		{
			var elmValue = jsToElm(name, type, converter, jsValue);
			setTimeout(function() {
				localRuntime.notify(signal.id, elmValue);
			}, 0);
		}

		localRuntime.ports[name] = { send: send };

		return signal;
	}


	function jsToElm(name, type, converter, value)
	{
		try
		{
			return converter(value);
		}
		catch(e)
		{
			throw new Error(
				"Port Error:\n" +
				"Regarding the port named '" + name + "' with type:\n\n" +
				"    " + type.split('\n').join('\n        ') + "\n\n" +
				"You just sent the value:\n\n" +
				"    " + JSON.stringify(value) + "\n\n" +
				"but it cannot be converted to the necessary type.\n" +
				e.message
			);
		}
	}


	// OUTBOUND

	function outbound(name, converter, elmValue)
	{
		localRuntime.ports[name] = converter(elmValue);
	}


	function outboundSignal(name, converter, signal)
	{
		var subscribers = [];

		function subscribe(handler)
		{
			subscribers.push(handler);
		}
		function unsubscribe(handler)
		{
			subscribers.pop(subscribers.indexOf(handler));
		}

		function notify(elmValue)
		{
			var jsValue = converter(elmValue);
			var len = subscribers.length;
			for (var i = 0; i < len; ++i)
			{
				subscribers[i](jsValue);
			}
		}

		if (!NS)
		{
			NS = Elm.Native.Signal.make(localRuntime);
		}
		NS.output('outbound-port-' + name, notify, signal);

		localRuntime.ports[name] = {
			subscribe: subscribe,
			unsubscribe: unsubscribe
		};

		return signal;
	}


	return localRuntime.Native.Port.values = {
		inbound: inbound,
		outbound: outbound,
		inboundSignal: inboundSignal,
		outboundSignal: outboundSignal
	};
};


if (!Elm.fullscreen) {

	(function() {
		'use strict';

		var Display = {
			FULLSCREEN: 0,
			COMPONENT: 1,
			NONE: 2
		};

		Elm.fullscreen = function(module, args)
		{
			var container = document.createElement('div');
			document.body.appendChild(container);
			return init(Display.FULLSCREEN, container, module, args || {});
		};

		Elm.embed = function(module, container, args)
		{
			var tag = container.tagName;
			if (tag !== 'DIV')
			{
				throw new Error('Elm.node must be given a DIV, not a ' + tag + '.');
			}
			return init(Display.COMPONENT, container, module, args || {});
		};

		Elm.worker = function(module, args)
		{
			return init(Display.NONE, {}, module, args || {});
		};

		function init(display, container, module, args, moduleToReplace)
		{
			// defining state needed for an instance of the Elm RTS
			var inputs = [];

			/* OFFSET
			 * Elm's time traveling debugger lets you pause time. This means
			 * "now" may be shifted a bit into the past. By wrapping Date.now()
			 * we can manage this.
			 */
			var timer = {
				programStart: Date.now(),
				now: function()
				{
					return Date.now();
				}
			};

			var updateInProgress = false;
			function notify(id, v)
			{
				if (updateInProgress)
				{
					throw new Error(
						'The notify function has been called synchronously!\n' +
						'This can lead to frames being dropped.\n' +
						'Definitely report this to <https://github.com/elm-lang/Elm/issues>\n');
				}
				updateInProgress = true;
				var timestep = timer.now();
				for (var i = inputs.length; i--; )
				{
					inputs[i].notify(timestep, id, v);
				}
				updateInProgress = false;
			}
			function setTimeout(func, delay)
			{
				return window.setTimeout(func, delay);
			}

			var listeners = [];
			function addListener(relevantInputs, domNode, eventName, func)
			{
				domNode.addEventListener(eventName, func);
				var listener = {
					relevantInputs: relevantInputs,
					domNode: domNode,
					eventName: eventName,
					func: func
				};
				listeners.push(listener);
			}

			var argsTracker = {};
			for (var name in args)
			{
				argsTracker[name] = {
					value: args[name],
					used: false
				};
			}

			// create the actual RTS. Any impure modules will attach themselves to this
			// object. This permits many Elm programs to be embedded per document.
			var elm = {
				notify: notify,
				setTimeout: setTimeout,
				node: container,
				addListener: addListener,
				inputs: inputs,
				timer: timer,
				argsTracker: argsTracker,
				ports: {},

				isFullscreen: function() { return display === Display.FULLSCREEN; },
				isEmbed: function() { return display === Display.COMPONENT; },
				isWorker: function() { return display === Display.NONE; }
			};

			function swap(newModule)
			{
				removeListeners(listeners);
				var div = document.createElement('div');
				var newElm = init(display, div, newModule, args, elm);
				inputs = [];
				// elm.swap = newElm.swap;
				return newElm;
			}

			function dispose()
			{
				removeListeners(listeners);
				inputs = [];
			}

			var Module = {};
			try
			{
				Module = module.make(elm);
				checkInputs(elm);
			}
			catch (error)
			{
				if (typeof container.appendChild == 'undefined')
				{
					console.log(error.message);
				}
				else
				{
					container.appendChild(errorNode(error.message));
				}
				throw error;
			}

			if (display !== Display.NONE)
			{
				var graphicsNode = initGraphics(elm, Module);
			}

			var rootNode = { kids: inputs };
			trimDeadNodes(rootNode);
			inputs = rootNode.kids;
			filterListeners(inputs, listeners);

			addReceivers(elm.ports);

			if (typeof moduleToReplace !== 'undefined')
			{
				hotSwap(moduleToReplace, elm);

				// rerender scene if graphics are enabled.
				if (typeof graphicsNode !== 'undefined')
				{
					graphicsNode.notify(0, true, 0);
				}
			}

			return {
				swap: swap,
				ports: elm.ports,
				dispose: dispose
			};
		};

		function checkInputs(elm)
		{
			var argsTracker = elm.argsTracker;
			for (var name in argsTracker)
			{
				if (!argsTracker[name].used)
				{
					throw new Error(
						"Port Error:\nYou provided an argument named '" + name +
						"' but there is no corresponding port!\n\n" +
						"Maybe add a port '" + name + "' to your Elm module?\n" +
						"Maybe remove the '" + name + "' argument from your initialization code in JS?"
					);
				}
			}
		}

		function errorNode(message)
		{
			var code = document.createElement('code');

			var lines = message.split('\n');
			code.appendChild(document.createTextNode(lines[0]));
			code.appendChild(document.createElement('br'));
			code.appendChild(document.createElement('br'));
			for (var i = 1; i < lines.length; ++i)
			{
				code.appendChild(document.createTextNode('\u00A0 \u00A0 ' + lines[i].replace(/  /g, '\u00A0 ')));
				code.appendChild(document.createElement('br'));
			}
			code.appendChild(document.createElement('br'));
			code.appendChild(document.createTextNode("Open the developer console for more details."));
			return code;
		}


		//// FILTER SIGNALS ////

		// TODO: move this code into the signal module and create a function
		// Signal.initializeGraph that actually instantiates everything.

		function filterListeners(inputs, listeners)
		{
			loop:
			for (var i = listeners.length; i--; )
			{
				var listener = listeners[i];
				for (var j = inputs.length; j--; )
				{
					if (listener.relevantInputs.indexOf(inputs[j].id) >= 0)
					{
						continue loop;
					}
				}
				listener.domNode.removeEventListener(listener.eventName, listener.func);
			}
		}

		function removeListeners(listeners)
		{
			for (var i = listeners.length; i--; )
			{
				var listener = listeners[i];
				listener.domNode.removeEventListener(listener.eventName, listener.func);
			}
		}

		// add receivers for built-in ports if they are defined
		function addReceivers(ports)
		{
			if ('title' in ports)
			{
				if (typeof ports.title === 'string')
				{
					document.title = ports.title;
				}
				else
				{
					ports.title.subscribe(function(v) { document.title = v; });
				}
			}
			if ('redirect' in ports)
			{
				ports.redirect.subscribe(function(v) {
					if (v.length > 0)
					{
						window.location = v;
					}
				});
			}
		}


		// returns a boolean representing whether the node is alive or not.
		function trimDeadNodes(node)
		{
			if (node.isOutput)
			{
				return true;
			}

			var liveKids = [];
			for (var i = node.kids.length; i--; )
			{
				var kid = node.kids[i];
				if (trimDeadNodes(kid))
				{
					liveKids.push(kid);
				}
			}
			node.kids = liveKids;

			return liveKids.length > 0;
		}


		////  RENDERING  ////

		function initGraphics(elm, Module)
		{
			if (!('main' in Module))
			{
				throw new Error("'main' is missing! What do I display?!");
			}

			var signalGraph = Module.main;

			// make sure the signal graph is actually a signal & extract the visual model
			if (!('notify' in signalGraph))
			{
				signalGraph = Elm.Signal.make(elm).constant(signalGraph);
			}
			var initialScene = signalGraph.value;

			// Figure out what the render functions should be
			var render;
			var update;
			if (initialScene.props)
			{
				var Element = Elm.Native.Graphics.Element.make(elm);
				render = Element.render;
				update = Element.updateAndReplace;
			}
			else
			{
				var VirtualDom = Elm.Native.VirtualDom.make(elm);
				render = VirtualDom.render;
				update = VirtualDom.updateAndReplace;
			}

			// Add the initialScene to the DOM
			var container = elm.node;
			var node = render(initialScene);
			while (container.firstChild)
			{
				container.removeChild(container.firstChild);
			}
			container.appendChild(node);

			var _requestAnimationFrame =
				typeof requestAnimationFrame !== 'undefined'
					? requestAnimationFrame
					: function(cb) { setTimeout(cb, 1000/60); }
					;

			// domUpdate is called whenever the main Signal changes.
			//
			// domUpdate and drawCallback implement a small state machine in order
			// to schedule only 1 draw per animation frame. This enforces that
			// once draw has been called, it will not be called again until the
			// next frame.
			//
			// drawCallback is scheduled whenever
			// 1. The state transitions from PENDING_REQUEST to EXTRA_REQUEST, or
			// 2. The state transitions from NO_REQUEST to PENDING_REQUEST
			//
			// Invariants:
			// 1. In the NO_REQUEST state, there is never a scheduled drawCallback.
			// 2. In the PENDING_REQUEST and EXTRA_REQUEST states, there is always exactly 1
			//    scheduled drawCallback.
			var NO_REQUEST = 0;
			var PENDING_REQUEST = 1;
			var EXTRA_REQUEST = 2;
			var state = NO_REQUEST;
			var savedScene = initialScene;
			var scheduledScene = initialScene;

			function domUpdate(newScene)
			{
				scheduledScene = newScene;

				switch (state)
				{
					case NO_REQUEST:
						_requestAnimationFrame(drawCallback);
						state = PENDING_REQUEST;
						return;
					case PENDING_REQUEST:
						state = PENDING_REQUEST;
						return;
					case EXTRA_REQUEST:
						state = PENDING_REQUEST;
						return;
				}
			}

			function drawCallback()
			{
				switch (state)
				{
					case NO_REQUEST:
						// This state should not be possible. How can there be no
						// request, yet somehow we are actively fulfilling a
						// request?
						throw new Error(
							"Unexpected draw callback.\n" +
							"Please report this to <https://github.com/elm-lang/core/issues>."
						);

					case PENDING_REQUEST:
						// At this point, we do not *know* that another frame is
						// needed, but we make an extra request to rAF just in
						// case. It's possible to drop a frame if rAF is called
						// too late, so we just do it preemptively.
						_requestAnimationFrame(drawCallback);
						state = EXTRA_REQUEST;

						// There's also stuff we definitely need to draw.
						draw();
						return;

					case EXTRA_REQUEST:
						// Turns out the extra request was not needed, so we will
						// stop calling rAF. No reason to call it all the time if
						// no one needs it.
						state = NO_REQUEST;
						return;
				}
			}

			function draw()
			{
				update(elm.node.firstChild, savedScene, scheduledScene);
				if (elm.Native.Window)
				{
					elm.Native.Window.values.resizeIfNeeded();
				}
				savedScene = scheduledScene;
			}

			var renderer = Elm.Native.Signal.make(elm).output('main', domUpdate, signalGraph);

			// must check for resize after 'renderer' is created so
			// that changes show up.
			if (elm.Native.Window)
			{
				elm.Native.Window.values.resizeIfNeeded();
			}

			return renderer;
		}

		//// HOT SWAPPING ////

		// Returns boolean indicating if the swap was successful.
		// Requires that the two signal graphs have exactly the same
		// structure.
		function hotSwap(from, to)
		{
			function similar(nodeOld,nodeNew)
			{
				if (nodeOld.id !== nodeNew.id)
				{
					return false;
				}
				if (nodeOld.isOutput)
				{
					return nodeNew.isOutput;
				}
				return nodeOld.kids.length === nodeNew.kids.length;
			}
			function swap(nodeOld,nodeNew)
			{
				nodeNew.value = nodeOld.value;
				return true;
			}
			var canSwap = depthFirstTraversals(similar, from.inputs, to.inputs);
			if (canSwap)
			{
				depthFirstTraversals(swap, from.inputs, to.inputs);
			}
			from.node.parentNode.replaceChild(to.node, from.node);

			return canSwap;
		}

		// Returns false if the node operation f ever fails.
		function depthFirstTraversals(f, queueOld, queueNew)
		{
			if (queueOld.length !== queueNew.length)
			{
				return false;
			}
			queueOld = queueOld.slice(0);
			queueNew = queueNew.slice(0);

			var seen = [];
			while (queueOld.length > 0 && queueNew.length > 0)
			{
				var nodeOld = queueOld.pop();
				var nodeNew = queueNew.pop();
				if (seen.indexOf(nodeOld.id) < 0)
				{
					if (!f(nodeOld, nodeNew))
					{
						return false;
					}
					queueOld = queueOld.concat(nodeOld.kids || []);
					queueNew = queueNew.concat(nodeNew.kids || []);
					seen.push(nodeOld.id);
				}
			}
			return true;
		}
	}());

	function F2(fun)
	{
		function wrapper(a) { return function(b) { return fun(a,b) } }
		wrapper.arity = 2;
		wrapper.func = fun;
		return wrapper;
	}

	function F3(fun)
	{
		function wrapper(a) {
			return function(b) { return function(c) { return fun(a,b,c) }}
		}
		wrapper.arity = 3;
		wrapper.func = fun;
		return wrapper;
	}

	function F4(fun)
	{
		function wrapper(a) { return function(b) { return function(c) {
			return function(d) { return fun(a,b,c,d) }}}
		}
		wrapper.arity = 4;
		wrapper.func = fun;
		return wrapper;
	}

	function F5(fun)
	{
		function wrapper(a) { return function(b) { return function(c) {
			return function(d) { return function(e) { return fun(a,b,c,d,e) }}}}
		}
		wrapper.arity = 5;
		wrapper.func = fun;
		return wrapper;
	}

	function F6(fun)
	{
		function wrapper(a) { return function(b) { return function(c) {
			return function(d) { return function(e) { return function(f) {
			return fun(a,b,c,d,e,f) }}}}}
		}
		wrapper.arity = 6;
		wrapper.func = fun;
		return wrapper;
	}

	function F7(fun)
	{
		function wrapper(a) { return function(b) { return function(c) {
			return function(d) { return function(e) { return function(f) {
			return function(g) { return fun(a,b,c,d,e,f,g) }}}}}}
		}
		wrapper.arity = 7;
		wrapper.func = fun;
		return wrapper;
	}

	function F8(fun)
	{
		function wrapper(a) { return function(b) { return function(c) {
			return function(d) { return function(e) { return function(f) {
			return function(g) { return function(h) {
			return fun(a,b,c,d,e,f,g,h)}}}}}}}
		}
		wrapper.arity = 8;
		wrapper.func = fun;
		return wrapper;
	}

	function F9(fun)
	{
		function wrapper(a) { return function(b) { return function(c) {
			return function(d) { return function(e) { return function(f) {
			return function(g) { return function(h) { return function(i) {
			return fun(a,b,c,d,e,f,g,h,i) }}}}}}}}
		}
		wrapper.arity = 9;
		wrapper.func = fun;
		return wrapper;
	}

	function A2(fun,a,b)
	{
		return fun.arity === 2
			? fun.func(a,b)
			: fun(a)(b);
	}
	function A3(fun,a,b,c)
	{
		return fun.arity === 3
			? fun.func(a,b,c)
			: fun(a)(b)(c);
	}
	function A4(fun,a,b,c,d)
	{
		return fun.arity === 4
			? fun.func(a,b,c,d)
			: fun(a)(b)(c)(d);
	}
	function A5(fun,a,b,c,d,e)
	{
		return fun.arity === 5
			? fun.func(a,b,c,d,e)
			: fun(a)(b)(c)(d)(e);
	}
	function A6(fun,a,b,c,d,e,f)
	{
		return fun.arity === 6
			? fun.func(a,b,c,d,e,f)
			: fun(a)(b)(c)(d)(e)(f);
	}
	function A7(fun,a,b,c,d,e,f,g)
	{
		return fun.arity === 7
			? fun.func(a,b,c,d,e,f,g)
			: fun(a)(b)(c)(d)(e)(f)(g);
	}
	function A8(fun,a,b,c,d,e,f,g,h)
	{
		return fun.arity === 8
			? fun.func(a,b,c,d,e,f,g,h)
			: fun(a)(b)(c)(d)(e)(f)(g)(h);
	}
	function A9(fun,a,b,c,d,e,f,g,h,i)
	{
		return fun.arity === 9
			? fun.func(a,b,c,d,e,f,g,h,i)
			: fun(a)(b)(c)(d)(e)(f)(g)(h)(i);
	}
}

Elm.Native.Show = {};
Elm.Native.Show.make = function(localRuntime) {
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Show = localRuntime.Native.Show || {};
	if (localRuntime.Native.Show.values)
	{
		return localRuntime.Native.Show.values;
	}

	var _Array;
	var Dict;
	var List;
	var Utils = Elm.Native.Utils.make(localRuntime);

	var toString = function(v)
	{
		var type = typeof v;
		if (type === "function")
		{
			var name = v.func ? v.func.name : v.name;
			return '<function' + (name === '' ? '' : ': ') + name + '>';
		}
		else if (type === "boolean")
		{
			return v ? "True" : "False";
		}
		else if (type === "number")
		{
			return v + "";
		}
		else if ((v instanceof String) && v.isChar)
		{
			return "'" + addSlashes(v, true) + "'";
		}
		else if (type === "string")
		{
			return '"' + addSlashes(v, false) + '"';
		}
		else if (type === "object" && '_' in v && probablyPublic(v))
		{
			var output = [];
			for (var k in v._)
			{
				for (var i = v._[k].length; i--; )
				{
					output.push(k + " = " + toString(v._[k][i]));
				}
			}
			for (var k in v)
			{
				if (k === '_') continue;
				output.push(k + " = " + toString(v[k]));
			}
			if (output.length === 0)
			{
				return "{}";
			}
			return "{ " + output.join(", ") + " }";
		}
		else if (type === "object" && 'ctor' in v)
		{
			if (v.ctor.substring(0,6) === "_Tuple")
			{
				var output = [];
				for (var k in v)
				{
					if (k === 'ctor') continue;
					output.push(toString(v[k]));
				}
				return "(" + output.join(",") + ")";
			}
			else if (v.ctor === "_Array")
			{
				if (!_Array)
				{
					_Array = Elm.Array.make(localRuntime);
				}
				var list = _Array.toList(v);
				return "Array.fromList " + toString(list);
			}
			else if (v.ctor === "::")
			{
				var output = '[' + toString(v._0);
				v = v._1;
				while (v.ctor === "::")
				{
					output += "," + toString(v._0);
					v = v._1;
				}
				return output + ']';
			}
			else if (v.ctor === "[]")
			{
				return "[]";
			}
			else if (v.ctor === "RBNode" || v.ctor === "RBEmpty")
			{
				if (!Dict)
				{
					Dict = Elm.Dict.make(localRuntime);
				}
				if (!List)
				{
					List = Elm.List.make(localRuntime);
				}
				var list = Dict.toList(v);
				var name = "Dict";
				if (list.ctor === "::" && list._0._1.ctor === "_Tuple0")
				{
					name = "Set";
					list = A2(List.map, function(x){return x._0}, list);
				}
				return name + ".fromList " + toString(list);
			}
			else if (v.ctor.slice(0,5) === "Text:")
			{
				return '<text>'
			}
			else
			{
				var output = "";
				for (var i in v)
				{
					if (i === 'ctor') continue;
					var str = toString(v[i]);
					var parenless = str[0] === '{' || str[0] === '<' || str.indexOf(' ') < 0;
					output += ' ' + (parenless ? str : '(' + str + ')');
				}
				return v.ctor + output;
			}
		}
		if (type === 'object' && 'notify' in v && 'id' in v)
		{
			return '<Signal>';
		}
		return "<internal structure>";
	};

	function addSlashes(str, isChar)
	{
		var s = str.replace(/\\/g, '\\\\')
				  .replace(/\n/g, '\\n')
				  .replace(/\t/g, '\\t')
				  .replace(/\r/g, '\\r')
				  .replace(/\v/g, '\\v')
				  .replace(/\0/g, '\\0');
		if (isChar)
		{
			return s.replace(/\'/g, "\\'")
		}
		else
		{
			return s.replace(/\"/g, '\\"');
		}
	}

	function probablyPublic(v)
	{
		var keys = Object.keys(v);
		var len = keys.length;
		if (len === 3
			&& 'props' in v
			&& 'element' in v)
		{
			return false;
		}
		else if (len === 5
			&& 'horizontal' in v
			&& 'vertical' in v
			&& 'x' in v
			&& 'y' in v)
		{
			return false;
		}
		else if (len === 7
			&& 'theta' in v
			&& 'scale' in v
			&& 'x' in v
			&& 'y' in v
			&& 'alpha' in v
			&& 'form' in v)
		{
			return false;
		}
		return true;
	}

	return localRuntime.Native.Show.values = {
		toString: toString
	};
};

Elm.Native.Signal = {};
Elm.Native.Signal.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Signal = localRuntime.Native.Signal || {};
	if (localRuntime.Native.Signal.values)
	{
		return localRuntime.Native.Signal.values;
	}


	var Task = Elm.Native.Task.make(localRuntime);
	var Utils = Elm.Native.Utils.make(localRuntime);


	function broadcastToKids(node, timestamp, update)
	{
		var kids = node.kids;
		for (var i = kids.length; i--; )
		{
			kids[i].notify(timestamp, update, node.id);
		}
	}


	// INPUT

	function input(name, base)
	{
		var node = {
			id: Utils.guid(),
			name: 'input-' + name,
			value: base,
			parents: [],
			kids: []
		};

		node.notify = function(timestamp, targetId, value) {
			var update = targetId === node.id;
			if (update)
			{
				node.value = value;
			}
			broadcastToKids(node, timestamp, update);
			return update;
		};

		localRuntime.inputs.push(node);

		return node;
	}

	function constant(value)
	{
		return input('constant', value);
	}


	// MAILBOX

	function mailbox(base)
	{
		var signal = input('mailbox', base);

		function send(value) {
			return Task.asyncFunction(function(callback) {
				localRuntime.setTimeout(function() {
					localRuntime.notify(signal.id, value);
				}, 0);
				callback(Task.succeed(Utils.Tuple0));
			});
		}

		return {
			_: {},
			signal: signal,
			address: {
				ctor: 'Address',
				_0: send
			}
		};
	}

	function sendMessage(message)
	{
		Task.perform(message._0);
	}


	// OUTPUT

	function output(name, handler, parent)
	{
		var node = {
			id: Utils.guid(),
			name: 'output-' + name,
			parents: [parent],
			isOutput: true
		};

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			if (parentUpdate)
			{
				handler(parent.value);
			}
		};

		parent.kids.push(node);

		return node;
	}


	// MAP

	function mapMany(refreshValue, args)
	{
		var node = {
			id: Utils.guid(),
			name: 'map' + args.length,
			value: refreshValue(),
			parents: args,
			kids: []
		};

		var numberOfParents = args.length;
		var count = 0;
		var update = false;

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			++count;

			update = update || parentUpdate;

			if (count === numberOfParents)
			{
				if (update)
				{
					node.value = refreshValue();
				}
				broadcastToKids(node, timestamp, update);
				update = false;
				count = 0;
			}
		};

		for (var i = numberOfParents; i--; )
		{
			args[i].kids.push(node);
		}

		return node;
	}


	function map(func, a)
	{
		function refreshValue()
		{
			return func(a.value);
		}
		return mapMany(refreshValue, [a]);
	}


	function map2(func, a, b)
	{
		function refreshValue()
		{
			return A2( func, a.value, b.value );
		}
		return mapMany(refreshValue, [a,b]);
	}


	function map3(func, a, b, c)
	{
		function refreshValue()
		{
			return A3( func, a.value, b.value, c.value );
		}
		return mapMany(refreshValue, [a,b,c]);
	}


	function map4(func, a, b, c, d)
	{
		function refreshValue()
		{
			return A4( func, a.value, b.value, c.value, d.value );
		}
		return mapMany(refreshValue, [a,b,c,d]);
	}


	function map5(func, a, b, c, d, e)
	{
		function refreshValue()
		{
			return A5( func, a.value, b.value, c.value, d.value, e.value );
		}
		return mapMany(refreshValue, [a,b,c,d,e]);
	}



	// FOLD

	function foldp(update, state, signal)
	{
		var node = {
			id: Utils.guid(),
			name: 'foldp',
			parents: [signal],
			kids: [],
			value: state
		};

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			if (parentUpdate)
			{
				node.value = A2( update, signal.value, node.value );
			}
			broadcastToKids(node, timestamp, parentUpdate);
		};

		signal.kids.push(node);

		return node;
	}


	// TIME

	function timestamp(signal)
	{
		var node = {
			id: Utils.guid(),
			name: 'timestamp',
			value: Utils.Tuple2(localRuntime.timer.programStart, signal.value),
			parents: [signal],
			kids: []
		};

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			if (parentUpdate)
			{
				node.value = Utils.Tuple2(timestamp, signal.value);
			}
			broadcastToKids(node, timestamp, parentUpdate);
		};

		signal.kids.push(node);

		return node;
	}


	function delay(time, signal)
	{
		var delayed = input('delay-input-' + time, signal.value);

		function handler(value)
		{
			setTimeout(function() {
				localRuntime.notify(delayed.id, value);
			}, time);
		}

		output('delay-output-' + time, handler, signal);

		return delayed;
	}


	// MERGING

	function genericMerge(tieBreaker, leftStream, rightStream)
	{
		var node = {
			id: Utils.guid(),
			name: 'merge',
			value: A2(tieBreaker, leftStream.value, rightStream.value),
			parents: [leftStream, rightStream],
			kids: []
		};

		var left = { touched: false, update: false, value: null };
		var right = { touched: false, update: false, value: null };

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			if (parentID === leftStream.id)
			{
				left.touched = true;
				left.update = parentUpdate;
				left.value = leftStream.value;
			}
			if (parentID === rightStream.id)
			{
				right.touched = true;
				right.update = parentUpdate;
				right.value = rightStream.value;
			}

			if (left.touched && right.touched)
			{
				var update = false;
				if (left.update && right.update)
				{
					node.value = A2(tieBreaker, left.value, right.value);
					update = true;
				}
				else if (left.update)
				{
					node.value = left.value;
					update = true;
				}
				else if (right.update)
				{
					node.value = right.value;
					update = true;
				}
				left.touched = false;
				right.touched = false;

				broadcastToKids(node, timestamp, update);
			}
		};

		leftStream.kids.push(node);
		rightStream.kids.push(node);

		return node;
	}


	// FILTERING

	function filterMap(toMaybe, base, signal)
	{
		var maybe = toMaybe(signal.value);
		var node = {
			id: Utils.guid(),
			name: 'filterMap',
			value: maybe.ctor === 'Nothing' ? base : maybe._0,
			parents: [signal],
			kids: []
		};

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			var update = false;
			if (parentUpdate)
			{
				var maybe = toMaybe(signal.value);
				if (maybe.ctor === 'Just')
				{
					update = true;
					node.value = maybe._0;
				}
			}
			broadcastToKids(node, timestamp, update);
		};

		signal.kids.push(node);

		return node;
	}


	// SAMPLING

	function sampleOn(ticker, signal)
	{
		var node = {
			id: Utils.guid(),
			name: 'sampleOn',
			value: signal.value,
			parents: [ticker, signal],
			kids: []
		};

		var signalTouch = false;
		var tickerTouch = false;
		var tickerUpdate = false;

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			if (parentID === ticker.id)
			{
				tickerTouch = true;
				tickerUpdate = parentUpdate;
			}
			if (parentID === signal.id)
			{
				signalTouch = true;
			}

			if (tickerTouch && signalTouch)
			{
				if (tickerUpdate)
				{
					node.value = signal.value;
				}
				tickerTouch = false;
				signalTouch = false;

				broadcastToKids(node, timestamp, tickerUpdate);
			}
		};

		ticker.kids.push(node);
		signal.kids.push(node);

		return node;
	}


	// DROP REPEATS

	function dropRepeats(signal)
	{
		var node = {
			id: Utils.guid(),
			name: 'dropRepeats',
			value: signal.value,
			parents: [signal],
			kids: []
		};

		node.notify = function(timestamp, parentUpdate, parentID)
		{
			var update = false;
			if (parentUpdate && !Utils.eq(node.value, signal.value))
			{
				node.value = signal.value;
				update = true;
			}
			broadcastToKids(node, timestamp, update);
		};

		signal.kids.push(node);

		return node;
	}


	return localRuntime.Native.Signal.values = {
		input: input,
		constant: constant,
		mailbox: mailbox,
		sendMessage: sendMessage,
		output: output,
		map: F2(map),
		map2: F3(map2),
		map3: F4(map3),
		map4: F5(map4),
		map5: F6(map5),
		foldp: F3(foldp),
		genericMerge: F3(genericMerge),
		filterMap: F3(filterMap),
		sampleOn: F2(sampleOn),
		dropRepeats: dropRepeats,
		timestamp: timestamp,
		delay: F2(delay)
	};
};

Elm.Native.Task = {};
Elm.Native.Task.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Task = localRuntime.Native.Task || {};
	if (localRuntime.Native.Task.values)
	{
		return localRuntime.Native.Task.values;
	}

	var Result = Elm.Result.make(localRuntime);
	var Signal;
	var Utils = Elm.Native.Utils.make(localRuntime);


	// CONSTRUCTORS

	function succeed(value)
	{
		return {
			tag: 'Succeed',
			value: value
		};
	}

	function fail(error)
	{
		return {
			tag: 'Fail',
			value: error
		};
	}

	function asyncFunction(func)
	{
		return {
			tag: 'Async',
			asyncFunction: func
		};
	}

	function andThen(task, callback)
	{
		return {
			tag: 'AndThen',
			task: task,
			callback: callback
		};
	}

	function catch_(task, callback)
	{
		return {
			tag: 'Catch',
			task: task,
			callback: callback
		};
	}


	// RUNNER

	function perform(task) {
		runTask({ task: task }, function() {});
	}

	function performSignal(name, signal)
	{
		var workQueue = [];

		function onComplete()
		{
			workQueue.shift();

			setTimeout(function() {
				if (workQueue.length > 0)
				{
					runTask(workQueue[0], onComplete);
				}
			}, 0);
		}

		function register(task)
		{
			var root = { task: task };
			workQueue.push(root);
			if (workQueue.length === 1)
			{
				runTask(root, onComplete);
			}
		}

		if (!Signal)
		{
			Signal = Elm.Native.Signal.make(localRuntime);
		}
		Signal.output('perform-tasks-' + name, register, signal);

		register(signal.value);

		return signal;
	}

	function mark(status, task)
	{
		return { status: status, task: task };
	}

	function runTask(root, onComplete)
	{
		var result = mark('runnable', root.task);
		while (result.status === 'runnable')
		{
			result = stepTask(onComplete, root, result.task);
		}

		if (result.status === 'done')
		{
			root.task = result.task;
			onComplete();
		}

		if (result.status === 'blocked')
		{
			root.task = result.task;
		}
	}

	function stepTask(onComplete, root, task)
	{
		var tag = task.tag;

		if (tag === 'Succeed' || tag === 'Fail')
		{
			return mark('done', task);
		}

		if (tag === 'Async')
		{
			var placeHolder = {};
			var couldBeSync = true;
			var wasSync = false;

			task.asyncFunction(function(result) {
				placeHolder.tag = result.tag;
				placeHolder.value = result.value;
				if (couldBeSync)
				{
					wasSync = true;
				}
				else
				{
					runTask(root, onComplete);
				}
			});
			couldBeSync = false;
			return mark(wasSync ? 'done' : 'blocked', placeHolder);
		}

		if (tag === 'AndThen' || tag === 'Catch')
		{
			var result = mark('runnable', task.task);
			while (result.status === 'runnable')
			{
				result = stepTask(onComplete, root, result.task);
			}

			if (result.status === 'done')
			{
				var activeTask = result.task;
				var activeTag = activeTask.tag;

				var succeedChain = activeTag === 'Succeed' && tag === 'AndThen';
				var failChain = activeTag === 'Fail' && tag === 'Catch';

				return (succeedChain || failChain)
					? mark('runnable', task.callback(activeTask.value))
					: mark('runnable', activeTask);
			}
			if (result.status === 'blocked')
			{
				return mark('blocked', {
					tag: tag,
					task: result.task,
					callback: task.callback
				});
			}
		}
	}


	// THREADS

	function sleep(time) {
		return asyncFunction(function(callback) {
			setTimeout(function() {
				callback(succeed(Utils.Tuple0));
			}, time);
		});
	}

	function spawn(task) {
		return asyncFunction(function(callback) {
			var id = setTimeout(function() {
				perform(task);
			}, 0);
			callback(succeed(id));
		});
	}


	return localRuntime.Native.Task.values = {
		succeed: succeed,
		fail: fail,
		asyncFunction: asyncFunction,
		andThen: F2(andThen),
		catch_: F2(catch_),
		perform: perform,
		performSignal: performSignal,
		spawn: spawn,
		sleep: sleep
	};
};

Elm.Native.Text = {};
Elm.Native.Text.make = function(localRuntime) {
	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Text = localRuntime.Native.Text || {};
	if (localRuntime.Native.Text.values)
	{
		return localRuntime.Native.Text.values;
	}

	var toCss = Elm.Native.Color.make(localRuntime).toCss;
	var List = Elm.Native.List.make(localRuntime);


	// CONSTRUCTORS

	function fromString(str)
	{
		return {
			ctor: 'Text:Text',
			_0: str
		};
	}

	function append(a, b)
	{
		return {
			ctor: 'Text:Append',
			_0: a,
			_1: b
		};
	}

	function addMeta(field, value, text)
	{
		var newProps = {};
		var newText = {
			ctor: 'Text:Meta',
			_0: newProps,
			_1: text
		};

		if (text.ctor === 'Text:Meta')
		{
			newText._1 = text._1;
			var props = text._0;
			for (var i = metaKeys.length; i--; )
			{
				var key = metaKeys[i];
				var val = props[key];
				if (val)
				{
					newProps[key] = val;
				}
			}
		}
		newProps[field] = value;
		return newText;
	}

	var metaKeys = [
		'font-size',
		'font-family',
		'font-style',
		'font-weight',
		'href',
		'text-decoration',
		'color'
	];


	// conversions from Elm values to CSS

	function toTypefaces(list)
	{
		var typefaces = List.toArray(list);
		for (var i = typefaces.length; i--; )
		{
			var typeface = typefaces[i];
			if (typeface.indexOf(' ') > -1)
			{
				typefaces[i] = "'" + typeface + "'";
			}
		}
		return typefaces.join(',');
	}

	function toLine(line)
	{
		var ctor = line.ctor;
		return ctor === 'Under'
			? 'underline'
			: ctor === 'Over'
				? 'overline'
				: 'line-through';
	}

	// setting styles of Text

	function style(style, text)
	{
		var newText = addMeta('color', toCss(style.color), text);
		var props = newText._0;

		if (style.typeface.ctor !== '[]')
		{
			props['font-family'] = toTypefaces(style.typeface);
		}
		if (style.height.ctor !== "Nothing")
		{
			props['font-size'] = style.height._0 + 'px';
		}
		if (style.bold)
		{
			props['font-weight'] = 'bold';
		}
		if (style.italic)
		{
			props['font-style'] = 'italic';
		}
		if (style.line.ctor !== 'Nothing')
		{
			props['text-decoration'] = toLine(style.line._0);
		}
		return newText;
	}

	function height(px, text)
	{
		return addMeta('font-size', px + 'px', text);
	}

	function typeface(names, text)
	{
		return addMeta('font-family', toTypefaces(names), text);
	}

	function monospace(text)
	{
		return addMeta('font-family', 'monospace', text);
	}

	function italic(text)
	{
		return addMeta('font-style', 'italic', text);
	}

	function bold(text)
	{
		return addMeta('font-weight', 'bold', text);
	}

	function link(href, text)
	{
		return addMeta('href', href, text);
	}

	function line(line, text)
	{
		return addMeta('text-decoration', toLine(line), text);
	}

	function color(color, text)
	{
		return addMeta('color', toCss(color), text);;
	}


	// RENDER

	function renderHtml(text)
	{
		var tag = text.ctor;
		if (tag === 'Text:Append')
		{
			return renderHtml(text._0) + renderHtml(text._1);
		}
		if (tag === 'Text:Text')
		{
			return properEscape(text._0);
		}
		if (tag === 'Text:Meta')
		{
			return renderMeta(text._0, renderHtml(text._1));
		}
	}

	function renderMeta(metas, string)
	{
		var href = metas['href'];
		if (href)
		{
			string = '<a href="' + href + '">' + string + '</a>';
		}
		var styles = '';
		for (var key in metas)
		{
			if (key === 'href')
			{
				continue;
			}
			styles += key + ':' + metas[key] + ';';
		}
		if (styles)
		{
			string = '<span style="' + styles + '">' + string + '</span>';
		}
		return string;
	}

	function properEscape(str)
	{
		if (str.length == 0)
		{
			return str;
		}
		str = str //.replace(/&/g,  "&#38;")
			.replace(/"/g,  '&#34;')
			.replace(/'/g,  "&#39;")
			.replace(/</g,  "&#60;")
			.replace(/>/g,  "&#62;");
		var arr = str.split('\n');
		for (var i = arr.length; i--; )
		{
			arr[i] = makeSpaces(arr[i]);
		}
		return arr.join('<br/>');
	}

	function makeSpaces(s)
	{
		if (s.length == 0)
		{
			return s;
		}
		var arr = s.split('');
		if (arr[0] == ' ')
		{
			arr[0] = "&nbsp;"
		}
		for (var i = arr.length; --i; )
		{
			if (arr[i][0] == ' ' && arr[i-1] == ' ')
			{
				arr[i-1] = arr[i-1] + arr[i];
				arr[i] = '';
			}
		}
		for (var i = arr.length; i--; )
		{
			if (arr[i].length > 1 && arr[i][0] == ' ')
			{
				var spaces = arr[i].split('');
				for (var j = spaces.length - 2; j >= 0; j -= 2)
				{
					spaces[j] = '&nbsp;';
				}
				arr[i] = spaces.join('');
			}
		}
		arr = arr.join('');
		if (arr[arr.length-1] === " ")
		{
			return arr.slice(0,-1) + '&nbsp;';
		}
		return arr;
	}


	return localRuntime.Native.Text.values = {
		fromString: fromString,
		append: F2(append),

		height: F2(height),
		italic: italic,
		bold: bold,
		line: F2(line),
		monospace: monospace,
		typeface: F2(typeface),
		color: F2(color),
		link: F2(link),
		style: F2(style),

		toTypefaces: toTypefaces,
		toLine: toLine,
		renderHtml: renderHtml
	};
};

Elm.Native.Transform2D = {};
Elm.Native.Transform2D.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Transform2D = localRuntime.Native.Transform2D || {};
	if (localRuntime.Native.Transform2D.values)
	{
		return localRuntime.Native.Transform2D.values;
	}

	var A;
	if (typeof Float32Array === 'undefined')
	{
		A = function(arr)
		{
			this.length = arr.length;
			this[0] = arr[0];
			this[1] = arr[1];
			this[2] = arr[2];
			this[3] = arr[3];
			this[4] = arr[4];
			this[5] = arr[5];
		};
	}
	else
	{
		A = Float32Array;
	}

	// layout of matrix in an array is
	//
	//   | m11 m12 dx |
	//   | m21 m22 dy |
	//   |  0   0   1 |
	//
	//  new A([ m11, m12, dx, m21, m22, dy ])

	var identity = new A([1,0,0,0,1,0]);
	function matrix(m11, m12, m21, m22, dx, dy)
	{
		return new A([m11, m12, dx, m21, m22, dy]);
	}

	function rotation(t)
	{
		var c = Math.cos(t);
		var s = Math.sin(t);
		return new A([c, -s, 0, s, c, 0]);
	}

	function rotate(t,m)
	{
		var c = Math.cos(t);
		var s = Math.sin(t);
		var m11 = m[0], m12 = m[1], m21 = m[3], m22 = m[4];
		return new A([m11*c + m12*s, -m11*s + m12*c, m[2],
					  m21*c + m22*s, -m21*s + m22*c, m[5]]);
	}
	/*
	function move(xy,m) {
		var x = xy._0;
		var y = xy._1;
		var m11 = m[0], m12 = m[1], m21 = m[3], m22 = m[4];
		return new A([m11, m12, m11*x + m12*y + m[2],
					  m21, m22, m21*x + m22*y + m[5]]);
	}
	function scale(s,m) { return new A([m[0]*s, m[1]*s, m[2], m[3]*s, m[4]*s, m[5]]); }
	function scaleX(x,m) { return new A([m[0]*x, m[1], m[2], m[3]*x, m[4], m[5]]); }
	function scaleY(y,m) { return new A([m[0], m[1]*y, m[2], m[3], m[4]*y, m[5]]); }
	function reflectX(m) { return new A([-m[0], m[1], m[2], -m[3], m[4], m[5]]); }
	function reflectY(m) { return new A([m[0], -m[1], m[2], m[3], -m[4], m[5]]); }

	function transform(m11, m21, m12, m22, mdx, mdy, n) {
		var n11 = n[0], n12 = n[1], n21 = n[3], n22 = n[4], ndx = n[2], ndy = n[5];
		return new A([m11*n11 + m12*n21,
					  m11*n12 + m12*n22,
					  m11*ndx + m12*ndy + mdx,
					  m21*n11 + m22*n21,
					  m21*n12 + m22*n22,
					  m21*ndx + m22*ndy + mdy]);
	}
	*/
	function multiply(m, n)
	{
		var m11 = m[0], m12 = m[1], m21 = m[3], m22 = m[4], mdx = m[2], mdy = m[5];
		var n11 = n[0], n12 = n[1], n21 = n[3], n22 = n[4], ndx = n[2], ndy = n[5];
		return new A([m11*n11 + m12*n21,
					  m11*n12 + m12*n22,
					  m11*ndx + m12*ndy + mdx,
					  m21*n11 + m22*n21,
					  m21*n12 + m22*n22,
					  m21*ndx + m22*ndy + mdy]);
	}

	return localRuntime.Native.Transform2D.values = {
		identity:identity,
		matrix:F6(matrix),
		rotation:rotation,
		multiply:F2(multiply)
		/*
		transform:F7(transform),
		rotate:F2(rotate),
		move:F2(move),
		scale:F2(scale),
		scaleX:F2(scaleX),
		scaleY:F2(scaleY),
		reflectX:reflectX,
		reflectY:reflectY
		*/
	};

};

Elm.Native = Elm.Native || {};
Elm.Native.Utils = {};
Elm.Native.Utils.make = function(localRuntime) {

	localRuntime.Native = localRuntime.Native || {};
	localRuntime.Native.Utils = localRuntime.Native.Utils || {};
	if (localRuntime.Native.Utils.values)
	{
		return localRuntime.Native.Utils.values;
	}

	function eq(l,r)
	{
		var stack = [{'x': l, 'y': r}]
		while (stack.length > 0)
		{
			var front = stack.pop();
			var x = front.x;
			var y = front.y;
			if (x === y)
			{
				continue;
			}
			if (typeof x === "object")
			{
				var c = 0;
				for (var i in x)
				{
					++c;
					if (i in y)
					{
						if (i !== 'ctor')
						{
							stack.push({ 'x': x[i], 'y': y[i] });
						}
					}
					else
					{
						return false;
					}
				}
				if ('ctor' in x)
				{
					stack.push({'x': x.ctor, 'y': y.ctor});
				}
				if (c !== Object.keys(y).length)
				{
					return false;
				}
			}
			else if (typeof x === 'function')
			{
				throw new Error('Equality error: general function equality is ' +
								'undecidable, and therefore, unsupported');
			}
			else
			{
				return false;
			}
		}
		return true;
	}

	// code in Generate/JavaScript.hs depends on the particular
	// integer values assigned to LT, EQ, and GT
	var LT = -1, EQ = 0, GT = 1, ord = ['LT','EQ','GT'];

	function compare(x,y)
	{
		return {
			ctor: ord[cmp(x,y)+1]
		};
	}

	function cmp(x,y) {
		var ord;
		if (typeof x !== 'object')
		{
			return x === y ? EQ : x < y ? LT : GT;
		}
		else if (x.isChar)
		{
			var a = x.toString();
			var b = y.toString();
			return a === b
				? EQ
				: a < b
					? LT
					: GT;
		}
		else if (x.ctor === "::" || x.ctor === "[]")
		{
			while (true)
			{
				if (x.ctor === "[]" && y.ctor === "[]")
				{
					return EQ;
				}
				if (x.ctor !== y.ctor)
				{
					return x.ctor === '[]' ? LT : GT;
				}
				ord = cmp(x._0, y._0);
				if (ord !== EQ)
				{
					return ord;
				}
				x = x._1;
				y = y._1;
			}
		}
		else if (x.ctor.slice(0,6) === '_Tuple')
		{
			var n = x.ctor.slice(6) - 0;
			var err = 'cannot compare tuples with more than 6 elements.';
			if (n === 0) return EQ;
			if (n >= 1) { ord = cmp(x._0, y._0); if (ord !== EQ) return ord;
			if (n >= 2) { ord = cmp(x._1, y._1); if (ord !== EQ) return ord;
			if (n >= 3) { ord = cmp(x._2, y._2); if (ord !== EQ) return ord;
			if (n >= 4) { ord = cmp(x._3, y._3); if (ord !== EQ) return ord;
			if (n >= 5) { ord = cmp(x._4, y._4); if (ord !== EQ) return ord;
			if (n >= 6) { ord = cmp(x._5, y._5); if (ord !== EQ) return ord;
			if (n >= 7) throw new Error('Comparison error: ' + err); } } } } } }
			return EQ;
		}
		else
		{
			throw new Error('Comparison error: comparison is only defined on ints, ' +
							'floats, times, chars, strings, lists of comparable values, ' +
							'and tuples of comparable values.');
		}
	}


	var Tuple0 = {
		ctor: "_Tuple0"
	};

	function Tuple2(x,y)
	{
		return {
			ctor: "_Tuple2",
			_0: x,
			_1: y
		};
	}

	function chr(c)
	{
		var x = new String(c);
		x.isChar = true;
		return x;
	}

	function txt(str)
	{
		var t = new String(str);
		t.text = true;
		return t;
	}

	var count = 0;
	function guid(_)
	{
		return count++
	}

	function copy(oldRecord)
	{
		var newRecord = {};
		for (var key in oldRecord)
		{
			var value = key === '_'
				? copy(oldRecord._)
				: oldRecord[key];
			newRecord[key] = value;
		}
		return newRecord;
	}

	function remove(key, oldRecord)
	{
		var record = copy(oldRecord);
		if (key in record._)
		{
			record[key] = record._[key][0];
			record._[key] = record._[key].slice(1);
			if (record._[key].length === 0)
			{
				delete record._[key];
			}
		}
		else
		{
			delete record[key];
		}
		return record;
	}

	function replace(keyValuePairs, oldRecord)
	{
		var record = copy(oldRecord);
		for (var i = keyValuePairs.length; i--; )
		{
			var pair = keyValuePairs[i];
			record[pair[0]] = pair[1];
		}
		return record;
	}

	function insert(key, value, oldRecord)
	{
		var newRecord = copy(oldRecord);
		if (key in newRecord)
		{
			var values = newRecord._[key];
			var copiedValues = values ? values.slice(0) : [];
			newRecord._[key] = [newRecord[key]].concat(copiedValues);
		}
		newRecord[key] = value;
		return newRecord;
	}

	function getXY(e)
	{
		var posx = 0;
		var posy = 0;
		if (e.pageX || e.pageY)
		{
			posx = e.pageX;
			posy = e.pageY;
		}
		else if (e.clientX || e.clientY)
		{
			posx = e.clientX + document.body.scrollLeft + document.documentElement.scrollLeft;
			posy = e.clientY + document.body.scrollTop + document.documentElement.scrollTop;
		}

		if (localRuntime.isEmbed())
		{
			var rect = localRuntime.node.getBoundingClientRect();
			var relx = rect.left + document.body.scrollLeft + document.documentElement.scrollLeft;
			var rely = rect.top + document.body.scrollTop + document.documentElement.scrollTop;
			// TODO: figure out if there is a way to avoid rounding here
			posx = posx - Math.round(relx) - localRuntime.node.clientLeft;
			posy = posy - Math.round(rely) - localRuntime.node.clientTop;
		}
		return Tuple2(posx, posy);
	}


	//// LIST STUFF ////

	var Nil = { ctor:'[]' };

	function Cons(hd,tl)
	{
		return {
			ctor: "::",
			_0: hd,
			_1: tl
		};
	}

	function append(xs,ys)
	{
		// append Strings
		if (typeof xs === "string")
		{
			return xs + ys;
		}

		// append Text
		if (xs.ctor.slice(0,5) === 'Text:')
		{
			return {
				ctor: 'Text:Append',
				_0: xs,
				_1: ys
			};
		}



		// append Lists
		if (xs.ctor === '[]')
		{
			return ys;
		}
		var root = Cons(xs._0, Nil);
		var curr = root;
		xs = xs._1;
		while (xs.ctor !== '[]')
		{
			curr._1 = Cons(xs._0, Nil);
			xs = xs._1;
			curr = curr._1;
		}
		curr._1 = ys;
		return root;
	}

	//// RUNTIME ERRORS ////

	function indent(lines)
	{
		return '\n' + lines.join('\n');
	}

	function badCase(moduleName, span)
	{
		var msg = indent([
			'Non-exhaustive pattern match in case-expression.',
			'Make sure your patterns cover every case!'
		]);
		throw new Error('Runtime error in module ' + moduleName + ' (' + span + ')' + msg);
	}

	function badIf(moduleName, span)
	{
		var msg = indent([
			'Non-exhaustive pattern match in multi-way-if expression.',
			'It is best to use \'otherwise\' as the last branch of multi-way-if.'
		]);
		throw new Error('Runtime error in module ' + moduleName + ' (' + span + ')' + msg);
	}


	function badPort(expected, received)
	{
		var msg = indent([
			'Expecting ' + expected + ' but was given ',
			JSON.stringify(received)
		]);
		throw new Error('Runtime error when sending values through a port.' + msg);
	}


	return localRuntime.Native.Utils.values = {
		eq: eq,
		cmp: cmp,
		compare: F2(compare),
		Tuple0: Tuple0,
		Tuple2: Tuple2,
		chr: chr,
		txt: txt,
		copy: copy,
		remove: remove,
		replace: replace,
		insert: insert,
		guid: guid,
		getXY: getXY,

		Nil: Nil,
		Cons: Cons,
		append: F2(append),

		badCase: badCase,
		badIf: badIf,
		badPort: badPort
	};
};

Elm.Result = Elm.Result || {};
Elm.Result.make = function (_elm) {
   "use strict";
   _elm.Result = _elm.Result || {};
   if (_elm.Result.values)
   return _elm.Result.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Result",
   $Maybe = Elm.Maybe.make(_elm);
   var toMaybe = function (result) {
      return function () {
         switch (result.ctor)
         {case "Err":
            return $Maybe.Nothing;
            case "Ok":
            return $Maybe.Just(result._0);}
         _U.badCase($moduleName,
         "between lines 164 and 177");
      }();
   };
   var Err = function (a) {
      return {ctor: "Err",_0: a};
   };
   var andThen = F2(function (result,
   callback) {
      return function () {
         switch (result.ctor)
         {case "Err":
            return Err(result._0);
            case "Ok":
            return callback(result._0);}
         _U.badCase($moduleName,
         "between lines 126 and 145");
      }();
   });
   var Ok = function (a) {
      return {ctor: "Ok",_0: a};
   };
   var map = F2(function (func,
   ra) {
      return function () {
         switch (ra.ctor)
         {case "Err": return Err(ra._0);
            case "Ok":
            return Ok(func(ra._0));}
         _U.badCase($moduleName,
         "between lines 41 and 52");
      }();
   });
   var map2 = F3(function (func,
   ra,
   rb) {
      return function () {
         var _v9 = {ctor: "_Tuple2"
                   ,_0: ra
                   ,_1: rb};
         switch (_v9.ctor)
         {case "_Tuple2":
            switch (_v9._0.ctor)
              {case "Err":
                 return Err(_v9._0._0);
                 case "Ok": switch (_v9._1.ctor)
                   {case "Ok": return Ok(A2(func,
                        _v9._0._0,
                        _v9._1._0));}
                   break;}
              switch (_v9._1.ctor)
              {case "Err":
                 return Err(_v9._1._0);}
              break;}
         _U.badCase($moduleName,
         "between lines 55 and 58");
      }();
   });
   var map3 = F4(function (func,
   ra,
   rb,
   rc) {
      return function () {
         var _v16 = {ctor: "_Tuple3"
                    ,_0: ra
                    ,_1: rb
                    ,_2: rc};
         switch (_v16.ctor)
         {case "_Tuple3":
            switch (_v16._0.ctor)
              {case "Err":
                 return Err(_v16._0._0);
                 case "Ok": switch (_v16._1.ctor)
                   {case "Ok":
                      switch (_v16._2.ctor)
                        {case "Ok": return Ok(A3(func,
                             _v16._0._0,
                             _v16._1._0,
                             _v16._2._0));}
                        break;}
                   break;}
              switch (_v16._1.ctor)
              {case "Err":
                 return Err(_v16._1._0);}
              switch (_v16._2.ctor)
              {case "Err":
                 return Err(_v16._2._0);}
              break;}
         _U.badCase($moduleName,
         "between lines 63 and 67");
      }();
   });
   var map4 = F5(function (func,
   ra,
   rb,
   rc,
   rd) {
      return function () {
         var _v26 = {ctor: "_Tuple4"
                    ,_0: ra
                    ,_1: rb
                    ,_2: rc
                    ,_3: rd};
         switch (_v26.ctor)
         {case "_Tuple4":
            switch (_v26._0.ctor)
              {case "Err":
                 return Err(_v26._0._0);
                 case "Ok": switch (_v26._1.ctor)
                   {case "Ok":
                      switch (_v26._2.ctor)
                        {case "Ok":
                           switch (_v26._3.ctor)
                             {case "Ok": return Ok(A4(func,
                                  _v26._0._0,
                                  _v26._1._0,
                                  _v26._2._0,
                                  _v26._3._0));}
                             break;}
                        break;}
                   break;}
              switch (_v26._1.ctor)
              {case "Err":
                 return Err(_v26._1._0);}
              switch (_v26._2.ctor)
              {case "Err":
                 return Err(_v26._2._0);}
              switch (_v26._3.ctor)
              {case "Err":
                 return Err(_v26._3._0);}
              break;}
         _U.badCase($moduleName,
         "between lines 72 and 77");
      }();
   });
   var map5 = F6(function (func,
   ra,
   rb,
   rc,
   rd,
   re) {
      return function () {
         var _v39 = {ctor: "_Tuple5"
                    ,_0: ra
                    ,_1: rb
                    ,_2: rc
                    ,_3: rd
                    ,_4: re};
         switch (_v39.ctor)
         {case "_Tuple5":
            switch (_v39._0.ctor)
              {case "Err":
                 return Err(_v39._0._0);
                 case "Ok": switch (_v39._1.ctor)
                   {case "Ok":
                      switch (_v39._2.ctor)
                        {case "Ok":
                           switch (_v39._3.ctor)
                             {case "Ok":
                                switch (_v39._4.ctor)
                                  {case "Ok": return Ok(A5(func,
                                       _v39._0._0,
                                       _v39._1._0,
                                       _v39._2._0,
                                       _v39._3._0,
                                       _v39._4._0));}
                                  break;}
                             break;}
                        break;}
                   break;}
              switch (_v39._1.ctor)
              {case "Err":
                 return Err(_v39._1._0);}
              switch (_v39._2.ctor)
              {case "Err":
                 return Err(_v39._2._0);}
              switch (_v39._3.ctor)
              {case "Err":
                 return Err(_v39._3._0);}
              switch (_v39._4.ctor)
              {case "Err":
                 return Err(_v39._4._0);}
              break;}
         _U.badCase($moduleName,
         "between lines 82 and 123");
      }();
   });
   var formatError = F2(function (f,
   result) {
      return function () {
         switch (result.ctor)
         {case "Err":
            return Err(f(result._0));
            case "Ok":
            return Ok(result._0);}
         _U.badCase($moduleName,
         "between lines 148 and 161");
      }();
   });
   var fromMaybe = F2(function (err,
   maybe) {
      return function () {
         switch (maybe.ctor)
         {case "Just":
            return Ok(maybe._0);
            case "Nothing":
            return Err(err);}
         _U.badCase($moduleName,
         "between lines 180 and 182");
      }();
   });
   _elm.Result.values = {_op: _op
                        ,map: map
                        ,map2: map2
                        ,map3: map3
                        ,map4: map4
                        ,map5: map5
                        ,andThen: andThen
                        ,toMaybe: toMaybe
                        ,fromMaybe: fromMaybe
                        ,formatError: formatError
                        ,Ok: Ok
                        ,Err: Err};
   return _elm.Result.values;
};
Elm.Signal = Elm.Signal || {};
Elm.Signal.make = function (_elm) {
   "use strict";
   _elm.Signal = _elm.Signal || {};
   if (_elm.Signal.values)
   return _elm.Signal.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Signal",
   $Basics = Elm.Basics.make(_elm),
   $Debug = Elm.Debug.make(_elm),
   $List = Elm.List.make(_elm),
   $Maybe = Elm.Maybe.make(_elm),
   $Native$Signal = Elm.Native.Signal.make(_elm),
   $Task = Elm.Task.make(_elm);
   var send = F2(function (_v0,
   value) {
      return function () {
         switch (_v0.ctor)
         {case "Address":
            return A2($Task.onError,
              _v0._0(value),
              function (_v3) {
                 return function () {
                    return $Task.succeed({ctor: "_Tuple0"});
                 }();
              });}
         _U.badCase($moduleName,
         "between lines 370 and 371");
      }();
   });
   var Message = function (a) {
      return {ctor: "Message"
             ,_0: a};
   };
   var message = F2(function (_v5,
   value) {
      return function () {
         switch (_v5.ctor)
         {case "Address":
            return Message(_v5._0(value));}
         _U.badCase($moduleName,
         "on line 352, column 5 to 24");
      }();
   });
   var mailbox = $Native$Signal.mailbox;
   var Address = function (a) {
      return {ctor: "Address"
             ,_0: a};
   };
   var forwardTo = F2(function (_v8,
   f) {
      return function () {
         switch (_v8.ctor)
         {case "Address":
            return Address(function (x) {
                 return _v8._0(f(x));
              });}
         _U.badCase($moduleName,
         "on line 339, column 5 to 29");
      }();
   });
   var Mailbox = F2(function (a,
   b) {
      return {_: {}
             ,address: a
             ,signal: b};
   });
   var sampleOn = $Native$Signal.sampleOn;
   var dropRepeats = $Native$Signal.dropRepeats;
   var filterMap = $Native$Signal.filterMap;
   var filter = F3(function (isOk,
   base,
   signal) {
      return A3(filterMap,
      function (value) {
         return isOk(value) ? $Maybe.Just(value) : $Maybe.Nothing;
      },
      base,
      signal);
   });
   var merge = F2(function (left,
   right) {
      return A3($Native$Signal.genericMerge,
      $Basics.always,
      left,
      right);
   });
   var mergeMany = function (signalList) {
      return function () {
         var _v11 = $List.reverse(signalList);
         switch (_v11.ctor)
         {case "::":
            return A3($List.foldl,
              merge,
              _v11._0,
              _v11._1);
            case "[]":
            return $Debug.crash("mergeMany was given an empty list!");}
         _U.badCase($moduleName,
         "between lines 177 and 197");
      }();
   };
   var foldp = $Native$Signal.foldp;
   var map5 = $Native$Signal.map5;
   var map4 = $Native$Signal.map4;
   var map3 = $Native$Signal.map3;
   var map2 = $Native$Signal.map2;
   _op["~"] = F2(function (funcs,
   args) {
      return A3(map2,
      F2(function (f,v) {
         return f(v);
      }),
      funcs,
      args);
   });
   var map = $Native$Signal.map;
   _op["<~"] = map;
   var constant = $Native$Signal.constant;
   var Signal = {ctor: "Signal"};
   _elm.Signal.values = {_op: _op
                        ,merge: merge
                        ,mergeMany: mergeMany
                        ,map: map
                        ,map2: map2
                        ,map3: map3
                        ,map4: map4
                        ,map5: map5
                        ,constant: constant
                        ,dropRepeats: dropRepeats
                        ,filter: filter
                        ,filterMap: filterMap
                        ,sampleOn: sampleOn
                        ,foldp: foldp
                        ,mailbox: mailbox
                        ,send: send
                        ,message: message
                        ,forwardTo: forwardTo
                        ,Mailbox: Mailbox};
   return _elm.Signal.values;
};
Elm.Task = Elm.Task || {};
Elm.Task.make = function (_elm) {
   "use strict";
   _elm.Task = _elm.Task || {};
   if (_elm.Task.values)
   return _elm.Task.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Task",
   $List = Elm.List.make(_elm),
   $Maybe = Elm.Maybe.make(_elm),
   $Native$Task = Elm.Native.Task.make(_elm),
   $Result = Elm.Result.make(_elm);
   var sleep = $Native$Task.sleep;
   var spawn = $Native$Task.spawn;
   var ThreadID = function (a) {
      return {ctor: "ThreadID"
             ,_0: a};
   };
   var onError = $Native$Task.catch_;
   var andThen = $Native$Task.andThen;
   var fail = $Native$Task.fail;
   var mapError = F2(function (f,
   promise) {
      return A2(onError,
      promise,
      function (err) {
         return fail(f(err));
      });
   });
   var succeed = $Native$Task.succeed;
   var map = F2(function (func,
   promiseA) {
      return A2(andThen,
      promiseA,
      function (a) {
         return succeed(func(a));
      });
   });
   var map2 = F3(function (func,
   promiseA,
   promiseB) {
      return A2(andThen,
      promiseA,
      function (a) {
         return A2(andThen,
         promiseB,
         function (b) {
            return succeed(A2(func,a,b));
         });
      });
   });
   var map3 = F4(function (func,
   promiseA,
   promiseB,
   promiseC) {
      return A2(andThen,
      promiseA,
      function (a) {
         return A2(andThen,
         promiseB,
         function (b) {
            return A2(andThen,
            promiseC,
            function (c) {
               return succeed(A3(func,
               a,
               b,
               c));
            });
         });
      });
   });
   var map4 = F5(function (func,
   promiseA,
   promiseB,
   promiseC,
   promiseD) {
      return A2(andThen,
      promiseA,
      function (a) {
         return A2(andThen,
         promiseB,
         function (b) {
            return A2(andThen,
            promiseC,
            function (c) {
               return A2(andThen,
               promiseD,
               function (d) {
                  return succeed(A4(func,
                  a,
                  b,
                  c,
                  d));
               });
            });
         });
      });
   });
   var map5 = F6(function (func,
   promiseA,
   promiseB,
   promiseC,
   promiseD,
   promiseE) {
      return A2(andThen,
      promiseA,
      function (a) {
         return A2(andThen,
         promiseB,
         function (b) {
            return A2(andThen,
            promiseC,
            function (c) {
               return A2(andThen,
               promiseD,
               function (d) {
                  return A2(andThen,
                  promiseE,
                  function (e) {
                     return succeed(A5(func,
                     a,
                     b,
                     c,
                     d,
                     e));
                  });
               });
            });
         });
      });
   });
   var andMap = F2(function (promiseFunc,
   promiseValue) {
      return A2(andThen,
      promiseFunc,
      function (func) {
         return A2(andThen,
         promiseValue,
         function (value) {
            return succeed(func(value));
         });
      });
   });
   var sequence = function (promises) {
      return function () {
         switch (promises.ctor)
         {case "::": return A3(map2,
              F2(function (x,y) {
                 return A2($List._op["::"],
                 x,
                 y);
              }),
              promises._0,
              sequence(promises._1));
            case "[]":
            return succeed(_L.fromArray([]));}
         _U.badCase($moduleName,
         "between lines 101 and 106");
      }();
   };
   var toMaybe = function (task) {
      return A2(onError,
      A2(map,$Maybe.Just,task),
      function (_v3) {
         return function () {
            return succeed($Maybe.Nothing);
         }();
      });
   };
   var fromMaybe = F2(function ($default,
   maybe) {
      return function () {
         switch (maybe.ctor)
         {case "Just":
            return succeed(maybe._0);
            case "Nothing":
            return fail($default);}
         _U.badCase($moduleName,
         "between lines 139 and 141");
      }();
   });
   var toResult = function (task) {
      return A2(onError,
      A2(map,$Result.Ok,task),
      function (msg) {
         return succeed($Result.Err(msg));
      });
   };
   var fromResult = function (result) {
      return function () {
         switch (result.ctor)
         {case "Err":
            return fail(result._0);
            case "Ok":
            return succeed(result._0);}
         _U.badCase($moduleName,
         "between lines 151 and 153");
      }();
   };
   var Task = {ctor: "Task"};
   _elm.Task.values = {_op: _op
                      ,succeed: succeed
                      ,fail: fail
                      ,map: map
                      ,map2: map2
                      ,map3: map3
                      ,map4: map4
                      ,map5: map5
                      ,andMap: andMap
                      ,sequence: sequence
                      ,andThen: andThen
                      ,onError: onError
                      ,mapError: mapError
                      ,toMaybe: toMaybe
                      ,fromMaybe: fromMaybe
                      ,toResult: toResult
                      ,fromResult: fromResult
                      ,spawn: spawn
                      ,sleep: sleep};
   return _elm.Task.values;
};
Elm.Text = Elm.Text || {};
Elm.Text.make = function (_elm) {
   "use strict";
   _elm.Text = _elm.Text || {};
   if (_elm.Text.values)
   return _elm.Text.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Text",
   $Color = Elm.Color.make(_elm),
   $List = Elm.List.make(_elm),
   $Maybe = Elm.Maybe.make(_elm),
   $Native$Text = Elm.Native.Text.make(_elm);
   var line = $Native$Text.line;
   var italic = $Native$Text.italic;
   var bold = $Native$Text.bold;
   var color = $Native$Text.color;
   var height = $Native$Text.height;
   var link = $Native$Text.link;
   var monospace = $Native$Text.monospace;
   var typeface = $Native$Text.typeface;
   var style = $Native$Text.style;
   var append = $Native$Text.append;
   var fromString = $Native$Text.fromString;
   var empty = fromString("");
   var concat = function (texts) {
      return A3($List.foldr,
      append,
      empty,
      texts);
   };
   var join = F2(function (seperator,
   texts) {
      return concat(A2($List.intersperse,
      seperator,
      texts));
   });
   var defaultStyle = {_: {}
                      ,bold: false
                      ,color: $Color.black
                      ,height: $Maybe.Nothing
                      ,italic: false
                      ,line: $Maybe.Nothing
                      ,typeface: _L.fromArray([])};
   var Style = F6(function (a,
   b,
   c,
   d,
   e,
   f) {
      return {_: {}
             ,bold: d
             ,color: c
             ,height: b
             ,italic: e
             ,line: f
             ,typeface: a};
   });
   var Through = {ctor: "Through"};
   var Over = {ctor: "Over"};
   var Under = {ctor: "Under"};
   var Text = {ctor: "Text"};
   _elm.Text.values = {_op: _op
                      ,fromString: fromString
                      ,empty: empty
                      ,append: append
                      ,concat: concat
                      ,join: join
                      ,link: link
                      ,style: style
                      ,defaultStyle: defaultStyle
                      ,typeface: typeface
                      ,monospace: monospace
                      ,height: height
                      ,color: color
                      ,bold: bold
                      ,italic: italic
                      ,line: line
                      ,Style: Style
                      ,Under: Under
                      ,Over: Over
                      ,Through: Through};
   return _elm.Text.values;
};
Elm.Transform2D = Elm.Transform2D || {};
Elm.Transform2D.make = function (_elm) {
   "use strict";
   _elm.Transform2D = _elm.Transform2D || {};
   if (_elm.Transform2D.values)
   return _elm.Transform2D.values;
   var _op = {},
   _N = Elm.Native,
   _U = _N.Utils.make(_elm),
   _L = _N.List.make(_elm),
   $moduleName = "Transform2D",
   $Native$Transform2D = Elm.Native.Transform2D.make(_elm);
   var multiply = $Native$Transform2D.multiply;
   var rotation = $Native$Transform2D.rotation;
   var matrix = $Native$Transform2D.matrix;
   var translation = F2(function (x,
   y) {
      return A6(matrix,
      1,
      0,
      0,
      1,
      x,
      y);
   });
   var scale = function (s) {
      return A6(matrix,
      s,
      0,
      0,
      s,
      0,
      0);
   };
   var scaleX = function (x) {
      return A6(matrix,
      x,
      0,
      0,
      1,
      0,
      0);
   };
   var scaleY = function (y) {
      return A6(matrix,
      1,
      0,
      0,
      y,
      0,
      0);
   };
   var identity = $Native$Transform2D.identity;
   var Transform2D = {ctor: "Transform2D"};
   _elm.Transform2D.values = {_op: _op
                             ,identity: identity
                             ,matrix: matrix
                             ,multiply: multiply
                             ,rotation: rotation
                             ,translation: translation
                             ,scale: scale
                             ,scaleX: scaleX
                             ,scaleY: scaleY};
   return _elm.Transform2D.values;
};